<?xml version="1.0" encoding="UTF-8"?>
<sdfs>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL0902041</siteCode>
				<siteName>Zuidlaardermeergebied</siteName>
				<compilationDate>2000-03</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/020/n2k020_db%20vw%20zuidlaardermeergebied.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.682</longitude>
				<latitude>53.1491</latitude>
				<area>2087.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL11</code>
						<name>Groningen</name>
					</region>
					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>200</lowerBound>
							<upperBound>200</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2700</lowerBound>
							<upperBound>2700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>630</lowerBound>
							<upperBound>630</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A039</speciesCode>
						<scientificName>Anser fabalis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>210</lowerBound>
							<upperBound>210</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>15</lowerBound>
							<upperBound>15</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>16.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>31.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A shallow freshwater lake located south-east of the city of Groningen, with reedbeds and an extensive area of wet pasture.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (non-breeding): Bewick`s Swan Cygnus bewickii (1,3%), White-fronted Goose Anser albifrons (2,0%), Eurasian Wigeon Anas [Mareca] penelope (1,1%). xxx Lake Zuidlaardermeer is used as a roost by swans Cygnus and geese Anser, but numbers are poorly known. xxx Site includes IBA053 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Bilt Evander Glastra M. 1995., Hunzevisie. Natuurontwikkeling in het Hunzedal en het, Zuidlaardermeergebied., Drentse &amp; Groninger Landschap/WNF,  Assen --- Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Dijk Kvan. 1999., De Vogelrichtlijn en het Zuidlaardermeer., Grauwe Gors 27:  194-200 --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>ZUIDLAARDERMEERGEBIED</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Groningen</organisation>
							<addressUnstructured>Postbus 610
9700 AP Groningen</addressUnstructured>
							<email>f.l.vander.sschuur@provinciegroningen.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000001</siteCode>
				<siteName>Waddenzee</siteName>
				<compilationDate>1996-09</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2009-02</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/001/n2k_001_db_hvn_waddenzee.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.2488</longitude>
				<latitude>53.2711</latitude>
				<area>249170.0</area>
				<marineAreaPercentage>99.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
					<region>
						<code>NL11</code>
						<name>Groningen</name>
					</region>
					<region>
						<code>NLZZ</code>
						<name>Extra-Regio</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
				<biogeoRegions>
					<code>marineAtlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>1110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>142568.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>1140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>129169.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>1310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1296.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>1320</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>418.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>1330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>6477.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>118.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>64.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>20.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>c</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.01</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1103</speciesCode>
						<scientificName>Alosa fallax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1364</speciesCode>
						<scientificName>Halichoerus grypus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound>3000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1099</speciesCode>
						<scientificName>Lampetra fluviatilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1095</speciesCode>
						<scientificName>Petromyzon marinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1365</speciesCode>
						<scientificName>Phoca vitulina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>6500</lowerBound>
							<upperBound>11600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1014</speciesCode>
						<scientificName>Vertigo angustior</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>38.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>55.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Coastal and intertidal area, barrier islands with dunes and saltmarshes. The site include consists of the permanent water and mudflats of the Wadden Sea, the adjacent saltmarshes of Texel, Vlieland, Terschelling, Ameland, and Schiermonnikoog (of which the main dune areas are included in NL2003057-060) and a number of  small uninhabited isles and sand flats. Site adjacent to the Dollart (Germany) and it belongs to an ecosystem that continues into Germany (Niedersächsisches Wattenmeer).</otherSiteCharacteristics>
				<qualityAndImportance>Extremely important for coastal habitats and as passage and wintering area for wader birds and waterfowl breeding in the Arctic. It is estimated that between six and twelve million birds pass through the area each year and the area plays a vital role for about 50 bird species. Part of new IBA 001-00 (van den Tempel &amp; Osieck, 1994). Most important (reproduction) site for the seals Phoca vitulina and Halichoerus grypus. Important spawning site for sea fish. One of the three most important sites of  Alosa fallax in the Netherlands (related to spawning site in German Ems).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Abrahamse, J., W. Joenje &amp; N. van Leeuwen-Seelt (Eds.) 1976. Waddenzee. Natuurgebied van Nederland, Duitsland en Denemarken. Landelijke Vereniging tot Behoud van de Waddenzee, Harlingen. 361 p.

Belangrijke zoogdiergebieden in Nederland (Dijkstra et al., 1997; VZZ)

P. Esselink: Nature Management of Coastal Salth Marshes, 2000.				
Dijkema K. e.a. Van Landaanwinning naar kwelderwerken 2001</description>
					<links>
					</links>
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			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>1.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Waddenzee</siteName>
							<type>+</type>
							<cover>90.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Boschplaat</siteName>
							<type>+</type>
							<cover>2.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Waddenzee</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Waddenzee</siteName>
							<type>+</type>
							<cover>90.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserves of NGOs ('t Oerd 760 ha, Schorren 6711 ha, Griend 100 ha, Dollard 4400 ha). Partly nature reserve of State Forestry Service (Engelsmanplaat 350 ha, Rottumeroog 350 ha, Rottumerplaat 400 ha and small parts of Terschelling and Ameland). Small part National Park (Schiermonnikoog 1889 ha). Partly protected by Nature Conservation Act. Part qualifies for EU-Bird-directive and Ramsar. Adjoins German part of Waddenzee (DE 2608-301)</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat Noord-Nederland </organisation>
							<addressUnstructured>Postbus 2301
8901 JH Leeuwarden</addressUnstructured>
							<email>aante.nicolai@rws.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>
In general also: Beheersplan Rijkswateren 2001-2004</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
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			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000002</siteCode>
				<siteName>IJsselmeer</siteName>
				<compilationDate>1996-09</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2010-02</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/072/n2k072_db_hvnw_ijsselmeer.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL1000002 Friese IJsselmeerkust (2007-2011)
From 2000-2007 the site code NL100002 was used for SPA/SCI Friese IJsselmeerkust.
In 2007 SPA and SCI were separated: the SPA merged with SPA NL9803028 IJsselmeer. The SCI kept the site code.</explanations>
			</siteIdentification>
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				<longitude>5.3872</longitude>
				<latitude>53.0275</latitude>
				<area>2441.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
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					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>23.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.8</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>75.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>17.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Foreshores with shell beaches, wet grasslands and reedbeds, and freshwater marshes adjoining the IJsselmeer.</otherSiteCharacteristics>
				<qualityAndImportance>Important site for breeding, migrating and wintering water fowl. Part of IBA (Van den Tempel &amp; Osieck, 1994). Also important for Microtus oeconomus arenicola.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997)				

Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95 (Voslamber et al., 1998; SOVON)				
Weeda, E.J. (2000). Wydemerk en Oudemirdumerklif. In: Hommel, P.W.F.M., M.A.P. Horsthuis &amp; V. Westhoff (red.). Excursieverslagen 1998. Plantensociologische Kring Nederland, pp 19-22. (008746).				

Dirkse, G.Saintenoy-Simon (1968). Bijdrage tot de kennis van de verspreiding van Halophyten rond het IJsselmeer. Amoeba 44: 69-74. (005346).				
Duvigneaud, J. &amp; J.Saintenoy-Simon (1989). La Heid de Gattes à Sougné-Remouchamps (Aywaille)nd het IJsselmeer. Parcs Nationaux XLIII (1988): 108-126. (005157).				

Hosper, U.G. &amp; H.J.de Vries (1987). Beheersrichtlijnen Makkumer Noordwaard. Aanvulling op het beheersplan Friese IJsselmeerkust Periode 1986-1996. It Fryske Gea, Olterterp. 22 p. (R-0037).				

Jansen, P. en W.H. Wachter (1936). Grassen om het IJsselmeer II. Mededeling No. 30 der Zuiderzee-Commissie. (006793).				

Jansen, P., W.H. Wachter (1935). Grassen om het Ijsselmeer. I.: Puccinellia. Nederlandsch Kruidkundig Archief 45: 12-24. (001646).				

Slager, H. &amp; G.F.J.Smit (1989). *** De waarden langs de Friese IJsselmeerkust: samenhang tussen bodem, hydrologie en vegetatie. Koninklijke Nederlandse Natuurhistorische Vereniging. Wetenschappelijke Mededelingen 194. 43 pp. (B-0061).				

Wiegersma, M., D. Koopmans-Forstmann en A.N. Koopmans (1937). De flora van een buitendijks terrein bij Laaxum Z.W. Friesland-Verslag over het jaar 1934. Correspondentieblaadje Zuiderzeeonderzoek IV: 75-106. (004293).				
Koopmans, A.N. (1941). De flora van een buitendijks terrein bij Laaxum in Z.W. Friesland-Verslag over het jaar 1935. Correspondentieblaadje Zuiderzeeonderzoek 5 (9): 96-140. (004282).				

Feekes, W. (1942). De vegetatie van het buitendijks terrein bij Laaxum in Z.W.Friesland-Kort verslag over de jaren 1938, 1939 en 1940. Correspondentieblaadje Zuiderzeeonderzoek 6(1): 3-5. (004281).				
Wiegersma, M., D. Koopmans-Forstmann &amp; A.N. Koopmans (1933). De flora van een buitendijksch terrein bij Laaxum in Z.W. Friesland (Voorlopig bericht). Correspondentieblaadje Zuiderzeeonderzoek deel III No 2: 24-52. (004275).				
Hosper, U., 1998. De Europese projecten 'Bescherming van de Friese IJsselmeerkust ' en 'Kwelderplan Friesland Buitendijks'. DE LEVENDE NATUUR 99 (6): 238-239. (Life-projecten; Vogelrichtlijn)				

Inventarisatiejaarverslagen It Fryske Gea 1996 t/m 2002 en losse gegevens / tabellen. 				

De Noordse woelmuis in Fryslân, naar een duurzame instandhouding. W. Nieuwenhuizen, M.J.J. La Haye en F. Mertens 2000. 				

Burg G. v.d. &amp; J. Poutsma, 2000. Analyse van vogeltellingen langs de Friese IJsselmeerkust 1975-1999.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention>ramsar</convention>
							<siteName>IJsselmeer</siteName>
							<type>-</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserves of provincial NGO (It Fryske Gea: Makkumer- en Koaiwaard 1680 ha, Warkumerwaard 700 ha, Bocht fan Molkwar 420 ha, Mokkebank 1400 ha, Steile Bank 1198 ha). Protected by Nature Conservation Act. Qualifies for EU Bird Directive and Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat - IJsselmeergebied</organisation>
							<addressUnstructured>Postbus 600
8200 AP Lelystad</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Fryske Iselmarkust 2000-2025, Arcadis Heidemij advies &amp; It Fryske Gea 2000 (land).
Beheersplan Rijkswateren 2001-2004 (water).</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000003</siteCode>
				<siteName>Witterveld</siteName>
				<compilationDate>1996-09</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2009-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/024/N2K_024_WB_HN_Witterveld.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.5078</longitude>
				<latitude>52.9615</latitude>
				<area>481.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>16.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>139.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.1</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>155.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.3</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>11.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>65.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Wet heath with small active raised bog.</otherSiteCharacteristics>
				<qualityAndImportance>Small but fine raised bog present. Best raised bog for the Netherlands. One of the only two sites holding the habitat type Active raised bog (7110). One of the ten most important sites for the habitat type Bog woodland (91D0).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Protected by Nature conservation act.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie van Defensie</organisation>
							<addressUnstructured>Postbus 20701
2500 ES Den Haag</addressUnstructured>
							<email>mh.mudde@mindef.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000004</siteCode>
				<siteName>Engbertsdijksvenen</siteName>
				<compilationDate>1996-09</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2009-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/040/N2K_040_WB_HVN_Engbertsdijksvenen.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.6679</longitude>
				<latitude>52.4687</latitude>
				<area>998.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>631.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>85.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Degraded raised bog.</otherSiteCharacteristics>
				<qualityAndImportance>Important degraded raised bog. New IBA 072-00 (van den Tempel &amp;Osieck, 1994). One of the five most important sites for the habitat type Degraded raised bogs still capable of natural regeneration (7120). Roost for geese and cranes which feed on surrounding farmland</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Monitoring van broedvogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95				

Corporaal, A. (1975). Een vegetatieschets van het Engbertsdijksveen. Intern rapport Rijksinstituut voor Natuurbeheer (RIN), Leersum.				
Euverman, G. (1988). Hoogwater in het hoogveen : veranderingen in vegetatie en avifauna en het beheer in de Engbertsdijksvenen, 1978 ? 1988. Staatsbosbeheer Twente, 78 pp. 				

Kleuver, J. (1999) Tussen Dinkel en Ijssel. Natuurgebieden in Overijssel. Uitgave Staatsbosbeheer, Zwolle, pp 240. 				

Maris, A. &amp; T. Roeloffzen (1978). Een bodemkundig onderzoek in natuurreservaat de Engbertsdijksvenen. Rapport Landbouwhogeschool, Wageningen.				
Provinciale Planologische Dienst Overijssel (1974). De oecologische betekenis van het hoogveencomplex Engbertsdijksvenen, gemeente Vriezenveen. Rapport PPD Overijssel, 12 p. 				

Staatsbosbeheer (1990). Engbertsdijksvenen : beheersplan voor de periode 1989 ? 1999. Staatsbosbeheer, Utrecht, 144 pp. 				

Verdonschot, P.F.M., G. Schmidt, P.H.J. van Leeuwen &amp; J.A. Schot (1988). Steekmuggen (Culicidae) in de Engbertsdijksvenen. Rapport Rijksinstituut voor Natuurbeheer (RIN), Leersum.				

van den Akker, P. &amp; H. Hazelhorst, 1991. Vogels in de Engbertsdijksvenen 1989. Rapport in eigen beheer.Almelo.				

Bekhuis, J., 1978. Engbertsdijksvenen broedseizoen 1978. Gestencild rapport, Geesteren.				

Bekhuis, J., 1988. Broedvogels in de Engbertsdijksvenen. Leuth.				
Duffelen, F. van &amp; H. Hazelhorst, 1986. Gasten uit het hoge noorden. Het wel en wee van de Taigarietganzen in en rondom de Engbertsdijksvenen; winter 1985/1986. Rapport in eigen beheer, Almelo				

Euverman, G., 1988. Hoogwater in het hoogveen. Veranderingen in vegetatatie en avifauna en het beheer in de Engbertsdijksvenen, 1978-1988.				
Euverman, G., 1989. Broedvogels in de Engbertsdijksvenen 1988. 				
Griffioen, R.H.W. &amp; H.M.G. Uilhoorn, 1992. Sprinkhaneninventarisatie Engbertsdijksvenen 1991.				

Hazelhorst, H., 1984. Waar Rietgans en Grutto slapen gaan. Stagerapport Rijks Hogere Landbouwschool Groningen.				

Hazelhorst, H., 1985. Fabalis kwam, zag en overw?interde. Een verslag over het voorkomen van Taigarietganzen in en rondom de Engbertsdijksvenen gedurende het winterseizoen 1984/1985. Rapport in eigen beheer, Almelo. 				
Hazelhorst, H., 1988. Gedreven door de kou. Het wel en wee van de Taigarietganzen in en rondom de Engbertsdijksvenen; winter 1986/1987. Rapport in eigen beheer.				

Hazelhorst, H. &amp; P. van den Akker, 1995. Broedvogels Engbertsdijksvenen 1993. Rapport in eigen beheer. Almelo/Delden.				

Hazelhorst, H., 1997. Broedvogels Engbertsdijksvenen 1994 t/m 1996. Rapport in eigen beheer. Almelo.				

Hazelhorst, H. &amp; Telgroep Engbertsdijksvenen, 2000. Broedvogels Engbertsdijksvenen 2000. 				

Hazelhorst, H., P. van den Akker &amp; L.M.J. van den Bergh, 2003. Rietganzen en Kraanvogels in de Engbertsdijksvenen.				

Huizinga, A., 1995. Libellen in de Engbertsdijksvenen. Inventarisatie van het zuidelijk deel in 1995. Gestencild rapport in eigen beheer.				
Huizinga, A. &amp; G. Dutmer, 1996. Libellen in de Engbertsdijksvenen. Inventarisatie 1996. Gestencild rapport in eigen beheer.</description>
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				</relations>
				<siteDesignationAdditional>Mainly nature reserve of State Forestry Service. Partly protected by Nature Conservation Act.  Part qualifies for EU-Bird-directive and Ramsar.</siteDesignationAdditional>
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				<managementBodies>
					<managementBody>
							<organisation>Ministerie van Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
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				<siteType>B</siteType>
				<siteCode>NL1000005</siteCode>
				<siteName>Uiterwaarden Zwarte Water en Vecht</siteName>
				<compilationDate>1996-09</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
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						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.7</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
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						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
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						<caves></caves>
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						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.8</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6510</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>141.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>91F0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>46.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Lowland river with several types of grassland and marshy areas in the river forelands.</otherSiteCharacteristics>
				<qualityAndImportance>Fine grasslands of different types.
The river forelands contain the most extensive Fritillaria meleagris vegetation in NL (habitat type 6510).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Altenburg, W., Brongers, M., Heide, van der, Y. (1991). Het voorkomen van de kievitsbloem  in de oeverlanden van het Zwarte water bij verschillende typen graslandgebruik. A&amp;W raport 18, ecologisch bureau Altenburg &amp; Wymenga, Veenwouden. (004479).				

Corporaal, A., M.A.P. Horsthuis, J.H.J. Schaminée (1993). Oecologie, verspreiding en plantensociologische positie vande Kievitsbloem (Fritillaria meleagris L.) in Nederland en Noordwest-Europa. Statiotes 6: 14-39. (003094).				
Leeuwen, C.G. van (1958). De Kievitsbloem in Nederland. De Levende Natuur 61: 268-278 (000079).				

Corporaal, A. (1990). De Loire en de Kievitsbloem. Rapport Consulentschap NMF, Overijssel. (R-0468).				

Horsthuis, M.A.P. (1989). Concept Soortbeschermingsplan voor de Kievitsbloem. Een beschrijving van de soort en mogelijkheden om deze te beschermen. Stageverslag Rijkshogeschool Ijsselland, afd. Milieukunde, Deventer. (R-0122).				
Nijland, G. (1979). Buitenlanden Langenholte, inventarisatie van flora en fauna. Gerrit Nijland, Hilversum.				

Oskam, P. (1995). Herinventarisatieverslag van de Buitenlanden Langenholte. Christelijke Hogeschool Windesheim, Zwolle.				

Stichting Het Overijssels Landschap (1986). Beheerplan Buitenlanden Langenholte 1986 ? 1995. Stichting Het Overijssels Landschap, Dalfsen, 83 pp.				
Stichting Het Overijssels Landschap (1998). Natuurdoeltypen Buitenlanden Langenholte. Bouwsteen voor Beheerplan 1996-2005. Stichting Het Overijssels Landschap, Dalfsen.				

Tweel-Groot, L. van (2002). Buitenlanden Langenholte en Zijlkolk. Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1999. Plantensociologische Kring Nederland, pp 14-17.				

A.A.M. de Goey &amp; R.F.M. Krekels (2000). De Wilde Kievitsbloem in Overijssel. Verspreiding, ecologie, knelpunten en beschermingsmaatregelen. Natuurbalans/Limes Divergens in opdracht van de provincie Overijssel. 57 pp.				
Bremer, P., G.J. Gerritsen, T.J. de Kogel &amp; A.J. Dijkstra (1985) Flora en fauna van het Staphorsterveld en Zwarte Water. RPD Overijssel.				
Vilsteren, H. van, 1980-2003. Jaarlijks verslag van het broedseizoen in reservaat Buitenlanden Langenholte. Seperate reports is archive of Landschap Overijssel.

Plantenwerkgroep K.N.N.V. afdeling Zwolle, 1999. Excursieverslag Buitenlanden Langeholte.</description>
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				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserves of State Forestry Service (Oeverlanden langs de Vecht, 111 ha and Uiterwaarden Zwarte Water, 146 ha) and provincial NGO (buitenlanden Langeholte, 113 ha). Partly (Kievitsbloemterreinen I &amp; II, 249 ha) protected by Nature Conservation Act. Part qualifies for EU-Bird Directive.</siteDesignationAdditional>
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				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
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8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Landschap Overijssel (1999). Beheerplan Buitenlanden Langenholte 1999-2008. Rapport Landschap Overijssel, Dalfsen.</conservationMeasures>
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			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL1000007</siteCode>
				<siteName>Ilperveld, Varkensland, Oostzanerveld &amp; Twiske</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/092/N2K092_DB%20HVN%20Ilperveld,%20Varkensland,%20Oostzanerveld%20&amp;%20Twiske.pdf</spaLegalReference>
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				<explanations>Formerly known as SPA NL1000007 Ilperveld, Varkensland en Twiske</explanations>
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				<longitude>4.8875</longitude>
				<latitude>52.4571</latitude>
				<area>2233.0</area>
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				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
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				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
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					<speciesPopulation>
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						<observationDataQuality>G</observationDataQuality>
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					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>17</lowerBound>
							<upperBound>17</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>15</lowerBound>
							<upperBound>15</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>710</lowerBound>
							<upperBound>710</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A153</speciesCode>
						<scientificName>Gallinago gallinago</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>790</lowerBound>
							<upperBound>790</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A292</speciesCode>
						<scientificName>Locustella luscinioides</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>36</lowerBound>
							<upperBound>36</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A151</speciesCode>
						<scientificName>Philomachus pugnax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A193</speciesCode>
						<scientificName>Sterna hirundo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>180</lowerBound>
							<upperBound>180</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>55.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A polder complex comprising pools, numerous ditches with reed fringes, marshland, wet meadows, improved grassland and a recreational area (Twiske). The site is located to the north of the city of Amsterdam</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (non-breeding): Eurasian Wigeon Anas [Mareca] penelope (1%), Gadwall Anas strepera (1%), Black-tailed Godwit Limosa limosa (1%). One of the five most important sites for (breeding): Great Bittern Botaurus stellaris. xxx Site largely overlaps with IBA071 (IBA2000) xxx  xxx Quaking bogs, fresh water birds, foraging area for Platalea leucorodia.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Siffels JW ea. 1998., Vogels kijken in de Zaanstreek., Vogelbeschermingswacht Zaanstreek,  Zaandam --- Dillen Bvan ea. 1999., Het Twiske van maand tot maand., IVN afd. Twiske,  Landsmeer --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Hut RMGvander. 2000., Moerasvogels en beheer: het effect van rietmaaien en waterpeilbeheer., Graspieper ~20 ~90-100 --- Stuart J. 2001., Natuurgebieden in Noord-Holland. Deel 2: Het Ilperveld., Graspieper 21: 73-79 --- Hut RMGvander. 1999., Broedvogels van de Twiskepolder. Bestandsontwikkeling, betekenis en, beheersaspecten., Eigen uitgave,  Zaandam --- Hut RMGvander. 2001., Broedvogels van de Twiskepolder in 2000., Eigen uitgave,  Zaandam; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>WATERLAND</siteName>
							<type>-</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000009</siteCode>
				<siteName>Duinen Den Helder - Callantsoog</siteName>
				<compilationDate>1996-09</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/084/N2K084_DB%20HN%20Duinen%20Den%20Helder%20en%20Callantsoog.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.7146</longitude>
				<latitude>52.8999</latitude>
				<area>645.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>55.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>424.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>22.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.5</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2170</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>8.2</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2180</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>113.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>14.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.8</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>99.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Long and narrow strech of coastal dunes grey-dunes. Site adjecent to NL3000016 Duinen Zwanenwater en Pettemerduinen.</otherSiteCharacteristics>
				<qualityAndImportance>Important site for several threatened dune habitats.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Small part is nature reserve of State Forestry Service: Kooibosch Luttikduin, 49 ha. Protected by Nature Conservation Act.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000010</siteCode>
				<siteName>Schoorlse Duinen</siteName>
				<compilationDate>1996-09</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2010-02</sacDesignationDate>
				<sacLegalReference>www.synbiosys.alterra.nl/natura2000/documenten/gebieden/086/n2k086_db_hn_schoorlse_duinen.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL1000010 Duinen Schoorl</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.6625</longitude>
				<latitude>52.6982</latitude>
				<area>1737.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>8.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>29.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>206.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>218.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>20.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.6</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2170</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.5</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2180</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>412.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.7</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3260</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>99.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N05</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Extensive coastal dune area, partly forested.
on the border of calcified (south) and decalcified dunes (north). In 1997 an indentation ("De Kerf") was made in the outer dune row to restore seawater influence on a small scale. Site adjacent to NL NL980108 Noordhollands Duinreservaat.</otherSiteCharacteristics>
				<qualityAndImportance>International important dune habitats like grey dunes and crowberry brown dunes.
One of the seven most important sites for the habitat type Decalcified fixed dunes with Empetrum nigrum (2140).  Site includes prime forest site already existing before 1850 (so-called "A-locatie bos").</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Bakker, T.W.M., J.A. Klijn &amp; F.J. van Zadelhoff (1979). Duinen en duinvalleien. Een landschapsoecologische studie van het Nederlandse duingebied. Pudoc, Wageningen.

Barendregt, A. (1982). The coastal heathland vegetation of the Netherlands and notes on inland Empetrum heathland. Phytocoenologia 10 (4): 425-462. 

Barkman, J.J. &amp; W. Meyer (1947). Aanvullingen op de Mosflora van de omgeving van Alkmaar. Nederlands Kruidkundig Archief 54: 60-67. 

Barkman, J.J. (1941). Over de mosflora van de omgeving van Alkmaar. Nederlandsch Kruidkundig Archief 51: 302-339. 

Bijhouwer, J.T.P. (1926). Geobotanische studie van de Berger duinen. Dissertatie Amsterdam.

Bijlsma, R-J. &amp; G. Dirkse (1984). De bryologische voorjaarsexcursie naar Egmond aan de Hoef. Buxbaumiella 15: 30-33.

Bos, J. (1999). De Schoorlse Duinen. Staatsbosbeheer, Alkmaar.

Broekmeyer, M.E.A. &amp; J.B. den Ouden (1997). A-locatie bossen in Noord-Holland. IBN-Rapport 301, Instituut voor Bos- en Natuuronderzoek, Wageningen.

Doing, H. (1962). Rapport over de duinstreek van Camperduin tot IJmuiden. Laboratorium voor Plantensystematiek en-geografie der Landbouwhogeschool, Wageningen, 16 pp.

Doing, H. (1966). Beschrijving van de vegetatie der duinen tussen IJmuiden en Camperduin. Mededelingen Landbouwhogeschool Wageningen 66-13: 1-63. 

Douma, N. &amp; J.W.H. Senden (1984). Kustheide bij Schoorl en Bergen. Doctoraalverslag, Vakgroep Botanische Oecologie, Rijks Universiteit Utrecht, 64 pp + bijlagen. 

Farjon, A. &amp; B. Wallnöfer (1991). Een nieuwe groeiplaats van Pilvaren (Pilularia globulifera L.) in de Nederlandse duinen. Gorteria 16: 147-148.

Haaf, C. ten (1999). Zonnebloem, Zandhaver en Zeewolfsmelk. Vegetatie-ontwikkeling in De kerf. Duin 22(4): 21-24.

Hulshoff, R.M. &amp; P.D. Jungerius (1988). Erosie in de duinen bij Bergen aan Zee. Landschap 1988(2): 83-96. 

Kam, J. van de (1984). Spectrum atlas van beschermde Natuurgebieden Nederland &amp; België. Het Spectrum, Utrecht, 240 pp.

Nieuwenhuizen, F. (1995). De Pyrolavallei. Duin 18(1): 6-7.

Smidt, J.T. de (1981). De Nederlandse heidevegetaties. Wetenschappelijke Mededelingen KNNV 144, 87 pp.

Wartena, J.G.R. (1964). Over de plantengroei van een duinmeer bij Schoorl. De Levende Natuur 67(9): 205-212

Westhoff, V. (1959). The vegetation of Scottish pine woodlands and Dutch artificial coastal pine forests; with some remarks on the ecology of Listera cordata. Acta Botanica Neerlandica 8: 422-448.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of State Forestry service. Protected by Nature Conservation Act.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>POstbu 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>There is a management Plan (Schoorse Duinen)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000012</siteCode>
				<siteName>Kennemerland-Zuid</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/088/N2K088_DB%20HN%20Kennemerland-Zuid.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.5497</longitude>
				<latitude>52.3636</latitude>
				<area>8170.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.9</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>284.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4444.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2103.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2170</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>14.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2180</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2002.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>337.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>26</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1014</speciesCode>
						<scientificName>Vertigo angustior</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>100.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Extensive dune area with various dune habitats. Infiltration canals have been made in the southern part for drinking water purification.</otherSiteCharacteristics>
				<qualityAndImportance>International important dune habitats: white dunes, grey dunes,and humid dune-slacks. Important for bats (both in summer and winter), vascular plants and invertebrates.
One of the ten most important sites for the habitat type Fixed dunes with herbaceous vegetation ("grey dunes"; 2130). One of the five most important sites for the habitat type Dunes with Hippophae rhamnoides (2160). Site includes prime forest site already existing before 1850 (so-called "A-locatie bos")</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Sipkes, C. (1977). Komen en gaan van Anacamptis in Kennemerland in verband met strenge winters en konijnenschade. De Levden natuur 80(4): xxxx.				
Snater, H. &amp; E.J. Weeda (1996). Het Kraansvlak. In: Hommel P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1994. Plantensociologische Kring Nederland, pp 55-57. (004291).				

Barkman, J.J. W.D. Margadans  &amp; W. Meijer (1947). Mossenexcursie in de duinen bij Vogelenzang en Aerdenhout. Buxbaumia 1947, 3: 34-39. (004189).</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>45.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly protected by Nature Conservation Act (1005 ha). Partly National Park. Partly nature reserve of national NGO (Natuurmonumenten - Duin en Kruidberg, Midden-Herenduin, Herenduinen, 874 ha; Konigshof 203 ha), provincial NGO (Het Langeveld 44 ha; De Blink 34 ha), State Forestry Service (Noordwijk 620 ha, Elswout 90 ha, Middenduin 158 ha).</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>There are old management plans. a.o.:

Zuid-Hollands Landschap, 2002. De Blink. Beheersplan 2002-2008. Stichting Zuid-Hollands Landschap, Rotterdam.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000013</siteCode>
				<siteName>Meijendel &amp; Berkheide</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/097/N2K097_DB%20HN%20Meijendel%20&amp;%20Berkheide.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.3532</longitude>
				<latitude>52.149</latitude>
				<area>2876.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>84.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1267.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>870.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2180</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>545.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>140.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1014</speciesCode>
						<scientificName>Vertigo angustior</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>93.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Dunes and dune valleys, partly forested. Canals have been created for drinking water purification purposes.</otherSiteCharacteristics>
				<qualityAndImportance>Important white and grey dune vegetations. Important for bats,both in summer and in winter. 
One of the ten most important sites for the habitat type Fixed dunes with herbaceous vegetation ("grey dunes"; 2130). One of the five most important sites for the habitat type Dunes with Hippophae rhamnoides (2160). Prime forest site (habitat type 2180) already existing before 1850 (so-called "A-locatie bos")</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Westhoff, V. (1958). De betekenis van Meyendel als natuurgebied in het geheel van het Nederlandse Duinlandschap. In: Beplanting en Recreatie in de Haagse duinen. Instituut voor toegepast Biologisch Onderzoek in de Natuur (ITBON), Arnhem, pp 3-10</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>The northern part (Berkheide, 1000 ha) is protected by the Nature Conservation Act. Partly nature reserve of State Forestry Service.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000014</siteCode>
				<siteName>Westduinpark &amp; Wapendal</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2004-02</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2011-10</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/098/Definitief_Westduinpark%20&amp;%20Wapendal_098_besluit.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.2445</longitude>
				<latitude>52.0819</latitude>
				<area>246.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>14.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>83.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.6</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>100.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2180</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>246.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>98.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Coastal dune area. Site adjacent to NL1000016 Solleveld.</otherSiteCharacteristics>
				<qualityAndImportance>Important grey dune vegetations.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Protected by Nature Conservation Act. Partly nature reserve of State Forestry Service</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>Y</exists>
					<managementPlan>
						<name>Beheerplan bijzondere natuurwaarden Westduinpark &amp; Wapendal</name>
						<url>http://www.synbiosys.alterra.nl/natura2000/gebiedendatabase.aspx?subj=n2k&amp;groep=9&amp;id=n2k98&amp;topic=beheerplan</url>
					</managementPlan>
				</managementPlans>
				<conservationMeasures>Beheerplan ligt tot en met 25 oktober ter inzage</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL1000015</siteCode>
				<siteName>Haringvliet</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/109/N2K109_DB%20HVN%20Haringvliet.pdf</spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/109/N2K109_DB%20HVN%20Haringvliet.pdf</sacLegalReference>
				<explanations>Merge of SPA NL9802018 Haringvliet and SCI NL1000015 Haringvliet</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.0629</longitude>
				<latitude>51.8961</latitude>
				<area>10988.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3270</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>37.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>275.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>12.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1102</speciesCode>
						<scientificName>Alosa alosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>V</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>D</population>
						<conservation></conservation>
						<isolation></isolation>
						<global></global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1103</speciesCode>
						<scientificName>Alosa fallax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>770</lowerBound>
							<upperBound>770</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>8900</lowerBound>
							<upperBound>8900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6100</lowerBound>
							<upperBound>6100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>860</lowerBound>
							<upperBound>860</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>400</lowerBound>
							<upperBound>400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6600</lowerBound>
							<upperBound>6600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A042</speciesCode>
						<scientificName>Anser erythropus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3600</lowerBound>
							<upperBound>3600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A062</speciesCode>
						<scientificName>Aythya marila</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>14800</lowerBound>
							<upperBound>14800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A138</speciesCode>
						<scientificName>Charadrius alexandrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>8</lowerBound>
							<upperBound>8</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A026</speciesCode>
						<scientificName>Egretta garzetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A103</speciesCode>
						<scientificName>Falco peregrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>8</lowerBound>
							<upperBound>8</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2300</lowerBound>
							<upperBound>2300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1099</speciesCode>
						<scientificName>Lampetra fluviatilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A176</speciesCode>
						<scientificName>Larus melanocephalus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>290</lowerBound>
							<upperBound>290</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A272</speciesCode>
						<scientificName>Luscinia svecica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A160</speciesCode>
						<scientificName>Numenius arquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>210</lowerBound>
							<upperBound>210</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A094</speciesCode>
						<scientificName>Pandion haliaetus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1095</speciesCode>
						<scientificName>Petromyzon marinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>240</lowerBound>
							<upperBound>240</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>160</lowerBound>
							<upperBound>160</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A140</speciesCode>
						<scientificName>Pluvialis apricaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1600</lowerBound>
							<upperBound>1600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>160</lowerBound>
							<upperBound>160</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>160</lowerBound>
							<upperBound>160</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1106</speciesCode>
						<scientificName>Salmo salar</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A195</speciesCode>
						<scientificName>Sterna albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A193</speciesCode>
						<scientificName>Sterna hirundo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A191</speciesCode>
						<scientificName>Sterna sandvicensis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>820</lowerBound>
							<upperBound>820</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A142</speciesCode>
						<scientificName>Vanellus vanellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3700</lowerBound>
							<upperBound>3700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>13.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>72.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>13.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Together with the adjoining SPA Hollands Diep (NL9802019), this is one of the former estuaries of the Rhine/Maas river system, closed from the sea in 1970. In the west site is adjacent to three SPAs (NL2002017, NL2000006, NL9802017). Essentially a 27-km long stagnant freshwater lake, bordered by reedbeds, willow Salix scrub and wet meadows. The water-level varies, depending on the river supply. The site is separated at the west end from the Hollands Diep by a bridge and from SPA Krammer-Volkerak (NL100021) by a dam.</otherSiteCharacteristics>
				<qualityAndImportance>Important passage and wintering area for waders and waterfowl (e.g. Branta leucopsis). Large breeding colony of Sterna hirundo. Part of new IBA 018-00 (van den Tempel &amp; Osieck, 1994). Stronghold of Microtus oeconomus arenicola, especially on Scheelhoek reserve and on island Tiengemeten.
One of the five most important sites for the habitat type Eutrophic tall herbs (6430, subtype (Epilobion hirsuti including the key species Althaea officinalis).One of the three most important sites of  Alosa fallax in the Netherlands (for which the sluices form a serious but not insurmountable barrier). The site holds one of the four most important populations of the vole Microtus oeconomus arenicola of the SW. Netherlands metapopulation. The site regularly supports more than 20,000 wintering waterbirds (1991/92-1996-97).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95 (Voslamber et al., 1998; SOVON)
Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)
Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Hoog JEWde Coops H Storm AA Ohm M Prins KH. 1997., Biologische monitoring zoete rijkswateren. Watersysteemrapportage, Haringvliet, Hollands Diep, Biesbosch 1994., RIZA Nota  96.032, RIZA,  Lelystad --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport  2000/01SOVON,  Beek-Ubbergen --- Meininger PL Arts FA Swelm Dvan. 2000., Kustbroedvogels in het Noordelijk Deltagebied. ontwikkelingen, knelpunten,, potenties., RIKZ Rapport  2000.052, RIKZ,  Middelburg.; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention>ramsar</convention>
							<siteName>Haringvliet</siteName>
							<type>+</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat</organisation>
							<addressUnstructured>Postbus 556
3000 AN Rotterdam</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Rijkswateren 2001-2004.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000016</siteCode>
				<siteName>Solleveld &amp; Kapittelduinen</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2011-10</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/099/Definitief_Solleveld%20&amp;%20Kapittelduinen_099_besluit.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL10000016 Solleveld</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.9722</longitude>
				<latitude>51.5769</latitude>
				<area>770.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>48.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>184.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>144.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2180</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>98.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>12.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1014</speciesCode>
						<scientificName>Vertigo angustior</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>95.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Site adjacent to NL1000014 Westduinpark en Wapendal.</otherSiteCharacteristics>
				<qualityAndImportance>Important grey dune vegetations.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Lucas, J.J.M. (1993). Duinlandschapskaart van Solleveld. Rapport Duinwaterbedrijf Zuid-Holland, Den Haag.				

Boosten, A. (1997). Vegetatiekaart Solleveld 1997. Duinwaterbedrijf Zuid-Holland, Voorburg, 21 pp + 1 krt. + 2 bijl.				

Doing, H. (1988). Landschapsoecologie van de Nederlandse kust. Stichting Duinbehoud, Leiden, 228 pp + bijl.				

Mackay, E. (1983). Scheveningen-Hoek van Holland. Een landschapskartering op vegetatiekundige grondslag en de effecten van kustuitbreiding op het duingebied. Doctoraal scriptie Landbouwuniversiteit Wageningen, vakgroep VPO.				
Meer, H.P. van der (2001). Op zoek naar Solleveld. Holland?s Duinen 38: 13-18.				
Ommering, G. van (1991). Ontwerp - beheersvisie beschermd natuurmonument "Solleveld?. Bureau Duin &amp; Kust, Leiden, 103 pp.				

Severijn, F., J.W. Duinker &amp; P.J.M. Melman (1991). Toelichting bij de vegtatiekaart ?Westlands Duingebied? op basis van false-colour luchtfoto?s 1989. Rapport MDLKM-R-9143, Rijkswaterstaat Meetkundige Dienst, Delft, 22 pp + bijl.				
Haaf, C. ten (1992). Begrazingsplan WDM-duingebied. Rapport Buro Ten Haaf en Bakker, Alkmaar.				

Vertegaal, C.T.M., G. van Ommering &amp; J.N.C. van der Salm (1989). Ontwerp-Beheersvisie 1989-1999 voor het waterwingebied van de WDM in het Westlands duingebied. Bureau Duin &amp; Kust, Leiden.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of provincial NGO - Zuid-Hollands Landschap; Protected by Nature Conservation Act</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>Y</exists>
					<managementPlan>
						<name>Beheerplan bijzondere natuurwaarden
Solleveld &amp; Kapittelduinen</name>
						<url>http://www.zuid-holland.nl/documenten/documentenverkenner.htm?Gr=Landschap&amp;t1naam=Groen&amp;t2naam=Natuur&amp;t3naam=</url>
					</managementPlan>
				</managementPlans>
				<conservationMeasures>Older managementplan:
Zuid-Hollands Landschap, 2002. Hyacintenbos (incl. van Leyden-hof). Beheersplan 2002-2008. Stichting het Zuid-Hollands Landschap, Rotterdam.

New Natura 2000 management plan will be available shortly (but not before Oct 1st 2013)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000017</siteCode>
				<siteName>Kop van Schouwen</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/116/N2K116_DB%20HN%20Kop%20van%20Schouwen.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.7075</longitude>
				<latitude>51.7029</latitude>
				<area>2242.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>101.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>778.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>644.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2170</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>28.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2180</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>499.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>117.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>9.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>25</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1014</speciesCode>
						<scientificName>Vertigo angustior</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>100.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>The site is the most western part of the island Schouwen-Duiveland at the North Sea coast, with a great variety of dune communities.
Site adjacent to NL 4000017 Voordelta (coastal waters)</otherSiteCharacteristics>
				<qualityAndImportance>Important area where a great variety of threatened dune habitats occur. It is one of the few places in the Netherlands where Apium repens grows. It is also an important area for Microtus oeconomus arenicola.
One of the ten most important sites for the habitat type Fixed dunes with herbaceous vegetation ("grey dunes"; 2130). One of the five most important sites for the habitat type Dunes with Hippophae rhamnoides (2160).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)

Bonte, A.J. de &amp; A.J.J. Lemaire, 1999. Schouwense inlagen en karrevelden; soorten- en vegetatiekartering. FLORON-rapport 15. Leiden. 

Goede, A.F. de, 1998. De Plateaux en Hageven (B), botanische inventarisatie en kartering. FLORON-rapport 5. Leiden.

Bakker, D. (1947). De flora en fauna van Schouwen en Duiveland tijdens de inundatie en na het droogvallen. Natura 44: 107-110. 

Haperen, A. van &amp; E.J. Weeda (1996). De Zoute Haard en het Dijkwater. In: Hommel P.W.F.M. &amp; M.A.P. Horsthuis (1996). Excursieverslagen 1994. Plantensociologische Kring Nederland, pp 17-21. 

Haperen, A. van (2001??). De duinen van Schouwen en Walcheren. In: A. van Haperen et al. Aan de monding van Maas en Schelde. Natuurgebieden in Zuidwest-Nederland. Staatsbosbeheer, Middelburg, pp 291-311.

Klever, E.P. (1961). Rapport betreffende een vegetatiekartering van de Zoute Haard. Staatsbosbeheer. 4 pp.. 

Sloff, J.G. (1937). De buitendijkse flora van Schouwen en Duiveland. Natura 47(1): 1-4. 

Westhoff, V. (1994). De vroongronden en duinen van Schouwen. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.) (1994). Excursieverslagen 1992. Plantensociologische Kring Nederland. Plantensociologische Kring Nederland, pp 55-58. 

Westhoff, V., E. v.d. Voo &amp; Chr.G. v. Leeuwen (1960). De flora en vegetatie van de "Kop van Schouwen".</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Voordelta</siteName>
							<type>*</type>
							<cover>6.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly designated as nature reserves of State Forestry Service (Westerschouwen 543 ha and Vroongronden 244 ha) and national NGO (Slot Haamstede 339 ha). Protected by the Nature Conservation Act.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zeeland</organisation>
							<addressUnstructured>Postbus 6001 
4330 LA Middelburg</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>There is a management plan (State Forestry Service)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000020</siteCode>
				<siteName>Manteling van Walcheren</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/117/N2K117_DB%20HN%20Manteling%20van%20Walcheren.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.5653</longitude>
				<latitude>51.5856</latitude>
				<area>735.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
					<region>
						<code>NLZZ</code>
						<name>Extra-Regio</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>51.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>257.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>132.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2180</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>342.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>62.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1014</speciesCode>
						<scientificName>Vertigo angustior</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>93.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Dunes, estates with forested dunes. Site adjacent to NL 4000017 Voordelta (coastal waters)</otherSiteCharacteristics>
				<qualityAndImportance>Good dune forests and grey dune vegetations. Prime forest site already existing before 1850 (so-called "A-locatie bos")</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Buth, G-J. (2002). Oranjezon, een bijzodnere aanwinst. Zeeuws landschap 18(1): 6-8.

Goudbeek, R. &amp; A. Parre (2002). Drinkwater uit Oranjezon. Zeeuws landschap 18(1): 9-11.

Jacobusse, Ch. (2002). Planten van natte duinvalleien terug in Oranjezon. Zeeuws landschap 18(1): 12-14.

Brand, M. (1985). De lichenologische najaarsexcursie in 1981 naar Walcheren. Buxbaumiella 17: 4-13.

Aptroot, A. &amp; C.M. van Herk (1995). Lichenen van de najaarsexcursie 1994 naar Schouwen, Walcheren en Noord-Beveland. Buxbaumiella 37: 29-35.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Voordelta</siteName>
							<type>*</type>
							<cover>9.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserves of State Forestry Service (: Manteling van Walcheren, 132 ha, and Fort den Haak, 15 ha) and provincial NGO-Zeeuws landschap.  Partly protected by Nature Conservation Act.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zeeland</organisation>
							<addressUnstructured>Postbus 6001 
4330 LA Middelburg</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL1000021</siteCode>
				<siteName>Krammer-Volkerak</siteName>
				<compilationDate>1996-12</compilationDate>
				<updateDate>2004-02</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1995-07</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
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				<longitude>4.2548</longitude>
				<latitude>51.6492</latitude>
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				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
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						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
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						<global>C</global>
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						<relativeSurface></relativeSurface>
						<conservation></conservation>
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					<habitatType>
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					<speciesPopulation>
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					<speciesPopulation>
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						<scientificName>Anas crecca</scientificName>
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					<speciesPopulation>
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						<scientificName>Anas crecca</scientificName>
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							<upperBound>2400</upperBound>
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						<conservation>A</conservation>
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						<global>B</global>
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					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
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							<upperBound>4600</upperBound>
						<countingUnit>i</countingUnit>
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						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
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							<upperBound>8200</upperBound>
						<countingUnit>i</countingUnit>
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						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
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						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>8500</lowerBound>
							<upperBound>8500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>8300</lowerBound>
							<upperBound>8300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>690</lowerBound>
							<upperBound>690</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>950</lowerBound>
							<upperBound>950</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>3700</lowerBound>
							<upperBound>3700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
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							<upperBound>3000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
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						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
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							<upperBound>110</upperBound>
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						<population>C</population>
						<conservation>C</conservation>
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						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
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							<upperBound>630</upperBound>
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						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
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						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
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							<upperBound>10500</upperBound>
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						<isolation>C</isolation>
						<global>A</global>
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					<speciesPopulation>
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						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
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						<nonpresentInSite>false</nonpresentInSite>
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						<global>A</global>
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					<speciesPopulation>
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							<upperBound>590</upperBound>
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						<isolation>C</isolation>
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					<speciesPopulation>
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						<speciesCode>A046</speciesCode>
						<scientificName>Branta bernicla</scientificName>
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						<nonpresentInSite>false</nonpresentInSite>
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					<speciesPopulation>
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						<scientificName>Branta leucopsis</scientificName>
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					<speciesPopulation>
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						<scientificName>Branta leucopsis</scientificName>
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						<global>B</global>
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					<speciesPopulation>
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						<speciesCode>A067</speciesCode>
						<scientificName>Bucephala clangula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
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					<speciesPopulation>
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						<speciesCode>A067</speciesCode>
						<scientificName>Bucephala clangula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
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						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
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						<scientificName>Charadrius alexandrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
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							<lowerBound>37</lowerBound>
							<upperBound>37</upperBound>
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						<observationDataQuality>G</observationDataQuality>
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						<conservation>C</conservation>
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						<global>C</global>
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					<speciesPopulation>
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						<scientificName>Charadrius hiaticula</scientificName>
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							<upperBound>300</upperBound>
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					<speciesPopulation>
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						<scientificName>Charadrius hiaticula</scientificName>
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					<speciesPopulation>
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							<lowerBound>6</lowerBound>
							<upperBound>6</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>13</lowerBound>
							<upperBound>13</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality></observationDataQuality>
						<population>D</population>
						<conservation></conservation>
						<isolation></isolation>
						<global></global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>7</lowerBound>
							<upperBound>7</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A103</speciesCode>
						<scientificName>Falco peregrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>740</lowerBound>
							<upperBound>740</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>4200</lowerBound>
							<upperBound>4200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A183</speciesCode>
						<scientificName>Larus fuscus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>810</lowerBound>
							<upperBound>810</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A176</speciesCode>
						<scientificName>Larus melanocephalus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>310</lowerBound>
							<upperBound>310</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>25</lowerBound>
							<upperBound>25</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>840</lowerBound>
							<upperBound>840</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A069</speciesCode>
						<scientificName>Mergus serrator</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A069</speciesCode>
						<scientificName>Mergus serrator</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>38</lowerBound>
							<upperBound>38</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A094</speciesCode>
						<scientificName>Pandion haliaetus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>1600</lowerBound>
							<upperBound>1600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>240</lowerBound>
							<upperBound>240</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>8</lowerBound>
							<upperBound>8</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>200</lowerBound>
							<upperBound>200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A007</speciesCode>
						<scientificName>Podiceps auritus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A007</speciesCode>
						<scientificName>Podiceps auritus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>9</lowerBound>
							<upperBound>9</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>3200</lowerBound>
							<upperBound>3200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>910</lowerBound>
							<upperBound>910</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>1100</lowerBound>
							<upperBound>1100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>850</lowerBound>
							<upperBound>850</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality></observationDataQuality>
						<population>D</population>
						<conservation></conservation>
						<isolation></isolation>
						<global></global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A195</speciesCode>
						<scientificName>Sterna albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A193</speciesCode>
						<scientificName>Sterna hirundo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>220</lowerBound>
							<upperBound>220</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>1900</lowerBound>
							<upperBound>1900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1400</lowerBound>
							<upperBound>1400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A162</speciesCode>
						<scientificName>Tringa totanus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>7</lowerBound>
							<upperBound>7</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A162</speciesCode>
						<scientificName>Tringa totanus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>210</lowerBound>
							<upperBound>210</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>11.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>75.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>9.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Former tidal estuary of the Rhine/Maas system, completely closed off from the  Oosterschelde (028) in 1987. It also adjoins SPA Grevelingen (NL9802021) in the west, SPAs Haringvliet/ Hollands Diep (NL9802018-19) in the north, and is linked with the Zoommeer (NL9902010) via the Schelde-Rhine river connection (shipping lane to Antwerp). The 20-km long stagnant freshwater lake includes some islets, mudflats and former saltmarshes. Formerly named SPA Volkerakmeer.</otherSiteCharacteristics>
				<qualityAndImportance>An important site for breeding Recurvirostra avosetta, Charadriusalexandrinus (max. 184 pairs, 1989) and Sterna albifrons, but numbersare decreasing due to vegetation succession. The best breeding site forLarus melanocephalus in the Netherlands.Species meeting the 1% threshold (breeding): Avocet Recurvirostra avosetta (4%); (non-breeding): Great Crested Grebe Podiceps cristatus (2%); Great Cormorant Phalacrocorax carbo (1%); Eurasian Spoonbill Platalea leucorodia (7%); Mute Swan Cygnus olor (1%); Greylag Goose Anser anser (1%); Barnacle Goose Branta leucopsis (1%); Gadwall Anas strepera (6%); Northern Pintail Anas acuta (4%); Northern Shoveler Anas clypeata (5%); Tufted Duck Aythya fuligula (2%); Common Goldeneye Bucephala clangula (1%); Common Coot Fulica atra (1%); Avocet Recurvirostra avosetta (2%).One of the five most important sites for (breeding): Avocet Recuvirostra avosetta, Mediterranean Gull Larus malanocephalus, Little Tern Sterna albifrons; (non-breeding): Horned Grebe Podiceps auritus.The site regularly supports more than 20,000 wintering waterbirds: average peak number 81,548 (1991/92-1995/96).Site largely overlaps with IBA 026 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Dijkstra, C. (1987). Muizen op drooggevallen gronden in het Volkerak en Zoommeer. Rapport Rijksuniversiteit Groningen/Rijkswaterstaat, 17 pg.

Dijkstra, C. (1988). Muizen op drooggevallen gronden in het Volkerak en Zoommeer II. Rapport Rijksuniversiteit Groningen/Rijkswaterstaat, 17 pg.

Dijkstra, C. (1989). Aantalsfluktuaties in muizenpopulaties in relatie tot de ontwikkeling van de vegetatie. Een onderzoek op de in 1987 drooggevallen gronden in het Volkerak- en Zoommeer. Rapport Rijksuniversiteit Groningen/Rijkswaterstaat, 17 pg.

Kogel, T.J. de (1980). Een verkennend onderzoek naar het voorkomen van de noordse woelmuis (Microtus oeconomus) op de schorren langs de Oosterschelde, Krammer en Volkerak. Nota TWS, DDMI-79.21.

Kraker, K. de &amp; A. van Haperen (2000??). Veerse Meer, Grevelingen en Krammer-Volkerak. In; A. van Haperen et al. Aan de monding van Maas en Schelde. Natuurgebieden in Zuidwest-Nederland. Staatsbosbeheer, Middelburg, pp 229-265.

Rooij, S.A.M. van &amp; K.P. Groen (1996). De Oevergebieden van het Volkerak-Zoommeer. Ontwikkeling van abiotisch milieu en vegetatie sinds 1987. Flevobericht 393, Rijkswaterstaat Directie IJsselmeergebied, Lelystad. 

Tempel Rvanden Osieck ER. 1994. Areas important for birds in the Netherlands. Techn Rapport Vogelbescherming  13E. Vogelbescherming Nederland,  Zeist

Osieck ER. 1996. Veranderingen van vogelaantallen in belangrijke wetlands. Techn Rapport Vogelbescherming  17. Vogelbescherming Nederland,  Zeist

Breukers CPM Storm AA Dam EMvan Oirschot MCMvan. 1996. Biologische monitoring zoete rijkswateren: watersysteemrapportage Volkerak-Zoommeer 1987-1994. RIZA Nota  96.003. RIZA, Lelystad

Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000. Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van Europese vogelwaarden in aangewezen en aan te wijzen speciale     beschermingszones en andere belangrijke gebieden. SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen

Tosserams M Lammens EHRR Platteeuw M. 2000. Het Volkerak-Zoommeer. De ecologische ontwikkeling van een afgesloten zeearm. RIZA Rapport  2000.024. Min.VW/RIZA .</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>1.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>56.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL21</designationCode>
						<cover>54.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Krammer-Volkerak</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>KRAMMER-VOLKERAK</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserves of State Forestry Service and NGOs. Qualifies for Ramsar. Partly protected by Nature Conservation Act (BN090 Krammer-Volkerak 130 ha; SN072 Krammer-Volkerak 3300 ha).</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat</organisation>
							<addressUnstructured>Postbus 5807 
2280 HV Rijswijk</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Rijkswateren 2001-2004</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000022</siteCode>
				<siteName>Kempenland-West</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/135/N2K135_DB%20HN%20Kempenland-West.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL1000022 Kempenland</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.1873</longitude>
				<latitude>51.4273</latitude>
				<area>1882.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>49.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3260</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.6</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>52.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>160.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.2</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>30.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>34.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>70.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>19.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Site with wet heathlands, moor pools and brook vallies.</otherSiteCharacteristics>
				<qualityAndImportance>Important for insects. Nice oligotrophic waters and heathlands.Includes new IBAs 206-00 and 208-00 (van den Tempel &amp; Osieck,1994).
Several brooks included in the site belong to the five most important sites for the aquatic plant Luronium natans.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly (Dal van de Grote Beerze, 97 ha and Spekdonken en Molenbroek, 66 ha) nature reserves of provincia NGO. Partly (Mispeleindse heide, Landschotse Heide and Groot/Kleinmeer) protected by Nature Conservation Act. Qualifies for EU-Birddirective (I)</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Brabant</organisation>
							<addressUnstructured>Postbus 90151
5200 MC 's-Hertogenbosch</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Older management plans:
beheersplan ex art. 14 Nbw Mispeleindse- en Neterseltse Heide 1996-2005; Landschotse Heide 2001-2003</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000024</siteCode>
				<siteName>Strabrechtse Heide &amp; Beuven</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/137/N2K137_DB%20HVN%20Strabrechtse%20Heide%20&amp;%20Beuven.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.6215</longitude>
				<latitude>51.4007</latitude>
				<area>1843.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>31.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>31.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>16.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>60.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>175.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>517.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>16.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N20</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>65.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Heathland with fens, woods. The pool "Beuven" was drastically "cleaned" ( removal of polluted silt)  in the nineties to restore its former oligothrophic character.</otherSiteCharacteristics>
				<qualityAndImportance>Threatened heathland habitats and amphibious communities;Important for threatened plant species. Roost for migrating Grus grus. New IBA 075-00 (van den Tempel &amp; Osieck, 1994).
The site holds one of the four examples of habitat type 3110 in the Netherlands.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Bonnemayer, J.J.A.M. &amp; H.G.A.J. Wigman (1977). Vegetatiekartering en wateranalyse van het Beuven, zuidelijk van de Peelrijt. Botanisch Laboratorium afd. Geobotanie,Katholieke Universiteit Nijmegen. 59 pp. (R-0218).

Buskens, R.F.M. &amp; H.L. Zingstra (1988). Beuven: verwording en herstel. De Levende Natuur 89: 34-42. (000968).

Buskens, R.F.M. (1989). Beuven: herstel van een ecosysteem. Rapport Katholieke Universiteit Nijmegen, Vakgroep Aquatische Oecologie &amp; Biogeologie, 154 pp. (B-0084, R-0329).

Buskens, R.F.M. (1993). Vegetatie-ontwikkeling in het Beuven. Stratiotes 7: 38-52. (008747) (003476).

Buskens, R.F.M. (1994). Beuven blijvend hersteld? De Levende Natuur 95 (6): 211-217.

Buskens, R.F.M. (1998). Het Beuven. In: Hommel, P.W.F.M. &amp; Horsthuis, M.A.P. Excursieverslagen PKN 1995, pp 51-52.

Donselaar, J. van &amp; W.A.E. van Donselaar-Ten Bokkel Huinink (1957). Vennen op de Braakhuizense, Strabrechtse en Lieropse Heide. Rapport Stichting Onderzoek Levensgemeenschappen, Leersum.

Duinker, C.D. (1970). Het probleem van de toenemende eutrofiering van heidevennenen in het bijzonder van het Beuven. Rapport Staatsbosbheer, Leende.

Frings, G.H.P.M. (1978). De recente geschiedenis van de Strabrechtse en Lieropse Heide; speciaal van het Beuven. Botanisch Laboratorium, afd. Geobotanie, Katholieke Universiteit Nijmegen. 59 pp. (R-0266).

Iven, W. (1967). Er zijn weer schapen op de Strabrechtse Heide. Stichting "Het Kempische Heideschaap" opgericht! De Levende Natuur xx(x): 138-141

Mansfeld, M.E.A. &amp; A.J.M. Roozen (1975). Vegetatiekundig onderzoek aan het Beuven. Botanisch Laboratorium, afdeling Geobotanie. K.U. Nijmegen. Doctoraalverslag, 57 pp. (R-0010).

Sissingh, G. (1942). Algemene inventarisatie blad 692 Lierop: Strabrechtse en Lieropse heide met o.a. Beuven. Rapport Staatsbosbheer, Utrecht.

Smits, J. (1996). De Strabrechtse en de Lieropse Heide. In: Bossenbroek, P., J. Hermans, J. Smits, S. Vorstermans &amp; F. van Westrenen. Het land van Peel en Maas. Natuurgebieden in Zuidoost-Nederland. Staatsbosbeheer, Regio Peel &amp; Maas, Roermond, pp 9-39.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserves of State Forestry Service and provincial NGO -Brabants Landschap, partly (Beuven, 375 ha) protected by Nature Conservation Act. Qualifies for EU-Bird directive(I) and Ramsar. Biogenetic Reserve (Council of Europe).</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>POstbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>There are older management plans for parts of the site; especially for the Beuven</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL1000026</siteCode>
				<siteName>Deurnsche Peel &amp; Mariapeel</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1986-10</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/139/N2K_139_WB_HVN_Deurnsche_Peel_en_Mariapeel.pdf</spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2009-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/139/N2K_139_WB_HVN_Deurnsche_Peel_en_Mariapeel.pdf</sacLegalReference>
				<explanations>Merge of sites SPA NL1000026 Mariapeel en Deurnese Peel and SCI NL1000027 Mariapeel en Deurnese Peel

In 2000 the SPA consisted of 2 sites NL1000026 Deurnese Peel and NL1000027 Mariapeel. 
Besides, at the same time, there was SCI NL1000027 Mariapeel en Deurnese Peel.
In 2007 the SPAs were merged to 1 site (NL100026) and the other site code (NL1000027) was used for the SCI.</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.8849</longitude>
				<latitude>51.4165</latitude>
				<area>2734.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.02</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>783.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>C</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4000</lowerBound>
							<upperBound>4000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A039</speciesCode>
						<scientificName>Anser fabalis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6000</lowerBound>
							<upperBound>6000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A224</speciesCode>
						<scientificName>Caprimulgus europaeus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A127</speciesCode>
						<scientificName>Grus grus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>48</lowerBound>
							<upperBound>48</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A272</speciesCode>
						<scientificName>Luscinia svecica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>350</lowerBound>
							<upperBound>350</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A276</speciesCode>
						<scientificName>Saxicola torquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A004</speciesCode>
						<scientificName>Tachybaptus ruficollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>33</lowerBound>
							<upperBound>33</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>40.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>The site comprises two adjacent areas that contain remnant fragments of a raised bog (formerly 30,000 ha in extent), and includes moor pools, peatlands, marshes, swampy Betula forest, heathlands and grassland. The area is located between the cities of Helmond and Venlo.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003).  One of the five most important sites for (breeding): Bluethroat Luscinia svecica. 
Site largely overlaps with IBA086 (IBA2000)
Important degraded raised bog. One of the five most important sites for the habitat type Degraded raised bogs still capable of natural regeneration (7120).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Caspers T., Post F. ea. 1996., Natuur in Noord-Brabant. Twee eeuwen plant en dier., Stichting Noord-Brabants Landschap,  Haaren 

Engen H.C. van &amp; J.H.J Joosten, 1994. Wild en Woest en Ledig. Gebiedsvisie Natuur, Bos en Landschap 'de Peelvenen'. DLO Staringscentrum/Habitat Ecoplan B.V.

Handboek natuurmonumenten

Roomen M. van, Boele A., Weide M. van der, Winden E. van ea. 2000. Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen 

SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen

Tempel R.van den, Osieck E.R. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist 

Vereijken J. &amp; Verbeeten M. 2000., Broedvogels van de Deurnsche Peel in 1998., Staatsbosbeheer,  Roermond

Vereijken J., Verbeeten M. 1999., Broedvogels van de Mariapeel in 1998., Staatsbosbeheer,  Roermond 

Werkgroep Behoud de Peel, 1999. De Verheven Peel in de Lift. Een natuurlijk watersysteem voor de Peel. WBdP Meijel.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>De Deurnese Peelgebieden</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of State Forestry Service, (Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL1000028</siteCode>
				<siteName>Maasduinen</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/145/N2K145_DB%20HVN%20Maasduinen.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.1166</longitude>
				<latitude>51.5594</latitude>
				<area>5274.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>450.0</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>50.0</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>58.0</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>56.0</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>44.0</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>100.0</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.5</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.4</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.0</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>25.0</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>22.0</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1337</speciesCode>
						<scientificName>Castor fiber</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>22.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Large complex of pleistocene inland sand dunes, interspersed with moor pools and small bogs. Important heathland vegetations. Some shifting sand. Partly forested.</otherSiteCharacteristics>
				<qualityAndImportance>Important for breeding heathland birds, amphibians and reptiles (Pelobates fuscus, Lacerta agilis, Coronella austriaca, Rana arvensis and Bufo calamita). Also important for fen systems. 
One of the most important areas for dry heathland, inland dunes with open Corynephorus and Agrostis grasslands, dystrophic pools, depressions on peat substrates of the Rhynchosporion and the aquatic plant Luronium natans. Also present wet Erica heathland and alluvial alder forest. One of the ten most important sites for the habitat type Bog woodland (91D0).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Aptroot, a (1982). Campylopus introflexus (Cactusmos) in Bergen (Noord-Limburg). Kruipnieuws 44: 30-37. (008740).				

Aptroot, A. (1981). Cactusmos in Bergen. Kruipnieuws 43: 29-34. (008738).				
Baggerman, F.H.A., M.W.M. Nijsen &amp; S.E. Rienks (1969). Vegetatiekartering van het Landgoed `De Hamert'. Doctoraalverslag Afdeling Botanie, Katholieke Universiteit Nijmegen, 24 pp. (R-0191).				

Breuer, J.-P. (1983). Een palynologische studie van het Heerenven in het natuurreservaat `De Hamert'. Doctoraalverslag Afdeling Biogeologie, Katholieke Universiteit Nijmegen. (R-0224).				

Cleef, A.M., J. Kers &amp; J.T. de Smidt (1970). De Berger- en Gemeenteheide. Keuze tussen poel van bederf of hoeksteen voor nationaal park Maasduinen. Natuurhistorisch Maandblad 59 (1): 3-22. (002038).				

Hulst, R.K.J. van (1971). Berger- en gemeenteheide, flora, vegetatie en landschap. Rapport Rijksinstituut voor Natuurbeheer, 19 pp. (R-0399).				
Limpers, J. &amp; G. Strolenberg (1972). Vegetatiekundig onderzoek van `Heerenven' en `Westmeerven' op het landgoed de Hamert. Doctoraalverslag, afdeling Geobotanie, Katholieke Universiteit Nijmegen. (R-0155)(R-0085).				
Oosterbaan, A.T.P &amp;W. Willemse (1973). Onderzoek naar de overgangen van stuifzand-via heide-naar venvegetaties in de Berger- en Gemeenteheide (Noord-Limburg). Doctoraalverslag Instituut voor Syst.Plantkunde, Utrecht. 77pp.. (R-0393).

Mörzer Bruijns, M.F. (1952). Het Eendenven te Bergen (L.). Natuurhistorisch maandblad 41 (4): 34-36. (001576).				

Hoogerwerf, G., B. Crombaghs &amp; S. Jansen (1995). Fauna- en vegetatiekartering en beheersvisie voor het Nationale Park De Hamert. Adviesbureau Limes Divergens, Nijmegen, 83 pp.</description>
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						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>71.0</cover>
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				<relations>
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				</relations>
				<siteDesignationAdditional>National Park; Partly nature reserves of provincial NGO (Limburgs Landschap: Landgoed de Hamert 824 ha and Eckeltse Bergen 123 ha). Partly protected by Nature Conservation Act.  Part qualifies for EU-Bird-directive.</siteDesignationAdditional>
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			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
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							<email></email>
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				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Management Plan of National Park Maasduinen (B&amp;I-plan) and various plans of conservation bodies</conservationMeasures>
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				<siteCode>NL1000029</siteCode>
				<siteName>Brunssummerheide</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2013-09</updateDate>
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					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
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				<sciProposalDate>1996-12</sciProposalDate>
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						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.2</coveredArea>
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						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
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					<habitatType>
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					<habitatType>
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					<habitatType>
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						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
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					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.8</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>14.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>13.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>33.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Hilly terrain with forests, dry and wet heathland, forests, brook valleys and moor pools on Myocene sands.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type European dry heaths (4030).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Handboek Natuurmonumenten

Boersma, M. (1963). De Brunssumse heide. Verslag van een vegetatiekundig onderzoek. Studentenverslag R.U. Utrecht (R-0365).				

Cremers, J. et.al. (1967). De ontluistering van de Brunssumerheide. Natuurhistorisch Maandblad 1967 (7/8), 24 pp. (005780).				

Dirkse, G.M. (1997). Vegetatiekartering van de Schinveldse bossen en de Brunssumerheide in 1996. Rapport 261, Instituut voor Bos-En Natuuronderzoek, Wageningen.				

Hermans, J.T. &amp; van der Mast, G. (1994) De Brandenberg op de Brunssumerheide en de Breukberg. In: Hommel, P.W.F.M. &amp; Horsthuis, M.A.P. (eds). Excursieverslagen 1992. Plantensociologische Kring Nederland, pp 53-54.				
Janssen, C.R. (1960). On the late-glacial and post-glacial vegetation. Dissertatie Universiteit Utrecht, 112 p.				

Mast, G. van der (1983). 10 jaar actief natuurbeheer in de Brunssumerheide en Schinveldse bossen. Natuurhistorisch Genootschap, Maastricht.				
Reijnders, Th. (1963). Vegetatiekartering van het bos- en heidegebied Brunssemse heide en omgeving gelegen in de Gemeente: Brunssum, Heerlen, Nieuwenhagen en Schinveld. 33p. Rapport RIVON. (R-0400).				
Riel, W.J. van (1967). De Brunssumerheide in prehistorie en historie. Natuurhist. Maandbl. 7/8: 11-16.				

Romijn, G. (1918). Een wandeling naar de Brunssumsche Heide. Natuurhist. Maandbl. 7: 9. [uit005780]				

Smidt, J.Th. de (1975). De Nederlandse heidevegetaties. Dissertatie Rijksuniversiteit Utrecht, 99 pp.				

Smidt, J.Th. de (1977). Heathland vegetation in the Netherlands. Phytocoenologia 4: 258-316.				

Smidt, J.Th. de (1981). De Nederlandse heidevegetaties. Wetenschappelijke mededelingen KNNV 144, 87 pp.</description>
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						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of national NGO (Natuurmonumenten). Protected by Nature Conservation Act. Adjoins German Natura 2000-site DE-5002-301.</siteDesignationAdditional>
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			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
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							<email></email>
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				</managementBodies>
				<managementPlans>
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				<siteName>Coepelduynen</siteName>
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					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
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					<habitatType>
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					<habitatType>
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						<relativeSurface>C</relativeSurface>
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					<habitatType>
						<code>2190</code>
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						<nonpresentInSite>false</nonpresentInSite>
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						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
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				</species>
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					<code>N04</code>
					<coveragePercentage>100.0</coveragePercentage>
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				<qualityAndImportance>One of the ten most important sites for the habitat type Fixed dunes with herbaceous vegetation ("grey dunes"; 2130)</qualityAndImportance>
				<impacts>
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				<ownership>
				</ownership>
				<documentation>
					<description>Aartse, E., J. Bouwmeester, J. van Dijk, M. de Graaf, W. Kuijper &amp; R. Sluys (1994). Flora van de Duin- en Bollenstreek. Noordwijk, 208 pp.				
Kortselius, M.J.H. (2000). Mossenexcursie Coepelduynen op 18 december 1999. Buxbaumiella 51: 8-11.				

Westhoff, V. (1958). De betekenis van Meyendel als natuurgebied in het geheel van het Nederlandse Duinlandschap. In: Beplanting en Recreatie in de Haagse duinen. Instituut voor toegepast Biologisch Onderzoek in de Natuur (ITBON), Arnhem, pp 3-10. (010255).</description>
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					<managementBody>
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				<siteName>Deelen</siteName>
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					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
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				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.9046</longitude>
				<latitude>53.0214</latitude>
				<area>514.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>200</lowerBound>
							<upperBound>200</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>80</lowerBound>
							<upperBound>80</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1700</lowerBound>
							<upperBound>1700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>17600</lowerBound>
							<upperBound>17600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>480</lowerBound>
							<upperBound>480</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A029</speciesCode>
						<scientificName>Ardea purpurea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>9900</lowerBound>
							<upperBound>9900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>36</lowerBound>
							<upperBound>36</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A027</speciesCode>
						<scientificName>Egretta alba</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>80.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of former peat-workings comprising open water, reedbeds, xxx shrubs and wet meadows, located to the north of the city of Heerenveen.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Important night roost for geese. Important for breeding marshbirds. xxx Site overlaps with IBA056 (IBA2000). xxx </qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Meulen HTvd. 1979., De vogels (Deelen-nummer)., Vanellus 32: 124-127 --- Ploeg DTE. 1999., Natuur in Fryslan. 123 gebieden van Staatsbosbeheer., Friese Pers Boekerij,  Leeuwarden --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen --- Kleefstra R. 2002., Kolonievogels en zeldzame broedvogels in Fryslan in 2001: een eerste, impressie. [+ aantallen van 2000]., SOVON Nieuwsbr district FR  02.maart: 3-9 --- Kleefstra R. 2003., Kolonievogels en zeldzame broedvogels in Fryslan in 2002: de voorlopige, resultaten. [+ de aantallen van 2001]., SOVON Nieuwsbr district FR  03.maart: 7-14; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>De Deelen</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL2000002</siteCode>
				<siteName>Bargerveen</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1992-05</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/033/N2K033_DB%20HVNW%20Bargerveen.pdf</spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/033/N2K033_DB%20HVNW%20Bargerveen.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>7.0255</longitude>
				<latitude>52.6765</latitude>
				<area>2083.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>29.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1447.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A039</speciesCode>
						<scientificName>Anser fabalis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>17600</lowerBound>
							<upperBound>17600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A222</speciesCode>
						<scientificName>Asio flammeus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A224</speciesCode>
						<scientificName>Caprimulgus europaeus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>25</lowerBound>
							<upperBound>25</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A082</speciesCode>
						<scientificName>Circus cyaneus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A153</speciesCode>
						<scientificName>Gallinago gallinago</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A338</speciesCode>
						<scientificName>Lanius collurio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A272</speciesCode>
						<scientificName>Luscinia svecica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>150</lowerBound>
							<upperBound>150</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A008</speciesCode>
						<scientificName>Podiceps nigricollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>94</lowerBound>
							<upperBound>94</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A275</speciesCode>
						<scientificName>Saxicola rubetra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>17</lowerBound>
							<upperBound>17</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A276</speciesCode>
						<scientificName>Saxicola torquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>91</lowerBound>
							<upperBound>91</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>30.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>13.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of peatland and pools located in the south-eastern corner of Drenthe province near to the German border, which includes one of the last remaining raised bogs in the Netherlands. The majority of the site has been cut for peat but some parts remain intact. Restoration measures have been taken.</otherSiteCharacteristics>
				<qualityAndImportance>Very important for breeding birds, e.g. Lanius collurio and Luscinia svecica. One of the five most important sites for (breeding): Red-backed Shrike Lanius collurio.Site largely overlaps with IBA084 (IBA2000)Important for dragonflies. Good conditions for regeneration of raised bog. The larger of only two sites holding active raised bog (7110).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95 (Voslamber et al., 1998; SOVON)

Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997)

Aartsen, B. van (2001). Zweefvliegwaarnemingen in het Bargerveen. Zweefvliegennieuwsbrief 5: 7-8.

Barkman, J.J. &amp; B.O. van Zanten (1966). De najaarsexcursie 1966 naar Drenthe. Buxbaumia 20: 64-95.

Bos, L. (1975). Botanisch onderzoek in het hoogveenreservaat "Meerstalblok" gelegen in de gemeente Emmen. Intern rapport, Rijksinstituut voor Natuurbeheer (RIN), Arnhem. 

Casparie, W.A. (1972). Bog development in southeastern Drenthe. Thesis Rijksuniversiteit Groningen.

Casparie, W.A. (1984). Water en veen; waterbalans sleutel tot behoud. Natuur en Techniek 84(2): 102-121.

Frederik, M. (1998). Hydrologische evaluatie van het Bargerveen. Afstudeerverslag Sectie Waterhuishouding, Landbouwuniversiteit Wageningen, 72 pp.

Ganzevles, P.H.J. (1992). Bargerveen : beheersplan voor de periode 1992 - 2002. Staatsbosbeheer, Regio Drenthe-Zuid, 137 pp.

Jansen, A.J.M. &amp; E. Oosterveld (1987). Een veenmoskartering en landschapsoecologische interpretatie daarvan voor een deel van het Meerstalblok. Langbroek, bureau voor landschapsecologisch onderzoek, Leeuwarden.

Jansen, A.J.M., C.J.S. Aggenbach &amp; G.H.P. Arts (1994). Het Meerstalblok. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1992. Plantensociologische Kring Nederland. pp 49-52. 

Klooster, W. ten (2000). Bargerveen. In: Helmig et al. (red). Van Rottum tot Reest. Staatsbosbeheer, Assen, pp 271-285.

Leeuwen, R. van (1992). De vegetatie van het Bargerveen: basiskartering 1989. Staatsbosbeheer regio Drenthe-Zuid, Pesse. 

Streefkerk, J.G. &amp; P. Oosterlee (1984). Een beschouwing over hydrologische ingrepen in het hoogveenreservaat Bargerveen. Staatsbosbeheer, Hydrologische Werkgroep Bargerveen, Utrecht, 67 pp. + 31 bijl.

Streefkerk, J.G. &amp; W.A. Casparie (1987). De hydrologie van hoogveensystemen: uitgangspunten voor het beheer. Rapport Staatsbosbeheer, Utrecht.

Walsum, P.E.V. van, F. van Diepen &amp; J. Smittenberg (1998a). Waterbeheer rondom het Bargerveen : toekomstscenario's voor een duurzame buffering van het veenreservaat. Rapport Staring Centrum (SC-DLO), Wageningen, 64 pp. 

Walsum, P.E.V. van, J.W.J. van der Gaast, J.G. te Beest &amp; L.C.P.M. Stuyt (1998b). De waterhuishouding van het Bargerveen en het herinrichtingsgebied Schoonebeek. Deel 1, 2 en 3. Rapporten Staring Centrum (SC-DLO), Wageningen. 

Wasscher, M. (1992a). Libellen in het hoogveenreservaat het Bargerveen. Staatsbosbeheer, Drenthe-zuid, 12 pp.

Wasscher, M. (1992b). Waarnemingen van Gerris paludum en Sericomyia lappona in het Bargerveen. Veelpoot 3: 5-8.

Werkman, E. (1999). Het Bargerveen : hoogveenreservaat in Zuidoost-Drenthe. Ministerie van LNV, Directie Noord, 32 pp.

Tempel Rvanden Osieck ER. 1994. Areas important for birds in the Netherlands.    Techn Rapport Vogelbescherming 13E . Vogelbescherming Nederland, Zeist

Berkel JBJN. 1999. Bargerveen, bolwerk van Grauwe Klauwier. Vanellus 52: 141-143

Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000.  Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van Europese vogelwaarden in aangewezen en aan te wijzen speciale beschermingszones en andere belangrijke gebieden. SOVON Informatierapport2000/01SOVON, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>BARGERVEEN</siteName>
							<type>+</type>
							<cover>95.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Bargerveen</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of State Forestry Service. Twinned to Clara Bog (IRL). Small part (Meerstalblok, 66 ha) under Nature Conservation Act.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie van Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL2000006</siteCode>
				<siteName>Duinen Goeree &amp; Kwade Hoek</siteName>
				<compilationDate>1998-12</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1994-11</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/101/Besluit%20Duinen%20Goeree.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Formerly known as SCI NL2000006 Kwade Hoek</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.9932</longitude>
				<latitude>51.8407</latitude>
				<area>826.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NLZZ</code>
						<name>Extra-Regio</name>
					</region>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>200</lowerBound>
							<upperBound>200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>530</lowerBound>
							<upperBound>530</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>240</lowerBound>
							<upperBound>240</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>110</lowerBound>
							<upperBound>110</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A144</speciesCode>
						<scientificName>Calidris alba</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>80</lowerBound>
							<upperBound>80</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A149</speciesCode>
						<scientificName>Calidris alpina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>800</lowerBound>
							<upperBound>800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A138</speciesCode>
						<scientificName>Charadrius alexandrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>6</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A130</speciesCode>
						<scientificName>Haematopus ostralegus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>790</lowerBound>
							<upperBound>790</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A157</speciesCode>
						<scientificName>Limosa lapponica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A160</speciesCode>
						<scientificName>Numenius arquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>420</lowerBound>
							<upperBound>420</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>250</lowerBound>
							<upperBound>250</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A141</speciesCode>
						<scientificName>Pluvialis squatarola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>60</lowerBound>
							<upperBound>60</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>180</lowerBound>
							<upperBound>180</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>280</lowerBound>
							<upperBound>280</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A162</speciesCode>
						<scientificName>Tringa totanus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>390</lowerBound>
							<upperBound>390</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>12.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>70.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A small area of dunes, saltmarshes and coastal mudflats between Haringvliet xxx (NL9802018) and Voordelta (NL9802017).</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (non-breeding): Eurasian Spoonbill Platalea leucorodia (3%), Northern Pintail Anas acuta (2%). </qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Paris p. 1997., De Kwade Hoek., ZH Landschap  26.3 : 4-5 --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Berrevoets CM Strucker RCW Arts FA Meininger PL. 2003., Watervogels in de Zoute Delta 2001/2002., RIKZ Rapport  2003.001, RIKZ,  Middelburg.; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Managed by national NGO - Natuurmonumenten: Kwade Hoek, 379 ha.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL2000007</siteCode>
				<siteName>Lepelaarplassen</siteName>
				<compilationDate>1997-01</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1994-05</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/079/n2k079_db_vn_lepelaarplassen.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.2084</longitude>
				<latitude>52.4081</latitude>
				<area>356.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL23</code>
						<name>Flevoland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>140</lowerBound>
							<upperBound>140</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>210</lowerBound>
							<upperBound>210</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>240</lowerBound>
							<upperBound>240</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>110</lowerBound>
							<upperBound>110</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2500</lowerBound>
							<upperBound>2500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>14</lowerBound>
							<upperBound>14</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1900</lowerBound>
							<upperBound>1900</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>22</lowerBound>
							<upperBound>22</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>30.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of shallow lakes, pools, reedbeds, and Salix woodland that has developed on a polder (Zuidelijk Flevoland, reclaimed in 1968), having been spared from cultivation. The site is located to the west of the city of Almere, and adjoins Markermeer &amp; IJmeer (NL9803029) in the northwest.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Used to be important for breeding spoonbills until recently. Has also general value as freshwater wetland and natural Salix forests. xxx Species meeting the 1% threshold (breeding): Great Cormorant Phalacrocorax carbo (5%), Eurasian Spoonbill Platalea leucorodia (3%); (non-breeding): Great Cormorant Phalacrocorax carbo (2%), Eurasian Spoonbill Platalea leucorodia (5%), Gadwall Anas strepera (2%), Northern Shoveler Anas clypeata (2%). xxx Site included in IBA 067 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport  2000/01SOVON,  Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Flevoland</organisation>
							<addressUnstructured>Postbus 55
8200 AB Lelystad</addressUnstructured>
							<email>ijsbrand.zwart@flevoland.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>Y</exists>
					<managementPlan>
						<name>BEHEERPLAN LEPELAARPLASSENGEBIED </name>
						<url>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/079/beheerplan/definitief%20beheerplan%20lepelaarplassen%20ex%20brief.pdf</url>
					</managementPlan>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL2000008</siteCode>
				<siteName>Meinweg</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1994-05</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/149/N2K149_DB%20HVW%20Meinweg.pdf</spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/149/N2K149_DB%20HVW%20Meinweg.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.1232</longitude>
				<latitude>51.1636</latitude>
				<area>1822.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.1</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.8</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>293.0</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.4</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.2</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>78.0</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.5</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>17.0</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A224</speciesCode>
						<scientificName>Caprimulgus europaeus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>25</lowerBound>
							<upperBound>25</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1096</speciesCode>
						<scientificName>Lampetra planeri</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A246</speciesCode>
						<scientificName>Lullula arborea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>25</lowerBound>
							<upperBound>25</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A276</speciesCode>
						<scientificName>Saxicola torquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>45.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N12</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of partly wet heathland and fen, with two valleys which support woodland. Woodland stands consist of deciduous /mixed woodlands and conifer plantations of various ages and under varyingmanagement regimes. The site is situated along the German border, east of the city of Roermond.</otherSiteCharacteristics>
				<qualityAndImportance>Heath dunes and forests with streams that inhabit rare fish species. The area is well known for its insects herpetofauna which includes a very significant population of Vipera berus. One of the five most important spawning sites of  Lampetra planeri in the Netherlands.
One of the five most important sites for the habitat type European dry heaths (4030).Includes Prime forest site already existing before 1850 (so-called "A-locatie bos").
Site overlaps with IBA104 (IBA 2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Vogels in belangrijke vogelgebieden in 1992-94 (Voslamber et al., 1997: SOVON)

Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95 (Voslamber et al., 1998; SOVON)

Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)

Akkermans, R. (1999). Vissen op de Meinweg. Natuurhistorisch Maandblad 88(12): 293-297.				

Bannink, J.F. &amp; J.C. Pape (1968). De bodemgesteldheid van het natuurreservaat "Meinweg". Rapport 740, Stiboka, Wageningen, 21 p. + 2 bijl.				
Bibelriether, H.  &amp; R.L. Schreiber (1990). De Nationale Parken van Europa. Uitgeverij M&amp;P, Weert, 288 pp.				

Bijker, A. (2001). Beschrijving en uitvoering van een telemetrisch onderzoek met adders (Vipera berus) in De Meinweg &amp; een literatuurstudie naar het ruimtegebruik van de adder. Student report Hogeschool Ijselland, 53 pp.				

Bossenbroek, P. &amp; J.T. Hermans (1999). Nationaal Park De Meinweg. Natuurhistorisch Maandblad 88(12): 282-288.				

Brunt, M. (1992). Nog maar 1 gave beek in Nederland. Natuur &amp; Milieu 16: 22.				
Cuppen, J.G.M. &amp; B. van Maanen (1999). De Waterkevers van de Meinweg. Natuurhistorisch Maandblad 88(12): 298-303.				

Geraeds, R., V. van Schaik, B. Crombaghs &amp; M. Dorenbosch (1999). De Knoflookpad in het Meinweggebied. Natuurhistorisch Maandblad 88(12): 304-307.				
Grooten, P.H.A. &amp; J.T. Hermans (1991). In: Hommel, P.W.F.M. (red.). Excursieverslagen 1990. Plantensociologische Kring Nederland, pp 29-30. (002988).				

Habitat-Ecoplan (1993). De Meinweg: beheers- en inrichtingsplan: doelstellingenkader. Overlegorgaan Nationaal Park i.o. De Meinweg, Roermond, 60 pp. 				

Lans, H.E. van der, G. Poortinga &amp; H.E. van der Veen (1986). Ontwikkelings- en beheersvisie voor het Meinweggebied. Rapport Instituut voor Milieuvraagstukken, Vrije Universiteit Amsterdam &amp; Ecoplan, Groningen.				

Hermans, J. &amp; Ph. Sollman (1982). De bryologische voorjaarsexcursie van 1980 naar Midden-Limburg. Buxbaumiella 12: 12-29.				

Hermans, J.T. (1992). De libellen van de Nederlandse en Duitse Meinweg (Odonata). De libellen van de Nederlandse en Duitse Meinweg (Odonata). Natuurhistorisch Genootschap in Limburg, Maastricht, 191 pp.				
Hermans, J.T. (1996) In: Bossenbroek, P., J. Hermans, J. Smits, S. Vorstermans &amp; F. van Westrenen. Het land van Peel en Maas. Natuurgebieden in Zuidoost-Nederland. Staatsbosbeheer, Regio Peel &amp; Maas, Roermond, pp 145-167.				

Hermans, J.T. (1999). De libellenfauna van de Meinweg tussen 1992 en 1999. Natuurhistorisch Maandblad 88(12): 308-310.				

Horst, J.Th. ter (1966). Adders in het Meinweggebied. De Levende Natuur 69(3): xxxxx.				

Jansen, M. &amp; T. Slijkerman (1998). Recreatie in het Nationaal Park de Meinweg : omvang, aard, spreiding en waardering van bezoek: een vergelijking tussen 1982 en 1997. Landbouwuniversiteit Wageningen, Werkgroep Recreatie en Toerisme, 41 pp.				

Lenders, A.J.W. (1982). De Meinweg: een inventarisatie van hogere plant- en diersoorten in het vogelreservaat en omgeving. Melick, 65 pp.				
Lenders, A.J.W. (2001). Het belang van spoorwegen voor de Herpetofauna. Natuurhistorisch Maandblad 90(5): 81-88.				

Lenders, A.J.W., P.W.A.M. Janssen &amp; M. Dorenbosch (1999). De Adder, het symbool van Nationaal Park de Meinweggebied. Natuurhistorisch Maandblad 88(12): 316-320.				

Nie, H.W. de &amp; G. van Ommering (1998). Bedreigde en kwetsbare zoetwatervissen in Nederland. Toelichting op de Rode Lijst. Rapport 33, IKC Natuurbeheer, Wageningen.				

Ouden, J.B. den (1995). A-locatie bossen in Limburg. Rapport 136, Instituut voor Bos- en Natuuronderzoek (IBN-DLO), Wageningen, 181 pp + bijl.				
Wieman, E.A.P., R.J.F. Bugter, E.A. van der Grift, A.G.M. Schotman, C.C. Vos &amp; S.S.H. Ligthart (2000). Beoordeling ecologische effecten reactivering 'IJzeren Rijn' op het gebied de Meinweg: een toetsing in het kader van de EU-Vogelrichtlijn en de EU-Habitatrichtlijn. Rapport 081, Alterra, Wageningen : ALTERRA, 137 pp. 				

Tempel Rvanden Osieck ER. 1994. Areas important for birds in the Netherlands. Techn Rapport Vogelbescherming  13E. Vogelbescherming Nederland,  Zeist

Bossenbroek P ea. 1999. Meinweg. Natuurhistorisch Maandblad 88.12: hele nr.

Asseldonk Evan Boeren J. 1999. Broedvogels van de Meinweg. Natuurhistorisch Maandblad 88 : 311-315

Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000. Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van Europese vogelwaarden in aangewezen en aan te wijzen speciale     beschermingszones en andere belangrijke gebieden. SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>94.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>MEIJNWEG</siteName>
							<type>+</type>
							<cover>44.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>National Park. Partly nature reserves of State Forestry Service (1063 ha) and provincial NGO - Limburgs Landschap (23 ha). Qualifies for EU-Bird-directive. Adjoins German Natura 2000-sites DE-4802-301, DE-4802-302 and DE-4803-303.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
6202 MA Maastricht</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Altenburg &amp; Wymenga 1996. De vegetatie van het natuurreservaat de Meinweg in 1995
Beheers- en Inrichtingsplan (B&amp;I plan) Nationaal Park De Meinweg (1995)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL2000010</siteCode>
				<siteName>Kampina &amp; Oisterwijkse Vennen</siteName>
				<compilationDate>1998-11</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1986-10</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/133/N2K133_DB%20HV%20Kampina%20&amp;%20Oisterwijkse%20Vennen.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Formerly known as SPA NL2000010 Kampina</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.2671</longitude>
				<latitude>51.5686</latitude>
				<area>1261.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A039</speciesCode>
						<scientificName>Anser fabalis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>300</lowerBound>
							<upperBound>300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A276</speciesCode>
						<scientificName>Saxicola torquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>34</lowerBound>
							<upperBound>34</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A004</speciesCode>
						<scientificName>Tachybaptus ruficollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>29</lowerBound>
							<upperBound>29</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>35.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of wet heathland and fens, intersected by streams and surrounded xxx by woodland, situated to the east of the city of Tilburg.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). This site does not qualify under ornithological criteria of IBA2000 (site  included as designated SPA under criterion C7). Until 1989 the site held a small population of Tetrao tetrix (and was xxx considered fifth in order of national importance for this species, together with two other nearby sites). Eight other species, listed in Annex I, breed at the site although not in appreciable numbers. The fens in the area are used for roosting by wintering geese, but counts not available. </qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Breukers CPM Storm AA Dam EMvan Oirschot MCMvan. 1996., Biologische monitoring zoete rijkswateren: watersysteemrapportage, Volkerak-Zoommeer 1987-1994., RIZA Nota  96.003, RIZA, Lelystad --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen --- Tosserams M Lammens EHRR Platteeuw M. 2000., Het Volkerak-Zoommeer. De ecologische ontwikkeling van een afgesloten, zeearm., RIZA Rapport  2000.024, Min.VW/RIZA .; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Brabant</organisation>
							<addressUnstructured>Postbus 90151
5200 MC 's-Hertogenbosch</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>There is an older management plan.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL2000012</siteCode>
				<siteName>Naardermeer</siteName>
				<compilationDate>1998-11</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1986-10</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/094/N2K094_DB%20HV%20Naardermeer.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.1173</longitude>
				<latitude>52.2946</latitude>
				<area>1127.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A298</speciesCode>
						<scientificName>Acrocephalus arundinaceus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>5600</lowerBound>
							<upperBound>5600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3300</lowerBound>
							<upperBound>3300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A029</speciesCode>
						<scientificName>Ardea purpurea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>39</lowerBound>
							<upperBound>39</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>29</lowerBound>
							<upperBound>29</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A292</speciesCode>
						<scientificName>Locustella luscinioides</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>29</lowerBound>
							<upperBound>29</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1800</lowerBound>
							<upperBound>1800</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A complex of shallow freshwater lakes, pools and canals, fens, reedbeds and swamp-forest, surrounded by improved grassland which is being converted to wet meadows and marshland. The site is located alongside the Amsterdam to Bussum railway. The first nature reserve of the country established in the early twentieth century.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (breeding) Great Cormorant Phalacrocorax carbo (3%). xxx One of the five most important sites for (breeding): Purple Heron Ardea purpurea. xxx Site includes IBA074 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Meer Svander. 1998., Het Naardermeer., Levende Nat  99 :240-242 --- Boosten A. 1999., Monitoring Herstelplan Naardermeer 1992-1997. Herstel van het Naardermeer, door bundeling van krachten.., BNL Rapport  99-15, Vereniging Natuurmonumenten,  's-Graveland --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Naardermeer</siteName>
							<type>-</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL2000013</siteCode>
				<siteName>Weerribben</siteName>
				<compilationDate>1998-11</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1986-10</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/034/N2K034_DB%20HV%20Weerribben.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.9525</longitude>
				<latitude>52.7816</latitude>
				<area>3329.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A298</speciesCode>
						<scientificName>Acrocephalus arundinaceus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>900</lowerBound>
							<upperBound>900</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A029</speciesCode>
						<scientificName>Ardea purpurea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>7</lowerBound>
							<upperBound>7</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>22</lowerBound>
							<upperBound>22</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A153</speciesCode>
						<scientificName>Gallinago gallinago</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>160</lowerBound>
							<upperBound>160</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A292</speciesCode>
						<scientificName>Locustella luscinioides</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>80</lowerBound>
							<upperBound>80</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>7</lowerBound>
							<upperBound>7</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>34.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>42.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of ponds and canals (former peat-workings), fens, reedbeds, swampy woodland and wet meadows, located to the west of the city of Steenwijk. The site is adjacent to SPA De Wieden (NL3009004).</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). One of the five most important sites for (breeding): Great Bittern Botaurus stellaris, Spotted Crake Porzana porzana. xxx Site largely overlaps with IBA064 (IBA2000). Together with the Wieden the site forms the biggest low-lying peat bog complex in north-western Europe.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Bijlsma RG Altenburg W. 1999., Broedvogels en beheer in de Weerribben: Aantalsontwikkeling van een aantal, karakteristieke moerasbroedvogels., Altenburg &amp; Wymenga,  Veenwouden --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Dijk AJvan Weide Mvander Deuzeman S ea. 2002., Kolonievogels en zeldzame broedvogels in Nederland in 2000 en 2001., SOVON Monitoringrapport  2002/03, SOVON, Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Weerribben</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>WEERRIBBEN</siteName>
							<type>+</type>
							<cover>23.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Weerribben</siteName>
							<type>-</type>
							<cover>97.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Qualifies for CORINE. Twinned to Ranwoth Staithe (UK) and Le Marais Audomarois (F). (Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheer- en inrichtingsplan Nationaal Park De Weerribben, herziening 1999.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL2002017</siteCode>
				<siteName>Voornes Duin</siteName>
				<compilationDate>2000-03</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/100/Besluit%20Voornes%20Duin.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.0488</longitude>
				<latitude>51.8978</latitude>
				<area>159.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A026</speciesCode>
						<scientificName>Egretta garzetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>15</lowerBound>
							<upperBound>15</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1100</lowerBound>
							<upperBound>1100</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>110</lowerBound>
							<upperBound>110</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A008</speciesCode>
						<scientificName>Podiceps nigricollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>70.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>30.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>The area consists of two dune lakes (Breedewater, Quackjeswater) that are part of the least spoiled dune area in the Netherlands, located between xxx Oostvoorne and Haringvliet (NL9802018). The lakes contain important breeding colonies of Spoonbill and Cormorant. Site adjacent to the coastal waters of SPA  Voordelta (NL9802017).</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Coastal dune area with a great variety in flora and fauna. One of ecologically most important dune systems of Europe. Species meeting the 1% threshold (breeding): Great Cormorant Phalacrocorax carbo (1,9%), Eurasian Spoonbill Platalea leucorodia (10,0%). xxx One of the five most important sites for (breeding): Spoonbill Platalea leucorodia; (non-breeding): Little Egret Egretta garzetta (also breeding). xxx Site largely overlaps with IBA 022 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Lensink B ea. 1996., Duinen van Voorne., ZH Landschap  25.3: themanr. --- Klemann MCM. 1996., Broedvogels van de duinen op Voorne en Goeree in 1996., SOVON Inventarisatierapport  96/10, SOVON,  Beek-Ubbergen --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Janssen M ea. 2000., Thema de zee: De ontwikkeling van de kust. De kustzone een ingenieus, systeem. De duinen van Oostvoorne., ZH Landschap  2000.2:  4-9; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>VOORNES DUIN</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003001</siteCode>
				<siteName>Aamsveen</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/055/N2K055_DB%20H%20Aamsveen.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.9504</longitude>
				<latitude>52.1869</latitude>
				<area>144.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
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					<habitatType>
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						<coveredArea>50.0</coveredArea>
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						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.5</coveredArea>
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						<observationDataQuality>M</observationDataQuality>
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					<habitatType>
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						<nonpresentInSite>false</nonpresentInSite>
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						<global></global>
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					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>11.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
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				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
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							<lowerBound></lowerBound>
							<upperBound></upperBound>
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						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
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					<coveragePercentage>1.0</coveragePercentage>
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					<code>N10</code>
					<coveragePercentage>32.0</coveragePercentage>
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				<habitatClass>
					<code>N07</code>
					<coveragePercentage>35.0</coveragePercentage>
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				<habitatClass>
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				<habitatClass>
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					<coveragePercentage>11.0</coveragePercentage>
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				<otherSiteCharacteristics>Raised bog with bog woodland and gradient to wet heathland and brook valley. Because of sand- and peatsoil big variety in vegetation with dry and moist grasslands, march woodland and open water.
Site adjacent to pSCI Amtsvenn u. Hündfelder Moor  (DE-3807-301) in Nordrhein-Westfalen</otherSiteCharacteristics>
				<qualityAndImportance>One of the ten most important sites for the habitat type Bog woodland (91D0). Fine gradients from raised bog through wet heath to bog woodlands and brook valley. Roost for migrating Grus grus.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Fassio, A. (2000). Peat bog regeneration in Aamsveen. ITC, Enschede.				
Gerard, J.J. (2000). Inventarisatie daglinders 2000 Aamsveen. Manuscript Landschap Overijssel, Dalfsen.				

Keiser, J.W. (1956): Het Aamsveen, een der hoogveengebieden aan de oostgrens. De Levende Natuur xx: 175-178.				

Ouden, J.B. den, M.E.A. Broekmeyer &amp; H.G.J.M. Koop (1997). A-locatie bossen in Overijssel. IBN-rapport 272, Instituut voor Bos- en Natuuronderzoek (IBN-DLO), Wageningen.				

Schoonderwoerd, M. (2000). Aamsveen Dynamiek 1999. Monitoring natuurlijke bosontwikkeling. Rapport Landschap Overijssel, Dalfsen.				
Sueters, A.M. (1996). Vegetatie(her)kartering Aamsveen, september-december 1996. Enschede.				

Tweel-Groot, L. van (2002). Natuurdoeltypen Aamsveen. Rapport Landschap Overijssel, Dalfsen.				

Zielman, R. (1995). Mossen inventarisatie Aamsveen. Manuscript Landschap Overijssel, Dalfsen.				
Handboek Natuurmonumenten				
Foekens, E. 1999. Broedvogelinventarisatie 1999 Aamsveen. Glanerbrug.
Ouden, B.J. den et al., 1997. A-locatie bossen in Overijssel. IBN-rapport 172. IBN-DLO, Wagenigen.
Stichting het Overijssels Landschap, 1994. Beheerplan Aamsveen 1984-1993. Stichting het Overijssels Landschap, Dalfsen.
Ziel, H.W. van, 1991. Onderzoek vernatting Aamsveen. Buro Hemmen, Hemmen.</description>
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						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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					<nationalRelationships>
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					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of Provincial NGO. Adjoins German natura 2000 site DE-3807-301.</siteDesignationAdditional>
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			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
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							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Landschap Overijssel, 2001. Beheerplan Aamsveen 2001-2010. Rapport Landschap Overijssel, Dalfsen.</conservationMeasures>
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				<siteName>Abdij Lilbosch &amp; Voormalig Klooster Mariahoop</siteName>
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				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
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			<siteLocation>
				<longitude>5.9679</longitude>
				<latitude>51.0899</latitude>
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				</habitatClass>
				<otherSiteCharacteristics>Conventual builiding and formerly conventual building with surroundings.</otherSiteCharacteristics>
				<qualityAndImportance>Only nursury of Myotis emarginatus in the Netherlands. Also important for other batspecies.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Van Buggenum, H.J.M. 1997. Ontstaansgeschiedenis en landschap Haeselaarsbroek. NHM 86(4), 62-64.				

Pater Malachias 1997. Abdij Lilbosch als agrarisch bedrijf. NHM 86(4), 65-69.				
Klinckenberg, J. &amp; W. de Veen, 1997. De flora van Lilbosch. NHM 86(4), 70-74.				
Vergoossen, W.G. 1997. De zoogdieren van het Haeselaarsbroek. NHM 86(4), 75-78.				

Vergoossen, W.G. 1992. Een kraamkamer van de Ingekorven vleermuis in Midden-Limburg. NHM 81(4), 66-74.				

Malachias Huyink 2001. Abdij Lilbosch bij Echt. Weerspiegeling van het monnikenleven in steen en landschap. Heemschut (december 2000): 30-32.</description>
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				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700
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							<email>lfh.janssen@prvlimburg.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>Y</exists>
					<managementPlan>
						<name>Beheerplan Abdij Lilbosch &amp; voormalig
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						<url>http://www.limburg.nl/Beleid/Natuur_en_Landschap/Natura_2000/Downloads/Abdij_Lilbosch_voormalig_klooster_Mariahoop/Beheerplan_Abdij_Lilbosch_voormalig_klooster_Mariahoop_vastgesteld</url>
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				<siteType>B</siteType>
				<siteCode>NL2003003</siteCode>
				<siteName>Achter de Voort, Agelerbroek &amp; Voltherbroek</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
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				<longitude>6.9264</longitude>
				<latitude>52.378</latitude>
				<area>323.0</area>
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						<code>NL21</code>
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					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>8.5</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>102.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
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							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
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						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
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					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1016</speciesCode>
						<scientificName>Vertigo moulinsiana</scientificName>
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						<abundanceCategory>P</abundanceCategory>
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						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
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				<habitatClass>
					<code>N16</code>
					<coveragePercentage>74.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Small, old, very good developed Carpinion-forest (Achter de Voort). And 2 swampforests with moist grasslands, a formerly decoy and brooks with high waterquality (Agelerbroek and Voltherbroek) at both sides of a canal.</otherSiteCharacteristics>
				<qualityAndImportance>Best developed Carpinion forest outside southern Limburg. Important area for in The Netherlands rare Hyla arborea and Triturus cristatus.
Prime forest site already existing before 1850 (so-called "A-locatie bos").</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Kleuver, J.J. (1991). Loofbossen in Oost-Twente. In: Hommel, P.W.F.M. (red.). Excursieverslagen 1990. Plantensociologische Kring Nederland, pp 24-25. (002988).				

Bakker, M. &amp; L. van Tweel (1998). Historische referentiebeelden voor de bossen van Twente. Historische ligging, beheer en samenstelling van bossen als referentie voor het huidige bosbeheer. Rapport 521, Staringcentrum (SC-DLO), Wageningen, 175 pp.				

J.B. de Ouden, M.E.A. Broekmeyer, H.G.J.M. Koop (1997). A-locatiebossen in Overijssel. IBN-rapport 272. 177 pp.				

M.A.P. Horsthuis (2002). Achter de Voort. Excursieverslagen 1999. Plantensociologische Kring Nederland: 9-13.		

F. Eysink, J. Westrik &amp; A. Jansen (2001). Natuurontwikkeling op voormaligen landbouwgronden. 22 pp.				

Beringen, R., N. Kwint, H. Hazelhorst &amp; P. Bremer (1994) Flora en fauna van de Ootmarsumse stuwwal. Provincie Overijssel, afdeling landelijk gebied.</description>
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						<designationCode>NL01</designationCode>
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					<nationalRelationships>
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				<siteDesignationAdditional>Partly nature reserve of State Forestry Service</siteDesignationAdditional>
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				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
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				<siteName>Bekendelle</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
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				<sciProposalDate>2002-08</sciProposalDate>
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				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/063/N2K063_DB%20H%20Bekendelle.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.699</longitude>
				<latitude>51.9414</latitude>
				<area>88.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL22</code>
						<name>Gelderland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>13.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.7</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>11.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>62.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>35.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Alluvial alder forest along free meandring brook "Boven-Slinge"</otherSiteCharacteristics>
				<qualityAndImportance>Prime forest site already existing before 1850 (so-called "A-locatie bos"). One of the five most important sites for the habitat type Alluvial forests (91E0, subtype Alno-Padion).
Also important area for Carpinion-forest and some rare plants species. In the natural brook among others Lampetra planeri occurs.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Brand, S.H. van den, M. van den Bosch, D. Hamhuis &amp; W. van de Westeringh (1981?). Winterswijk, landschap en vegetatie. Deel 1. Ontstaan en op. Koninklijke Nederlandse Natuurhistorische Vereniging. Wetenschappelijke Mededelingen K.N.N.V.. (G-P-00).

Brand, S.H. van den (1995). De plantengroei van Winterswijk. KNNV, Utrecht, 216 pp. (B-0109).

During, H.J. (1969). Kartering van Bekendelle. Amoeba 45(3): 74-85.

Weeda, E.J. (1975). Bekendelle. Natura 72(4): 74-51.

Higler, L.W.G. (1983). De Nederlandse beken. Natura 80(10): 4-9.

Meyer-Drees, E. (1936). De bosvegetatie van de Achterhoek en enkele aangrenzende gebieden. Dissertatie Landbouw Hogeschool Wageningen.

Romijn, K. (1971). Overzicht van de natuurgebieden in de gemeente Winterswijk. Verslag nr 84, Afdeling Natuurbeheer Landbouw Hogeschool, Wageningen.

Westhoff, V. (1999). Buskersbos en Bekendelle. In: Hommel et al. Excursieverslagen 1996,  Plantensociologische Kring Nederland

Provincie Gelderland (2002). Gebiedsplan Natuur en Landschap Achterhoek.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
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					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of national NGO - Natuurmonumenten</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Gelderland</organisation>
							<addressUnstructured>Postbus 9090 
6800 GX Arnhem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003006</siteCode>
				<siteName>Binnenveld</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2014-04</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/065/N2K065_DB%20HN%20Binnenveld.pdf</sacLegalReference>
				<explanations>Formerly known as SCI "Bennekomse Meent"</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.5824</longitude>
				<latitude>52.0108</latitude>
				<area>111.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL31</code>
						<name>Utrecht</name>
					</region>
					<region>
						<code>NL22</code>
						<name>Gelderland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>9.6</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1393</speciesCode>
						<scientificName>Drepanocladus vernicosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>V</abundanceCategory>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>95.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Molinia-meadows with some small thickets.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Molinia meadows on calcareous, peaty or clayey-silt-laden soils (6410)., with rare plant species.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Provincie Gelderland (2002). Gebiedsplan Natuur en Landschap Gelderse Vallei.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service. Partly protected by Nature Conservation Act.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
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				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
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		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003007</siteCode>
				<siteName>Bergvennen &amp; Brecklenkampse Veld</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/046/N2K046_DB%20H%20Bergvennen%20&amp;%20Brecklenkampse%20Veld.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>7.0053</longitude>
				<latitude>52.4319</latitude>
				<area>133.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>12.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2320</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality></observationDataQuality>
						<representativity>D</representativity>
						<relativeSurface></relativeSurface>
						<conservation></conservation>
						<global></global>
					</habitatType>
					<habitatType>
						<code>3110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>13.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>6.6</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>14.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.8</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>5130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.8</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>6.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>7230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>18.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>9.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>16.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>31.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>17.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Patchy pattern of forests, dry and wet heathlands and grasslands with oligotrophic fens, which have been recently restored (removal of silt)</otherSiteCharacteristics>
				<qualityAndImportance>The site holds the best example of habitat type 3110 in the Netherlands. Occurence of Triturus cristatus</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Dijk, J. van &amp; R. de Wit (ed) (1946). Rijkdommen in het Twentse Landschap- een greep uit de botanisch belangrijke terreinen van N.O. Twente. Uitgave N.J.N. 32pp..		

Graaf, M.C.C. de. (2000). Exploring the calcicole-calcifuge gradient in heathlands. Proefschrift Katholieke Universiteit Nijmegen.				

Hoopen, J.G. ten &amp; E.J. Weeda (1993). Botanische rijkdommen van het Brecklenkampse Veld. In: Weeda, E.J. (red.). Blauwgraslanden in Twente. Schatkamers van het natuurbehoud. Wetenschappelijke Mededelingen KNNV nr 209, Utrecht, pp 65-68.				

Jansen, A.J.M., 2000. Hydrology and restoration of wet heathland and fen meadow communities. Proefschrift Rijksuniversiteit Groningen.				
Jansen, A.J.M., A.Th.W. Eysink &amp; J. ten Hoopen. Bergvennen, Brecklenkampse veld en Stroothuizen. In: xxxxxxxx. Excursieverslagen Plantensociologische Kring Nederland 1992				

Jongman, R., J. Peltzer, H. Reimerink &amp; J. Wiltenburg (1974). N.O. Twente. Een geobotanische inventarisatie en evaluatie. Doctoraalverslag afd. geobotanie K.U. Nijmegen, in opdracht van P.P.D. Overijssel (copie). 
			
Siebum, M. (1988). De Bergvennen. Verandering in soortensamenstelling van de vennen onder invloed van ontwikkelingen in en rond het natuurgebied (ca. 1940 - 1988). Doctoraalscriptie nr. 94. Afdeling Aquatische Oecologie. Katholieke Universiteit Nijmegen. 			

Westhoff, V. &amp; A.J.M. Jansen (1990). Vegetatiegegevens uit de jaren veertig van Noordoost-Twente. KIWA, SWE 90.025, Nieuwegein. 162 pp. (R-0065).				
Wit, R. de (1947). Littorella-opnamen bij het Voltherbroek en in de Bergvennen. In: Plantengroei in enkele Nederlandse landschappen. Kruipnieuws 1937-1958 (uitgave 1973): 190-192.

Zielman, R., E. Weeda &amp; F. Bos (1993). De najaarsexcursie 1992 in Noordoost-Twente. Buxbaumiella 32: 41-51.	

Stichting Het Overijssels Landschap  (1991). Beheerplan voor het natuurreservaat "Bergvennen" : groot 106 ha, voor de periode 1991 - 2000 			
Beers, P.W.M. van, M. van der Veen, G.H.P. Arts en G. Schmidt (2003). Inventarisatie Overijsselse vennen. Een onderzoek naar de betekenis van Overijsselse vennen ten aanzien van vegetatie, waterchemie en libellen en een evaluatie van herstelmaatregelen.				

Grontmij (1993). Natuurontwikkelingsplan Bergvennen. Hydrologie en kansen.

Brouwer, E., 2001. Restoration of Atlantic softwater lakes and perspectives for characteristic macrophytes. Katholieke Universiteit Nijmegen.

Arts, G.H.P., 1990. Deterioration of atlantic softwater systems and their flora, a historical account. Katholieke Universiteit Nijmegen.</description>
					<links>
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				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of Provincial NGO.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Stichting Het Overijssels Landschap  (1991). Beheerplan voor het natuurreservaat "Bergvennen" : groot 106 ha, voor de periode 1991 - 2000. Het Overijssels Landschap, Dalfsen.</conservationMeasures>
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					<habitatType>
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					<habitatType>
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						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
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					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>15.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
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							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
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						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
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						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
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			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>51.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>30.0</coveragePercentage>
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				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
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				<otherSiteCharacteristics>Wet heathlands with gradients to dry heath, Molinia-meadows.</otherSiteCharacteristics>
				<qualityAndImportance>One of the three most important sites for the habitat type Northern Atlantic wet heaths with Erica tetralix (4010; subtype Ericion tetralicis).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Gaasenbeek, H. (1961) Inventarisatierapport Boetelerveld. Archief Landschap Overijssel.				

J. ter Hoeve &amp; H. Schimmel (1951). Rapport over het Boetelerveld (Schoonheter heide) onder Raalte. Staatsbosbeheer. 5 pp.				

G. Nijland (1981). Het Boetelerveld. Inventarisatie van flora en vegetatie. Rapport Overijssels Landschap. 114 pp.				

E.J. Weeda (2000). Jeneverbesstruwelen op lemig zand. Stratiotes 21: 13-32	

Klemann, M., R. Beringen, H. Hazelhorst, P. Bremer, K. van der Veen &amp; C. 
Knotters (1996). Flora en fauna van Zuid- en Midden-Salland. Provincie Overijssel, Afdeling Landelijk Gebied.				

Staatsbosbeheer, afdeling inrichting, 1972. Kartering, indeling en oppervlaktebepaling van het natuurreservaat "Het Boetelerveld". Zwolle.

Wageningen, H., 1981. Het natte heidecomplex "Boetelerveld". Velp.

Grondmij N.V., 1977. Beheersrichtlijnen voor het natuurgebied "Het Boetelerveld". De Bilt.

Knigge, M. &amp; B. ten Brinke, 1982. Beheersplan voor het natuurreservaat Boetelerveld - groot 169.32.70 ha voor de periode 1982-1991. Stichting het Overijssels Landschap, Dalfsen.</description>
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				<relations>
					<nationalRelationships>
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				<siteDesignationAdditional>Nature reserve of Provincial NGO</siteDesignationAdditional>
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			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
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							<email></email>
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				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Stichting Het Overijssels Landschap (1994). Beheerplan voor de periode 1994-2000. Voor het Natuurreservaat Boetelerveld.Stichting Het Overijssels Landschap, Dalfsen.</conservationMeasures>
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				<siteName>Boschhuizerbergen</siteName>
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					<name>Ministry of Economical Affairs
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2500 EK Den Haag
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					<habitatType>
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						<global>B</global>
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				<habitatClass>
					<code>N15</code>
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				<otherSiteCharacteristics>Inland dunes with Juniperus surrounded with open Corynephorus-grassland, dry heath and coniferous forests. In the northwestern part is a oligotrophic fen.</otherSiteCharacteristics>
				<qualityAndImportance>Very importan area for Juniperus-formations, the biggest area of this type in the southern part of Holland. Fine grandients from inland dunes to forests.</qualityAndImportance>
				<impacts>
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				<ownership>
				</ownership>
				<documentation>
					<description>Van der Enden 1987; Van den Munckhof 1991, 1992.</description>
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					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
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							<email></email>
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				<managementPlans>
					<exists>P</exists>
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				<conservationMeasures>Stichting het Limburgs Landschap</conservationMeasures>
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				<siteCode>NL2003011</siteCode>
				<siteName>De Bruuk</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/069/N2K069_DB%20H%20De%20Bruuk.pdf</sacLegalReference>
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				<longitude>5.9638</longitude>
				<latitude>51.761</latitude>
				<area>99.0</area>
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						<name>Gelderland</name>
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				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
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						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>30.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
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						<global>B</global>
					</habitatType>
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				<species>
				</species>
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			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>90.0</coveragePercentage>
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				<habitatClass>
					<code>N16</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Varied area with Salix-shrubs, reetlands and grasslands, partly Molinia-meadows.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Molinia meadows on calcareous, peaty or clayey-silt-laden soils (6410).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Brinkhof, H. &amp; I. Claessen 1979). Graslandvegetaties en hun bodem. De relaties tussen de samenstelling van de vegetatie en het voorkomen van voedingsstoffen in de bodem van bemeste en onbemeste graslanden in het het natuurreservaat `De Bruuk' en bij het `Wijchense ven'. 

Everts, F.H., D.P. Pranger &amp; N.P.J. de Vries (1990). Vegetatiekartering van het natuurrreservaat de Bruuk. Rapport 90/3, Everts &amp; de Vries Oecologische Advies en Onderzoeksbureau, Groningen.

Groenen, L. (1981). Natuurbehoud nóódzaak, maar waarom? Redenen en criteria voor het behoud van de natuur toegepast op het natuurreservaat "De Bruuk". Scriptie Botanisch Laboratorium,  Katholieke Universiteit Nijmegen, 129 pp + 4 tab. 

Hoegen, A.C. (1998). Vegetatieonderzoek in de Bruuk 1995. Verslag Staatsbosbeheer, 25 pp. 

Moonen, L.E.A. (1988). Een macrofauna inventarisatie van het natuurreservaat "De Bruuk", gemeente Groesbeek. Doctoraalverslag 88-1, Vakgroep Waterzuivering, Landbouwuniversiteit Wageningen, 52 pp.

Nies, M.J.A. &amp; W.T.L. van Oss (1972). Vegetatiekartering van het natuurreservaat "De Bruuk" bij Bredeweg (Gemeente Groesbeek). Rapport Botanisch Laboratorium afd. Geobotanie. Katholieke Universiteit Nijmegen. Rapport Rijksinstituut voor Natuurbeheer. 

Schimmel, H. (1958). Natuurreservaat de Bruuk. Rapport Staatsbosbeheer Gelderland, Nijmegen.

Staatsbosbeheer (1993). Beheersplan Bruuk voor de periode 1994 - 2004. Staatsbosbeheer, Regio Rivierenland, Heesch, 27 p

Swaay, C. van &amp; I. Wynhoff (1986). Dagvlinders in de Bruuk : een inventarisatie van de dagvlinderfauna en een onderzoek naar de verspreiding, autoecologie en ethologie van Maniola jurtina (bruin zandoogje) en Aphantopus hyperantus (koevinkje). Studentenverslag nr 856, vakgroep Natuurbeheer, Landbouwhogeschool Wageningen, 196 pp. 

Provincie Gelderland (2002). Gebiedsplan Natuur en Landschap Rivierengebied.</description>
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						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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					<nationalRelationships>
					</nationalRelationships>
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					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of State Forestry Service</siteDesignationAdditional>
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				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
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				<siteName>Bunder- en Elsloërbos</siteName>
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				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
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				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/153/N2K153_DB%20H%20Bunder-%20en%20Elsloo%C3%ABrbos.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.7438</longitude>
				<latitude>50.9103</latitude>
				<area>190.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7220</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>101.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>17.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1078</speciesCode>
						<scientificName>Callimorpha quadripunctaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>51</lowerBound>
							<upperBound>100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>93.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Very nice and largeste site with alluvial alder forests with many endangered plant species. Forests on steep, eastern hill of Maasvalley with calcious springs and brooks and moist meadows.</otherSiteCharacteristics>
				<qualityAndImportance>The site holds the best and most extensive alluvial alder forest (91E0) and the best example of Petrifying springs with tufa formation in the Netherlands (7220; only at two sites in total). Prime forest site already existing before 1850 (so-called "A-locatie bos"). Very important for Salamandra salamandra.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Evers, W.M.J. &amp; E.J. Weeda (1998). Het Bunderbos. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1995. Plantensociologische Kring Nederland, 11-14.

Evers, W.M.J. &amp; V. Westhoff (1987). Carex strigosa, heinde en ver. II. De groeiplaatsen van Carex strigosa tussen Bunde en Elsloo, bij Houthem-St. Gerlach en Beek-Ubbergen. Natuurhistorisch Maandblad, 76(6/7): 120-130. (010414).

Gorissen, M.M.J. &amp; W.M.J. Evers (1983). De bodem van het Bunderbos c.a. Katholieke Universiteit Nijmegen. Afdeling Biogeologie (Bodemkunde). Doctoraalverslag. 182 pp.

Gorissen, M.M.J. (1983). De vegetatie van het Bunderbos c.a. (deel 1). Katholieke Universiteit Nijmegen. Afdeling Geobotanie. Doctoraalverslag. 182 pp. (R-0041).

Gorissen, M.M.J., W.M.J. Evers &amp; V. Westhoff (1983). Vochtige graslanden aan de voet van de beboste Maasdalhelling tussen Elsloo en Geulle. Natuurhistorisch Maandblad 72: 116-122. (006618).

Waage, G.H. (1925). Geologie van de streek Bunde-Geulle-Elsloo. De Levende Natuur XX(1):18-20.

Westrenen, F. van (1996). Het Bunderbos. In: Bossenbroek, P., J. Hermans, J. Smits, S. Vorstermans &amp; F. van Westrenen. Het land van Peel en Maas. Natuurgebieden in Zuidoost-Nederland. Staatsbosbeheer, Regio Peel &amp; Maas, Roermond, 240 pp.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003013</siteCode>
				<siteName>Canisvliet</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2011-03</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/125/n2k125_db%20h%20canisvliet.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.8131</longitude>
				<latitude>51.2189</latitude>
				<area>141.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1614</speciesCode>
						<scientificName>Apium repens</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N21</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Formerly creek, with flat banks with meadows, pastures and reedlands.</otherSiteCharacteristics>
				<qualityAndImportance>One of the three most important sites for Apium repens.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Haperen, A. van (2000??). De Oost-Zeeuws-Vlaamse grensstreek. In: A. van Haperen et al. Aan de monding van Maas en Schelde. Natuurgebieden in Zuidwest-Nederland. Staatsbosbeheer, Middelburg, pp 291-311.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zeeland</organisation>
							<addressUnstructured>Postbus 6001 
4330 LA Middelburg</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003014</siteCode>
				<siteName>Drouwenerzand</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/026/N2K026_DB%20H%20Drouwenerzand.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.806</longitude>
				<latitude>52.9626</latitude>
				<area>222.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>93.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2320</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.6</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>26.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>5130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>8.8</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.7</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N18</code>
					<coveragePercentage>28.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>60.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Hilly terrain with forests, heathlands, juniperus formations and shifting sands.</otherSiteCharacteristics>
				<qualityAndImportance>One of the two largest sites with Juniperus vegetation</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Gutter, M. &amp; H.D. Heinemeyer, 1997. Beheersplan Drouwenerzand. Stichting Het Drentsche Landschap. Assen

Nijland, G., 2002. Drouwenerzand, Transektonderzoek 1981-1991-2001. Ecologisch advies en onderzoeksbureau Ad.Eco. In opdracht van Stichting Het Drentsche Landschap. Assen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of  Provincial NGO - Drenths Landschap</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Drenthe
</organisation>
							<addressUnstructured>Postbus 122
9400 AC Assen</addressUnstructured>
							<email>g.arkema@drenthe.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003015</siteCode>
				<siteName>Elperstroomgebied</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2010-02</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/028/n2k028_db_h_elperstroomgebied.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.668</longitude>
				<latitude>52.8776</latitude>
				<area>351.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.2</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.9</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.8</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>85.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Alkaline fen in brook valley.</otherSiteCharacteristics>
				<qualityAndImportance>One of the three most important sites for the habitat type Alkaline fens (7230; subtype Junco-Molinion).</qualityAndImportance>
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				<siteDesignationAdditional>Nature reserve of State Forestry Service</siteDesignationAdditional>
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				<managementBodies>
					<managementBody>
							<organisation>Ministerie van Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
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				<siteCode>NL2003016</siteCode>
				<siteName>Geleenbeekdal</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
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				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/154/N2K154_DB%20HN%20Geleenbeekdal.pdf</sacLegalReference>
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						<code>NL42</code>
						<name>Limburg (NL)</name>
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				<biogeoRegions>
					<code>atlantic</code>
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						<code>7230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.2</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>16.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>103.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1083</speciesCode>
						<scientificName>Lucanus cervus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1014</speciesCode>
						<scientificName>Vertigo angustior</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1016</speciesCode>
						<scientificName>Vertigo moulinsiana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>39.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>55.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>largely canalised brook valley with dry and moist ruderal vegetations, forests and meadows.</otherSiteCharacteristics>
				<qualityAndImportance>One of the three most important sites for the habitat type Alkaline fens (7230; subtype Caricion davallianae;  including the very rare Carex flava). One of the five most important sites for the habitat type Alluvial forests (91E0, subtype Alnion glutinosae). One of the three sites of Vertigo moulisiana in the Netherlands and the only known inland site of Vertigo angustior. One of the four most important sites for the habitat type Atlantic acidophilous beech forests with Ilex (9120).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Vreeken, B. 2001. Florakartering van het Geleenbeekdal, met een bostypenkartering van de Danikerberg, het Stammenbos en het Vrouwenbos. FLORON-rapport 22. Leiden.

Bloem, J. &amp; L. Mourits (1991). Aqua coriovalli : een hydrogeologische beschrijving van het brongebied van de Geleenbeek te Heerlen. Scriptie Landbouwuniversiteit Wageningen, Vakgroep Bodemkunde en Geologie, 61 pp.

Brongers, M. &amp; W. Altenburg (1996). De vegetatie van de natuurreservaten Het Koelbroek, Moeselpeel, Den Ouden Bosch en de Hulsbergerbeemden in 1994. Rapport Altenburg &amp; Wymenga, Veenwouden, 42 pp.

Butot, L.J.M. &amp; W.H. Neuteboom (1958). Over Vertigo moulinsiana (Dupuy) en haar voorkomen in Nederland. Basteria 22: 52-63.

Gubbels, R.E.M.B., J.T. Hermans &amp; R.F.M. Krekels (1995). De zuidelijke oeverlibel na 93 jaar weer in Nederland. Natuurhistorisch Maandblad 84: 284-291.

Jansen, A. (1984). Het Terworm boek. A.C.J.N., Zeist, 195 pp. + 7 bijl.

Jansen, P. (1966). Waterschap van de Geleen- en Molenbeek met zijtakken: verslag van het wetenschappelijke onderzoek over het jaar 1965. Gemeente Sittard, Sittard, 22 pp. 

Keulen, S.M.A. (1998). De Zegge-korfslak, Vertigo moulinsiana (Dupuy 1849) (Gastropoda, Pulmonata) in Nederland. Corresp.bl. Ned. Malacol. Ver. 300: 2-9.

Keulen, S.M.A. (1999). De Kathager Beemden. Natuurhistorisch Maandblad 88: 247-252.

Kramer, J., &amp; W. Brouwer (1997). Integraal waterbeheersplan Roer en Geleenbeek 1997 ? 2000. Zuiveringschap Limburg Waterschap Roer en Overmaas, Roermond, 99 pp.

Mars, H. de &amp; C.R. van Gool (1994). Verdroging: de gevolgen voor Limburgse broekbosvegetatie. Rapport Vakgroep Milieukunde, Rijksuniversiteit Utrecht, 100 pp.

Ouden, J.B. den (1995). A-locatie bossen in Limburg. Rapport 136, Instituut voor Bos- en Natuuronderzoek (IBN-DLO), Wageningen, 181 pp + bijl.

Ruytenberg, R., T. Spijkers &amp; R. van de Weerd (1990). Een hydrogeologische studie van het vanggebied van de Geleenbeek tot Sittard. Scriptie Landbouwuniversiteit Wageningen, Vakgroep Bodemkunde en Geologie.

Schaminée, J.H.J. &amp; J.H. Willems (2000). Het dal van de Geleenbeek. In: Hommel, P.W.F.M., M.A.P. Horsthuis &amp; V. Westhoff (red.). Excursieverslagen 1998. Plantensociologische Kring Nederland, pp 5-9 (008746).

Veen, W. de &amp; V. Westhoff (1999). Het Kathagerbroek. In: Hommel, P.W.F.M., M.A.P. Horsthuis &amp; V. Westhoff (red.). Excursieverslagen 1996. Plantensociologische Kring Nederland, pp 24-25. (008744).

Willems, J.H. (1982). Parnassia palustris L. in Zuid-Limburg. Gorteria 11(5): 99-105. (002227).</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of national NGO - Natuurmonumenten; Partly protected by Nature Conservation Act.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
6202 MA Maastricht</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
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		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003017</siteCode>
				<siteName>Markermeer &amp; IJmeer</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2010-02</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/073/n2k073_db_hvnw_markermeer_en_ijmeer.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL2003017 Gouwzee en Kustzone Muiden</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.0713</longitude>
				<latitude>52.4483</latitude>
				<area>1109.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1043.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>100.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Two shallow parts of the freshwater lakes Markermeer en IJmeer.</otherSiteCharacteristics>
				<qualityAndImportance>Very important area for for its extensive bentic stoneworth (Chara) vegetations including the rare Nitellopsis obtusa.The site regularly supports more than 20,000 wintering waterbirds (1991/92-1995-96)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Berg, M.S. van den, R.W. Doef &amp; J. Postma (2001). Waterplanten in het IJsselmeergebied. De Levende Natuur 98(5): 179-183.

Doef, R.W., M.S. van den Berg, H. Coops &amp; R. Noordhuis (1994). Waterplanten in de Gouwzee. Graspieper 14(3).

Reinhold, J. (2001). Meervleermuizen boven het Natte Hart. De Levende Natuur 98(5): 215.

Ruiters, P.S., R. Noordhuis &amp; M.S. van den Berg (1994). Kranswieren verklaren aantalsfluctuaties van Krooneenden Netta rufina in Nederland. Limosa 67: 147-158.

Smit, A. (1988). Inventarisaties van ondergedoken waterplanten in de randmeren van Flevoland en de Gouwzee in de jaren 1961 t/m 1984. Rijksdienst voor de IJsselmeerpodlers, Werkdocument 1988-93 cbw, Lelystad. 

Weeda, E.J., J.H.J. Schamineé, &amp; L. van Duuren (2000). Atlas van Plantengemeenschappen in Nederland. Deel 1. Wateren, moerassen en natte heiden. KNNV Uitgeverij, Utrecht, 334 pp.

Winden, J. van der, M.J.M. Poot, M.S. van den Berg, T.J. Boudewijn, S. Dirksen (1997). Kranswieren: voedsel voor grote aantallen watervogels. De Levende Natuur 98: 34-41.

Witte, B.J. de, C.H.M. Koenjer &amp; J. Postema (1998). Monitoring van waterplanten in het IJsselmeergebied 1998. Rapport 98-6, Rijkswaterstaat Directie IJsselmeergebied, Lelystad.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>IJmeer</siteName>
							<type>*</type>
							<cover>22.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Markermeer</siteName>
							<type>*</type>
							<cover>68.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly protected by Nature Conservation Act. Qualifies for EU-BirdsDirective (I) and Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat - IJsselmeergebied</organisation>
							<addressUnstructured>Postbus 600
8200 AP Lelystad</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Rijkswateren 2001-2004</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
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		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003019</siteCode>
				<siteName>Groote Gat</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2011-03</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/124/n2k124_db%20h%20groote%20gat.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.5022</longitude>
				<latitude>51.3226</latitude>
				<area>70.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>1330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1614</speciesCode>
						<scientificName>Apium repens</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>33.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>37.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Formerly creek that used to be connected to het Zwin (NL 3000027). Saltish vegetations, wet meadows, reed fringes and shrubs.</otherSiteCharacteristics>
				<qualityAndImportance>One of the three most important areas for Apium repens.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of Provincial NGO - Zeeuws Landschap</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zeeland</organisation>
							<addressUnstructured>Postbus 6001 
4330 LA Middelburg</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL2003020</siteCode>
				<siteName>Groote Wielen</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/009/n2k009_db%20hv%20groote%20wielen.pdf</spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2011-03</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/009/n2k009_db%20hv%20groote%20wielen.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.8788</longitude>
				<latitude>53.2266</latitude>
				<area>604.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>220</lowerBound>
							<upperBound>220</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1300</lowerBound>
							<upperBound>1300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>13900</lowerBound>
							<upperBound>13900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>11800</lowerBound>
							<upperBound>11800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>670</lowerBound>
							<upperBound>670</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A151</speciesCode>
						<scientificName>Philomachus pugnax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>21.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>67.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>11.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A complex of shallow freshwater lakes (resulting partly from peat diggings), reedbeds and wet meadows, located to the east of the city of Leeuwarden. The site includes two duck decoys.</otherSiteCharacteristics>
				<qualityAndImportance>Very important area for Micronotus oeconomus arenicola in Friesland.
Species meeting the 1% threshold (non-breeding): White-fronted Goose Anser albifrons (4%), Barnacle Goose Branta leucopsis (6%), Eurasian Wigeon Anas [Mareca] penelope (1%).An important roost for geese Anser which come from surrounding feeding areas.Site largely overlaps with IBA054 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Dijkstra, V. (1997). Belangrijke zoogdiergebieden in Nederland. Mededeling 37, Vereniging voor Zoogdierkunde en Zoogdierbescherming, Utrecht.				
Grontmij (1995). Ecologisch beheersprogramma voor boezemmeren in Friesland. Rapport Waterschap Friesland, Leeuwarden, 224 pp.				

Martens, V. (1995). De noordse woelmuis, Microtus oeconomus, de waterspitsmuis, Neomys fodiens, en de dwergmuis, Micromys minutus, in moerasgebieden in Friesland. Mededeling 25, Vereniging voor Zoogdierkunde en Zoogdierbescherming, Utrecht.				

Thannhauser, M. (1999). Macrofyteninventarisatie Friese meren 1998. Rapport Wetterskip Fryslân, Leeuwarden, 21 pp + bijl. 				

Tulp, A.S. (1967). Hydrobiologische notities over de Grote Wielen. De Levende Natuur xxx: 27-41.				

Weeda, E. (2000). Bouwepet en Ryptsjerkerpolder. In: Hommel, P.W.F.M., M.A.P. Horsthuis &amp; V. Westhoff. Excursieverslagen 1998. Plantensociologische Kring Nederland, pp 26-29. (008746) 				

Wiersma, Th. &amp; H. Punter (red.). (1999). Ontdek de Friese Natuur. Handboek met uitgebreide informatie over alle natuurgebieden van It Fryske Gea. It Fryske Gea, Olterterp, 208 pp.				

Ministerie van Landbouw, Natuur en Visserij (1996). Gebiedsvisie Groote Wielen ? Zwagermieden. Rapport  Ministerie van Landbouw, Natuur en Visserij, direktie Noord, Groningen.				

Nijland F. 1992. Broedvogels van de Binnemiede en Weeshuispolder 1975-1992.  Wielenwerkgroep leeuwarden.				
Weidevogelmeetnet Friesland : diverse weidevogelproefvlakken in het Grutte Wielengebied				

La Haye &amp; R. Barendse 1995. Los overzicht muizenvangsten Ryptsjerksterpolder 1995 (o.a. Noordse woelmuis)				

H.J. Jager &amp; S. Rintjema 2000. Vegetatie, broedvogels en andere natuurwaarden van de Ryptsjerksterpolder, 1976-1999. In relatie met het beheer en de inrichting. It Fryske Gea, 			

Inventarisatiejaarverslagen It Fryske Gea 1996 t/m 2002 en losse gegevens / tabellen. 				

Ploeg, D.T.E. van der (1993). Natuur in Fryslân. Friese Pers Boekerij, Leeuwarden, 356 pp.				

Tempel Rvanden Osieck ER. 1994. Areas important for birds in the Netherlands. Techn Rapport Vogelbescherming  13E. Vogelbescherming Nederland,  Zeist
   
Osieck ER. 1996. Veranderingen van vogelaantallen in belangrijke wetlands. Techn Rapport Vogelbescherming  17. Vogelbescherming Nederland,  Zeist

Nijland F. 1999. Vijfendertig jaar ganzentellingen bij de Groote Wielen. Twirre 10.4: 11-14

Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000. Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van Europese vogelwaarden in aangewezen en aan te wijzen speciale     beschermingszones en andere belangrijke gebieden. SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of Provincial NGO- It Fryske Gea; qualifies for EU-Bird directive</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Friesland</organisation>
							<addressUnstructured>Postbus 20120
8900 HM Leeuwarden 

</addressUnstructured>
							<email>e.c.bakker@fryslan.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>Y</exists>
					<managementPlan>
						<name>Beheerplan Natura 2000-gebied Groote Wielen</name>
						<url>http://www.fryslan.nl/n2000grootewielen</url>
					</managementPlan>
				</managementPlans>
				<conservationMeasures>Beheerplan Grutte Wielen 2002-2027. door Bureau Altenburg &amp; Wymenga (E. Wymenga, E.B. Oosterveld en M. Koopmans i.s.m. It Fryske Gea (S. Rintjema).</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003021</siteCode>
				<siteName>Hollands Diep</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/111/N2K111_DB%20HVN%20Hollands%20Diep.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.5516</longitude>
				<latitude>51.71</latitude>
				<area>591.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3270</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>25.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>208.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
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					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1102</speciesCode>
						<scientificName>Alosa alosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>V</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>D</population>
						<conservation></conservation>
						<isolation></isolation>
						<global></global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1103</speciesCode>
						<scientificName>Alosa fallax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>V</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>D</population>
						<conservation></conservation>
						<isolation></isolation>
						<global></global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1337</speciesCode>
						<scientificName>Castor fiber</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1099</speciesCode>
						<scientificName>Lampetra fluviatilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1095</speciesCode>
						<scientificName>Petromyzon marinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1106</speciesCode>
						<scientificName>Salmo salar</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>90.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Mostly former willow-coppice that has grown to Salix-forests under influence of tide. The site includes some polders (mainly arable land now) that will be developed into marshy habitats characteristic of the region.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Alluvial forests (91E0, subtype Salicion albae). Also important for Microtus oeconomus arenicola.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Boois, H. de (1982). Veranderingen in het milieu in de Biesbosch door de afsluiting van het Haringvliet. Dissertatie Landbouw Hogeschool Wageningen.				
Derkse, R., C.J. Hey &amp; H.F. de Jong (1969). Griend- ruigte- en biezenvegetatie van de Esschenplaat. Doctoraalrapport Instituut voot Systematische Plantkunde, Rijksuniversiteit Utrecht, 96 pp.				

Dort, K.W. van &amp; E.J. Weeda (1998). De plaat van het land van Essche. In: Hommel, P.W.F.M. &amp; Horshuis, M.A.P. (red.). Excursieverslagen 1995. Plantensociologische Kring Nederland, pp58-61.				

Gennip, B. van, J.R. von Asmuth, J. Cools &amp; M. Bakker (1998). De buitendijkse gebieden langs het Haringvliet en Hollandsch Diep, vegetatiekartering op basis van false colour-luchtfoto?s 1995. Rapport Rijkswaterstaat Meetkundige Dienst, Delft.				

Hermelink, P.P.J. &amp; Mes, R.G. (1987). De vegetatie van buitendijkse gebieden van het Haringvliet en Hollandsch Diep. Rapport 87-3, Bureau Ecoland, Utrecht, 143 pp + bijlagen.				

Lebret, T. (1968). De Sasseplaat, waterwildreservaat in het Hollands Diep. De Levende Natuur 71(3): 49-56.				

Pluijm, A. van der (1992). De excursie naar de Esscheplaat op 16-3-1991. Buxbaumiella 28: 24-31.				

Ouweneel, G.L. (1990). De ontwikkeling van een voormalig getijdegriend langs het Hollandsch Diep. De Levende Natuur 91(6): 210-215.				

Wolf, R.J.A.M., A.H.F. Stortelder, R.W. de Waal, K.W. van Dort, S.M. Hennekens, P.W.F.M. Hommel, J.H.J. Schaminée &amp; J.G. Vrielink (2001). 
Bosecosystemen van Nederland 2. Ooibossen. KNNV Uitgeverij, 200 pp.</description>
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				<siteCode>NL2003023</siteCode>
				<siteName>Ilperveld, Oostzanerveld, Varkensland &amp; Twiske</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
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2500 EK Den Haag
The Netherlands</addressUnstructured>
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				<latitude>52.457</latitude>
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					<percentage>100.0</percentage>
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					<habitatType>
						<code>3140</code>
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						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.6</coveredArea>
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						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
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						<global>B</global>
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					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>18.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>54.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
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				</habitatTypes>
				<species>
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						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>62.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Pastures on peat with lots of water and marsh-lands. It consists of canals, reedlands, moist grasslands, heaths and swampforests with endangered plantspecies.</otherSiteCharacteristics>
				<qualityAndImportance>Big nursery colony of Myotis dasycneme is nearby (outside the area). Important for meadow birds and waders.
One of the four most important sites for the habitat type Northern Atlantic wet heaths with Erica tetralix (4010; subtype Oxycocco-Ericion). One of the three most important sites for the habitat type Transition mires and quaking bogs (7140, subtype Caricion nigrae).  The site holds one of the four most important populations of the vole Microtus oeconomus arenicola of the Noord-Holland mainland metapopulation.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Held, A.J. den (19xx). Het Ilperveld, voorbeeld van een brakwaterveen. In: B.L.J. van Leeuwen &amp; H.C. Witte (red.). Waterland. Stichting Het Noordhollandsch Landschap, Koninklijke Nederlandse Natuurhistorische Vereniging, pp 45-69. 

Held, A.J. den (1973). A comparative study of the vegetation and flora of recently formed peat areas in the fens in the western parts of the Netherlands. Acta Bot. Neerl. 22: 264-265.

Reijnders, Th. (1959). De Noordhollandse brakwatervenen. Natuur en Landschap 13: 66-81.

Laar, V. van (19xx). De zoogdieren. In: B.L.J. van Leeuwen &amp; H.C. Witte (red.). Waterland. Stichting Het Noordhollandsch Landschap, Koninklijke Nederlandse Natuurhistorische Vereniging, pp 85-95.

Meijer, W. (1952). Nederland ons aller tuin, deel 1. Waterland en Zaanstreek : een beschrijving van het gebied tussen Crommenye en Ijselmeer (2e druk). De Torenlaan, Assen, 79 pp.</description>
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					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of provincial NGO - Landschap Noord-Holland and State Forestry Service. Partly protected by Nature Conservation Act (Varkensland). Qualifies for EU-bird directive.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
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				<siteType>B</siteType>
				<siteCode>NL2003024</siteCode>
				<siteName>Kolland &amp; Overlangbroek</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2004-02</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
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				<longitude>5.4269</longitude>
				<latitude>51.9958</latitude>
				<area>170.0</area>
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				<siteLength>0.0</siteLength>
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						<code>NL31</code>
						<name>Utrecht</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>49.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Old cultuvated landscape with still managed Fraxinus-coppice and pastures.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Alluvial forests (91E0, subtype Alno-Padion)., the rare association Fraxino-Elmetum with epifytic mosses and lichens (Anomodonto - Issthecietum).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Barkman, J.J. (1958). Phytosociology and ecology of cryptogamic epiphytes, including a taxonomic survey and description of their vegetation units in Europe. Van Gorcum, Assen, 628 pp.

Bax, G., K. van Dort, J. Vrielich (2002). Mossen van het Landgoed Kolland. uitgave Landgoed bericht 2002.

Berendsen, H.J.A. (1982). De genese van het landschap in het zuiden van de provincie Utrecht, een fysisch-geografische studie. PhD Thesis Rijksuniversiteit Utrecht, Utrechtse geografische studies nr 25, 256 pp + 6 bijl.

Directie Natuur, Milieu en Faunabeheer (1987 of 1988?). De grote landschapseenheden. Beschrijving van Kromme Rijn en Langbroekerwetering. Rapport Ministerie van Landbouw &amp; Visserij, Directie Natuur, Milieu en Faunabeheer.

Dirkse (1975). Mossen in het essenhakhout van het Kromme Rijngebied. Intern Rapport Rijksinstituut voor Natuurbeheer, Leersum.
Dort, K.W. van &amp; J.L. Spier (2001). Peltigera praetextata (Florke ex Sommerf.) Zopf in Overlangbroek. Buxbaumiella 57: 36-39.

Graven, H. (2003). Ontwikkeling van de huyoflora op stoven in het essenhakhout van het Kromme Rijn gebied. RER-bericht 50, Provincie Utrecht.

Greven, H.C. (1992). Changes in the Dutch Bryophyte Flora and air pollution. Diss. Bot. 194. J. Cramer Berlin-Stuttgart, 237 pp.

Greven, H.C. (1997). Eendagsexcursie naar het essenhakhpout bij Overlangbroek op 26 oktober 1996. Buxbaumiella 42: 61-65.

Gronde, K. van de &amp; B. de Vries (1980). De epiphytische mossen van het essenhakhout van Overlangbroek, Raaphof Bunnik, Sandenburg en Linschoten. Doctoraalverslag Instituut voor Systematische Plantkunde, Universiteit Utrecht.

Hees, T. van, P. van Oosterhout &amp; S. Slabbers (1981). Verkenningen van de toekomstmogelijkheden voor het landschap van het Langbroek. Doktoraalskriptie Landbouwhogeschool, Vakgroep Tuin- en Landschapsarchitectuur, 76 p.

Heuvel, J. van den (1962). De bosvegetaties van het gebied van de Langbroeker Wetering en de Kromme Rijn. Doctoraalverslag Rijksuniversiteit Utrecht, 17 p. + 7 bijl.

Jansen, T.R. &amp; H.C. Kamerbeek (1973). Vegetatieonderzoek van A: Wilgengrienden, B: Essenhakhout. Krommerijnprojeckt rapport nr 6, Doctoraalverslag Instituut voor Systematische Plantkunde, Rijksuniversiteit Utrecht, 206 p.+ bijl.

Kalkhoven, J.Th.R. &amp; P.F.M. Opdam (1984). Vogelgemeenschappen en vegetatie in essenhakhout. De Levende Natuur xx: 3-9.

Ommen, F. van (1972). Het stroomdal van de Kromme Rijn, een gebied met een grote landschappelijke, biologische en cultuurhistorische verscheidenheid. De Levende Natuur xx: 256-260.

Ouden, J.B. den &amp; M.E.A. Broekmeyer (1997). A-locatie bossen in Utrecht. IBN-Rapport 229, Instituut voor Bos- en Natuuronderzoek (IBN-DLO), Wageningen, 83 pp + bijl.

Staatsbosbeheer (1994). Uitbreiding beheersplan voor het beheers- en reservaatsgebied Kromme Rijn. Rapport Staatsbosbeheer.</description>
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			</siteProtection>
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3508 TH Utrecht
</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
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					<exists>P</exists>
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				<siteCode>NL2003025</siteCode>
				<siteName>Kunderberg</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/158/N2K158_DB%20H%20Kunderberg.pdf</sacLegalReference>
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				<longitude>5.9576</longitude>
				<latitude>50.866</latitude>
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					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
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				<biogeoRegions>
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					<percentage>100.0</percentage>
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						<coveredArea>7.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
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					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
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				<species>
				</species>
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					<coveragePercentage>15.0</coveragePercentage>
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					<coveragePercentage>64.0</coveragePercentage>
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					<coveragePercentage>1.0</coveragePercentage>
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				<habitatClass>
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					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Orchid-rich calceous grassalands with woodlands on steep hills.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Semi-natural dry grasslands and scrubland facies: on calcareous substrates (6210, important orchid site).</qualityAndImportance>
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				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Handboek Natuurmonumenten</description>
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					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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					<nationalRelationships>
					</nationalRelationships>
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					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service.</siteDesignationAdditional>
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				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
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				<InspireID></InspireID>
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			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003026</siteCode>
				<siteName>Langstraat</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/130/N2K130_DB%20H%20Langstraat.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL2003026 Langstraat bij Sprang Capelle</explanations>
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				<longitude>5.0066</longitude>
				<latitude>51.6854</latitude>
				<area>506.0</area>
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				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
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				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
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					<habitatType>
						<code>3140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.5</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>6.6</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.5</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>C</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>67.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Species-rich moist meadows seperated by nice canals, agricultural land</otherSiteCharacteristics>
				<qualityAndImportance>One of the three most important sites for the habitat type Transition mires and quaking bogs (7140, subtype Caricion nigrae). Best peat-bog in the southern part of Holland.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Cuppen, H.P.J.J. (1993). De macrofauna in kwelsloten op de overgangszone zand-klei in de provincie Noord-Brabant. Rapport Landschapsecologisch en hydrobiologisch adviesbureau Cuppen.	
			
Harmsen, G. &amp; van Leeuwen, Chr.G. (1962). De najaarsexcursie naar Noord-West-Brabant (Langstraat). Buxbaumia 19 (3/4): 45-48.				
Weeda, E.J. (1991) Het Sanguisorbo-Silaetum Klapp ex Hundt 1981 en verwante graslandvegetaties in het Middennederlandse rivierengebied. Stratiotes 3: 3-22.				
Bruinsma, J.H.P. &amp; Weeda, E.J. (2000). Binnenpolder van Terheijden. In: Hommel, P.W.F.M. et al., Excursieverslagen 1998. Plantensociologische Kring Nederland, pp 42-45.				

Bruinsma, J.H.P. (2000). Distribution (1986-1999) of Characeae in the Dutch province of North Brabant. Systematics and Geography of Plants 70(2): 421-427.				
Bruinsma, J.H.P. (2001). Excursieverslag Nitella-vegetaties bij Sprang-Capelle. Manuscript, 3 pp.				

Buskens, R.F.M. (1991). De Langstraat. In: Hommel, P.W.F.M. Excursieverslagen 1990. Plantensociologische Kring Nederland, pp 20-21.				

Caspers, T., F. Post et al.  (1996). Natuur in Noord-Brabant 1796-1996. Stichting het Noord-Brabants Landschap, Haaren.				

Nat, E. (1998). Atlasblok 44-36. Nieuwsbrief Kranswieren 2(4): 6-7.				
Reichgelt, Th.J. (1962). De zomerexcursie-1961 van de Kon. Ned. Botanische Vereniging naar de Langstraat. Gorteria 1(3): 30-31.				

Stooker, G. (1999). De Naad van Brabant. In: A. van Haperen et al. Aan de monding van Maas en Schelde. Natuurgebieden in Zuidwest-Nederland. Staatsbosbeheer, Middelburg, pp 87-123.				

Stooker, G.A.C.R. (1996). Beheersobject Langstraat. Informatie tbv. Planvorming uitbreiding Waalwijk-West. Rapport Staatsbosbeheer Regio West-Brabant.				
Westhoff, V. &amp; Wagemakers, A. (1999). Dennenwolfsklauw [Huperzia selago (L.) Schrank &amp; Mart.] terug in Noord-Brabant. Gorteria 25: 136-139.</description>
					<links>
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						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Brabant</organisation>
							<addressUnstructured>Postbus 90151
5200 MC 's-Hertogenbosch</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
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		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003027</siteCode>
				<siteName>Lemselermaten</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/048/N2K048_DB%20H%20Lemselermaten.pdf</sacLegalReference>
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			<siteLocation>
				<longitude>6.8755</longitude>
				<latitude>52.3443</latitude>
				<area>55.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
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				<habitatTypes>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.3</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.9</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.3</coveredArea>
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						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.2</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>21.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1016</speciesCode>
						<scientificName>Vertigo moulinsiana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>40.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>46.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Stretched parcels of swamp-forests, meadows and moist heathlands.</otherSiteCharacteristics>
				<qualityAndImportance>One of the three most important sites for the habitat type Alkaline fens (7230; subtype Junco-Molinion).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Eysink, A.Th.W. &amp; O. de Bruijn, 1997. Kleinschalig herstelbeheer in de Lemselermaten (Oost-Twente). De Levende Natuur 98 (7): 258-265.				
A.J.M. Jansen (2000). Hydrology and restoration of wet heathland and fen meadow communities. Proefschrift. 189 pp.				

F. Eysink, J. Westrik &amp; A. Jansen (2001). Natuurontwikkeling op voormalige landbouwgronden. 22 pp.</description>
					<links>
					</links>
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				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
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		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003028</siteCode>
				<siteName>Lieftinghsbroek</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/021/N2K021_DB%20H%20Lieftinghsbroek.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>7.119</longitude>
				<latitude>53.0031</latitude>
				<area>20.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL11</code>
						<name>Groningen</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.3</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>14.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.8</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>83.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Old wet forest area with meadows in brook valley, entirely surrounded by arable land.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for atlantic acidophilous beech forests, with Ilex shrubs abundant. Prime forest site already existing before 1850 (so-called "A-locatie bos").</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Bijlsma, R.J., K.W. van Dort &amp; H. Koop (1998). Liefstinghsbroek. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.) (1998). Excursieverslagen 1995. Plantensociologische Kring Nederland, pp 49-51. (006070).

Dort, K.W. van &amp; J.B. den Ouden (1998). A-locatie bossen in Groningen. IBN-Rapport 376, Instituut voor Bos- en Natuuronderzoek, Wageningen.

Koop, H. (1985). Bosgeschiedenis en vegetatie van het Weenderbos. Interne notitie Rijksinstituut voor Natuurbeheer, Leersum.

Roelevink, B. (1999). Westerwolde. Een gebied apart. In: Helmig, F. et al. (red). Van Rottum tot Reest. Natuurgebieden in Groningen en Drenthe. Staatsbosbeheer, Assen, pp 75-93.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of National NGO - Natuurmonumenten.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Groningen</organisation>
							<addressUnstructured>Postbus 610
9700 AP Groningen</addressUnstructured>
							<email>f.l.vander.sschuur@provinciegroningen.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003029</siteCode>
				<siteName>Lonnekermeer</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/051/N2K051_DB%20H%20Lonnekermeer.pdf</sacLegalReference>
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			</siteIdentification>
			<siteLocation>
				<longitude>6.8551</longitude>
				<latitude>52.2767</latitude>
				<area>105.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.6</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality></observationDataQuality>
						<representativity>D</representativity>
						<relativeSurface></relativeSurface>
						<conservation></conservation>
						<global></global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.6</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1042</speciesCode>
						<scientificName>Leucorrhinia pectoralis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>1000</lowerBound>
							<upperBound>10000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>65.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Mixed forests, two small lakes and some agricultural lands on estate.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for oligotrophic standing waters with vegetation of Littorlletea uniflorae and for Leucorrhinia pectoralis (one of the largest populations in The Netherlands). Also important for species-rich nardus-grasslands.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Hofstra, J.J. &amp; E.J. Weeda (1977). Over de vegetatie met Elatine hexandra (Lapierre) DC. in de kleine plas van het Lonnekermeer. Gorteria 8: 193-206. (000098).				

Holzner, W Weeda (1974). Das Anthemido ruthenicae-Sperguletum, eine eigenartige Ackerleine plas van het Lonnekermeer. Wiss. Arbeiten BGLD 53: 21-30. (004766).				

Vogelwerkgroep NIVON (1974). Spaar Twente's natuur + milieu: geen RW15. Het Lonnekermeer : zoals het is en zoals het moet blijven. NIVON, Hengelo, 52 pp. 				
G.H.P. Arts (1996). Onderzoek naar chemische en biologische veranderingen als gevolg van het verbeteringsplan Lonnekermeer. Concept eindrapportage IBN/DLO.				

Grontmij (1986). Inventarisatie van de geohydrologische situatie rond het Lonnekermeer. Waterschap Regge &amp; Dinkel.				

J. Hofstra (1976). Nogmaals Gesteeld glaskroos. Natura 73 (6): 185				
M.A.P. Horsthuis (2001). Natuurwaarden op landgoed Het Lonnekermeer. Notitie Milieuinventarisatie. 9 pp.				

H. de Jong (1994). De vogels van het Lonnekermeer. NIVON Hengelo.				
M. Wasscher &amp; M. Soesbergen (1993). Drie matig voedselrijke wateren in Twente. Natura (9): 199-204.				

Beers, P.W.M. van, M. van der Veen, G.H.P. Arts en G. Schmidt (2003). Inventarisatie Overijsselse vennen. Een onderzoek naar de betekenis van Overijsselse vennen ten aanzien van vegetatie, waterchemie en libellen en een evaluatie van herstelmaatregelen.				
			
Schulte, W., 1977. Avifauna van het Lonnekermeer. Hengelo.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of Provincial NGO</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Stichting Het Overijssels Landschap (1991). Beheerplan voor het natuurreservaat "De Wildernis" - groot 90.41.80 ha voor de periode 1991-2000. Dalfsen.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
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		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003030</siteCode>
				<siteName>Uiterwaarden Lek</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/082/N2K082_DB%20HN%20Uiterwaarden%20Lek.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL2003030 Luistenbuul en Koekoekse Waard</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.988</longitude>
				<latitude>51.9686</latitude>
				<area>148.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
					<region>
						<code>NL31</code>
						<name>Utrecht</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3270</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.7</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.9</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6510</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>65.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Sandy levees and river dunes and clayey grassland in the forelands of the Rhine (Lek).</otherSiteCharacteristics>
				<qualityAndImportance>One of the seven most important sites for the habitat type Xeric sand calcareous grasslands (6120). Also important for moist grassland with Alopecurus pratensis and/or Sanguisorba officinalis and for Triturus cristatus.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Boer, E. de (?). De Bol, van zandplaat naar rivierduin. Stageverslag Vu-Amsterdam.

Bombacher, A. (2000). Riviereneiland de Bol. Natura 2000/2: 36-38

Neijenhuijs, F. (1966). Rivierduinen langs de Lek. De Levende Natuur 69: 133-141.				

Weeda, E.J. (1992). Voorkomen en standplaats van het kalkmos Entodon concinnus (De Not.) Par. langs de grote rivieren. Gorteria 18: 39-55.				
Kerkhof, D. (1998). De Kikker en de Koekoeksche Waard. In: P.W.F.M. Hommel &amp; M.A.P. Horsthuis (red.), Excursieverslagen 1995: 14-19. Plantensociologische Kring Nederland. 				

Kerkhof, D. (2000). De vegetatie van de Bol, toen en straks. Natura 2000/2: 39-42

Kerkhof, D. (2002). Uiterwaarden van de Lek. In: P.W.F.M. Hommel &amp; M.A.P. Horsthuis (red.), Excursieverslagen 1999: 26-32. Plantensociologische Kring Nederland.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service. Partly nature reserve of provincial NGO - Zuid-Hollands Landschap. Partly protected by Nature Conservation Act (Koekoeksche Waard).</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag
</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>There are older management plans for Koekoeksche Waard (BV Merwede) and the nature reserves of State Forestry Service and Zuid-Hollands Landschap:

Zuid-Hollands Landschap, 2002. Achthovense uiterwaard. Beheersplan 2002-2008. Stichting het Zuid-Hollands Landschap, Rotterdam.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003031</siteCode>
				<siteName>Mantingerbos</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/031/N2K031_DB%20H%20Mantingerbos.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.605</longitude>
				<latitude>52.8115</latitude>
				<area>46.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
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				<adminRegions>
					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>15.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>38.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>60.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Old forest (known from prehistoric time), some small woodlands and grasslands inbetween in brook valley.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for atlantic acidophilous beech-forests. Prime forest site already existing before 1850 (so-called "A-locatie bos").</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Beije, C.M. (1976). Beheersrichtlijnen voor het Mantingerbos, het Thijnsbosje en het Noordlagerbos in Drenthe. Rapport 315, Vakgroep Natuurbeheer, Landbouwhogeschool Wageningen, 64 pp.

Beije, C.M. (1977). De epifytenvegetatie van het Mantingerbos: onderzoek naar hoogte en mate van voorkomen van epifyten. Rapport Landbouwhogeschool Wageningen, 39 pp.

Beijerinck, W. &amp; A.J. ter Pelkwijk (1952). Rubi in the northeastern part of the Netherlands. Acta Botanica Neerlandica 1(3): 325-360.

Haveman, R. (1989). Mantingerbos en -weiden. Rapport Natuurmonumenten, 's-Graveland/IAHL, Velp.

Ouden, J.B. den (1998). A-locatie bossen in Drenthe. IBN-Rapport 300, Instituut voor Bos- en Natuuronderzoek, Wageningen.

Riep, C., H. Piek &amp; R.H. Lichthart (1982). Mantingerbos: beheersrichtlijnen. Vereniging tot Behoud van Natuurmonumenten in Nederland, 's-Graveland.

Riep, C., H. Piek &amp; R.H. Lichthart (1984). Mantingerbos beheersplan 1984 t/m 1993. Vereniging tot Behoud van Natuurmonumenten in Nederland, 's-Graveland.</description>
					<links>
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						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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				</relations>
				<siteDesignationAdditional>Nature reserve of National NGO - Natuurmonumenten</siteDesignationAdditional>
			</siteProtection>
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				<managementBodies>
					<managementBody>
							<organisation>Provincie Drenthe</organisation>
							<addressUnstructured>Postbus 122
9400 AC Assen</addressUnstructured>
							<email>g.arkema@drenthe.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
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				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
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			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003032</siteCode>
				<siteName>Mantingerzand</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/032/N2K032_DB%20H%20Mantingerzand.pdf</sacLegalReference>
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				<latitude>52.7777</latitude>
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					<region>
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						<name>Drenthe</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
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						<code>2310</code>
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						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>41.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2320</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.5</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.2</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>38.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
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					<habitatType>
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						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>91.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
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					<habitatType>
						<code>5130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>27.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>9190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.5</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>39.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>11.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>11.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>23.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Dry heathland, lower moist heathland, shifting sands and Juniperus formations. Intermediate agricultural lands are being transformed to nature.</otherSiteCharacteristics>
				<qualityAndImportance>One of the two largest sites with Juniperus vegetation and for dry sand heaths with Calluna and Empetrum nigrum.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Barkman, J.J. (1964). Paddestoelen in Jeneverbesstruwelen. Coolia 11 (1-3): 4-29. 

Barkman, J.J. (1965). Balinger and Mantinger Zand. Botanical excursion Wijster, August 31,1965. 

Barkman, J.J. (1971). Over flora en vegetatie van drie Noorddrentse bosjes. Gorteria 5 (7/10): 123-132 (Mededeling no. 157 van het Biologisch Station te Wijster). 

Barkman, J.J. (1985). Geographical variations in associations of juniper shrub in the central European plain. Vegetatio 59: 67-71. 

Barkman, J.J. (1990). Ecological differences between Calluna- and Empetrum-dominated heath communities in Drenthe, the Netherlands. Acta Bot. Neerl. 39 (1): 75-92. 

Barkman, J.J., B.O.van Zanten (1966). De najaarsexcursie 1966 naar Drenthe. Buxbaumia 20:64-95  Mededeling no. 132 van biologisch station te Wijster. 

Barkman, J.J., M.E.Noordeloos (1986). Entoloma juniperinum: a new species from Juniperus heaths in north-western europe. Persoonia 13:123-125.

Kernebeek, A.E. van (1976). Vegetatiekartering in centraal Drente. Mikrokartering van het N.W. deel van het Mantingerzand. Doktoraalrapport Landbouwhogeschool Wageningen, 27 pp + bijl.

Masselink, A.K. (1995). Zuid-Drenthe. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1993. Plantensociologische Kring Nederland.

Riep, C., H. Piek &amp; R. Lichthart (1982). Balinger- en Mantingerzand: beheersrichtlijnen. Vereniging tot Behoud van Natuurmonumenten in Nederland, 's-Graveland, 14 pp. 

Berris, L. &amp; J. Gorter (1991). Goudplevier: natuurontwikkeling op zandgronden bij Mantinge.

Wee, M.W. ter (1985). Geologische geschiedenis. In: Abrahamse, J. et al. (red.) Het Drentse landschap (2e druk). Stichting Het Drentse Landschap, Assen, 11-18 p.

Westhoff, V. en J.J. Barkman (1967). De botanische betekenis van het Drentse district. Mededeling van het Biologisch Station, Wijster, nr. 138; RIVON-communication, nr. 286.</description>
					<links>
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						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of National NGO - Natuurmonumenten</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Drenthe</organisation>
							<addressUnstructured>Postbus 122
9400 AC Assen</addressUnstructured>
							<email>g.arkema@drenthe.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
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			<siteIdentification>
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				<siteCode>NL2003033</siteCode>
				<siteName>Noorbeemden &amp; Hoogbos</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
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				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/161/N2K161_DB%20H%20Noorbeemden%20&amp;%20Hoogbos.pdf</sacLegalReference>
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				<longitude>5.801</longitude>
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						<code>7220</code>
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					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.5</coveredArea>
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					</habitatType>
					<habitatType>
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						<speciesGroup>I</speciesGroup>
						<speciesCode>1083</speciesCode>
						<scientificName>Lucanus cervus</scientificName>
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						<nonpresentInSite>false</nonpresentInSite>
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							<lowerBound></lowerBound>
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						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>C</global>
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					<code>N15</code>
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					<code>N09</code>
					<coveragePercentage>20.0</coveragePercentage>
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				<otherSiteCharacteristics>Nice swamp forests and moist meadows in brook valley, hilly and small-scaled terrain. 
Site adjacent to pSCI Voerstreek (BE2200039) in Vlaanderen (BE)</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Alluvial forests (91E0, subtype Alnion glutinosae).</qualityAndImportance>
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					</nationalRelationships>
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					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly Nature reserve of National NGO - Natuurmonumenten. Adjoins Belgium Natura 2000-site Voerstreek: BE2200039.</siteDesignationAdditional>
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				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
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							<email></email>
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					<exists>P</exists>
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				<siteName>Norgerholt</siteName>
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				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
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				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
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				<sacDesignationDate>2011-03</sacDesignationDate>
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				<longitude>6.4521</longitude>
				<latitude>53.057</latitude>
				<area>26.0</area>
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					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>25.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>98.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Small rather isolated site consisting of acidophilous forest with Ilex</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for acidophilous beech forests. Prime forest site already existing before 1850 (so-called "A-locatie bos").</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of National NGO - Natuurmonumenten</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Drenthe</organisation>
							<addressUnstructured>Postbus 122
9400 AC Assen</addressUnstructured>
							<email>g.arkema@drenthe.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003035</siteCode>
				<siteName>Oeffeltermeent</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/141/N2K141_DB%20HN%20Oeffelter%20Meent.pdf</sacLegalReference>
				<explanations></explanations>
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			<siteLocation>
				<longitude>5.9408</longitude>
				<latitude>51.7104</latitude>
				<area>101.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>6120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.3</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6510</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.9</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>94.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Foreland of river Maas with grasslands and old river-beds. Site includes small pool important for reproduction of Triturus cristatus.</otherSiteCharacteristics>
				<qualityAndImportance>One of the seven most important sites for the habitat type Xeric sand calcareous grasslands (6120).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Hoegen, A.C. (1996). De Zelderse Driessen en Oeffelter Meent. Excursieverslagen 1994. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (1996). Excursieverslagen 1994. Plantensociologsiche Kring Nederland,  pp 14-17.

Hoegen, A.C., 2003. Vegetatiekartering Oeffelter Meent 1991-1994. Samenvattend Rapport. Staatsbosbeheer, Regio Rivierenland</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service. Partly protected by Nature Conservation Act.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan SBB 1993-2003</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003036</siteCode>
				<siteName>Oostelijke Vechtplassen</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/095/N2K095_DB%20HVNW%20Oostelijke%20Vechtplassen.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.0901</longitude>
				<latitude>52.2387</latitude>
				<area>4401.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL31</code>
						<name>Utrecht</name>
					</region>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>170.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>345.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.6</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>38.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7210</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.5</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>18.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>4056</speciesCode>
						<scientificName>Anisus vorticulus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1082</speciesCode>
						<scientificName>Graphoderus bilineatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1042</speciesCode>
						<scientificName>Leucorrhinia pectoralis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>1000</lowerBound>
							<upperBound>10000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>51</lowerBound>
							<upperBound>500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1016</speciesCode>
						<scientificName>Vertigo moulinsiana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>24.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>30.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Extensive marshy area consisting of reed beds, bogs, alder forest, and pools adjacent to some larger lakes intensively used for boating. Site adjacent to NL3000061 Naardermeer. Peat-bog areas, polders, nature reserves, agricultural pastures, lakes, canals with a variety of water tables, quality and quantity of seepage, nutrientlevels and succesion stages.</otherSiteCharacteristics>
				<qualityAndImportance>One of the three most important sites for the habitat type Transition mires and quaking bogs (7140, subtype Caricion davallianae). One of the ten most important sites for the habitat type Bog woodland (91D0). Also very important site for Leucorrhinia pectoralis and Graphoderus bilineatus. Important site for Microtus oeconomus arenicola.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Altenburg, W. &amp; S. Kolkman (1993). Water- en oeverplanten in de Maarsseveense Zodden in 1992. A&amp;W rapport 53, Altenburg &amp; Wymenga, Veenwouden. 

Altenburg, W. (1993). Verspreiding van water- en oeverplanten in de Tienhovensche plassen in 1993. A&amp;W rapport 78, Altenburg &amp; Wymenga, Veenwouden.

Baas, W.J. (2001). Bodemdaling in veengebieden. Landschap 18(2): 109-117.

Barendregt, A., B. Beltman &amp; M.C. Bootsma (1997). Herstel van verzuurde laagvenen met oppervlaktewater en mergel : eindrapportage over de periode 1991 - 1996 (fase 1 en 2) van de effectgerichte maatregelen tegen verzuring in de EGM/OBN - proefprojecten gelegen in het Ilperveld en de polder Westbroek. Rapport Universiteit van Utrecht, 154 pp. 

Bijkerk, W. (1997). Evaluatieonderzoek flora &amp; vegetatie in het relatienotagebied Westbroek 1990-1996 : uitgebreide versie. Rapport EV 97/5, Everts &amp; De Vries, Groningen, 34 pp.

Brock, Th.C.M. &amp; M.H. Meertens (1991). Het Hol bij Kortenhoef. In: Hommel, P.W.F.M. (red.). Excursieverslagen 1990. Plantensociologische Kring Nederland, pp 16-17. (002988).

Broek, T. van den &amp; B. Beltman, 1994. Herstelgerichte maatregelen in een verzuurd trilveen in de Westbroekse Zodden. De Levende Natuur 95 (1): 17-23. 

Everts, F.H., P.S. Hartog &amp; N.P.J. de Vries (1991). Botanisch onderzoek in het relatienotagebied Westbroek. DBL/Evers de Vries.

Gelderen, J. van  (2000). Van Heuvelrug tot Duin. Natuurgebieden in Zuid-Holland en Utrecht. Staatsbosbeheer, Nieuwegein, 239 pp.

Heerkens, R. (1998). Evaluatie object Molenpolder. Universiteit Utrecht/Staatsbosbheer, Utrecht.

Koerselman, W. (1990). Is er nog toekomst voor trilvenen? De Levende Natuur 91(6): 203-210.

Kolkman, S. &amp; W. Altenburg (1993). De vegetatie van het object de Molenpolder in 1992. A&amp;W rapport 54, Altenburg &amp; Wymenga, Veenwouden, 40 pp.

Leerdam, A. A. Barendregt &amp; J.T. de Smidt (1989). Beheersvisie beschermd natuurmonument Loosdrecht. Rapport R.U. Utrecht, 78 p. + 1 bijl., 2 krt. : 

Oosterbroek, F.M.J. (1990). Verslag van een onderzoek naar de visfauna van het Noordhollandse en Utrechtse deel van de Utrechtse Vecht : en een vergelijking met de visstand in de Vechtplassen, het Amsterdam-Rijnkanaal en het IJsselmeer. Doctoraalverslag xxxx, 52 pp.

Ouden, J.B. den &amp; M.E.A. Broekmeyer (1997). A-locatie bossen in Utrecht. IBN-Rapport 229, Instituut voor Bos- en Natuuronderzoek (IBN-DLO), Wageningen, 83 pp + bijl.

Schaminée, J.H.J. (1994). Vechtplassengebied, Gooimeer en Waterland. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1992. Plantensociologische Kring Nederland, pp 58-61 (003252).

Schaminée, J.H.J. (1994). Vechtplassengebied, Gooimeer en Waterland. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1992. Planten-sociologische Kring Nederland.

Scheffer-Litermoet, Y., G. van Ee &amp; J.P.C. van der Goes (1992). Hydrobiologisch onderzoek in de Ankeveense en Kortenhoefse plassen en het hol in 1988 : fysisch - chemisch, diatomeeen, flora en vegetatie, macrofauna. Rapport Provincie Noord-Holland, Dienst Ruimte en Groen, Haarlem, 168 pp.

Staatsbosbeheer (1991). Alles draait om water. Vechtstreek, keuzes in natuurbeheer. Ministerie van Landbouw, Natuurbeheer en Visserij: 20 pp. (R-0300).

Veen, P.H., J. Manten &amp; B. Bos, 1996. Nieuwe petgaten in 'De Westbroekse Zodden'. De Levende Natuur 97 (1): 14 - 21.

Westhoff, V. (1989). Jubileumrede gehouden op 12 september 1987 op Kasteel Nijenrode te Breukelen ter gelegenheid van het vijftigjarige bestaan van de Commissie voor de Vecht en het Oostelijk en Westelijk Plassengebied. Verslag 1987-1989 Commissie voor de Vecht en het Oosterlijk en Westelijk Plassengebied. 

Wymenga, E. &amp; W. Altenburg (1994). Beheersplan voor het object Molenpolder (voor de periode 1994 - 2004). A&amp;W rapport 70, Altenburg &amp; Wymenga, Veenwouden, 87 pp.</description>
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				<siteName>Oude Maas</siteName>
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						<relativeSurface>C</relativeSurface>
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						<global>C</global>
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					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>11.0</coveredArea>
						<caves></caves>
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						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
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					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>244.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
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				</habitatTypes>
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						<speciesCode>1337</speciesCode>
						<scientificName>Castor fiber</scientificName>
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							<upperBound>100</upperBound>
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						<observationDataQuality>M</observationDataQuality>
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						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
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							<lowerBound></lowerBound>
							<upperBound></upperBound>
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						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>80.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Freshwater-tidal river with Salix-forests, reedland and ruderal areas.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Alluvial forests (91E0, subtype Salicion albae). One of the five most important sites for the habitat type Eutrophic tall herbs (6430, subtype (Epilobion hirsuti including the key species Althaea officinalis). Also important site for Microtus oeconomus arenicola.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Adriani, M.J., G. van Wirdum et al. (1977). De Oude Maas als groene rivier. Rapport werkgroep Oude Maas. (R-0133).				

Melman, P.J.M., J.M. Reitsma &amp; P.M. Loomans (1997). De vegetatie van de buitendijkse gebieden langs de Lek, Afgedamde Maas, Oude Maas en Boven-Merwede op basis van false colour luchtfoto?s 1992. Rapport MDGAT96-13, Rijkswaterstaat Meetkundige Dienst, Delft, 65 pp. + bijlagen en kaarten. (R-0623).				

Mennema, J. (1963). De Oude Maas; Landschap, vegetatie en avifauna van een getijderivier. Natuur en Landschap 17 (2): 66-84. (001565).				
Mennema, J. (1966). Het landschap van de Oude Maas.  (001476).				
Mennema, J. (1968). "Dotterspinnen" ook aan de Oude Maas. Gorteria 4: 65-66. (008764).				

Reinhold, J.O. (1994). Noordse woelmuis, zeehond, otter en bever in het benedenrivierengebied : uitwerking voor de AMOEBE ? benedenrivierengebied. Vleermuisbureau-rapport 94-07, RIZA werkdocument 94.108X, 58 pp				
Coops, H. &amp; H. Smit (1988). Biezen langs de Oude Maas. De Levende Natuur 89: 106-110. (008832).</description>
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						<designationCode>NL01</designationCode>
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					<nationalRelationships>
					</nationalRelationships>
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					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of  State Forestry Service; partly nature reserve of provincial NGO - Zuid-Hollands Landschap (Klein Profijt 70 ha).</siteDesignationAdditional>
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				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat</organisation>
							<addressUnstructured>Postbus 556
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							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Zuid-Hollands Landschap, 1989. Beheersplan Klein Profijt. Stichting het Zuid-Hollands Landschap, Rotterdam.

Zuid-Hollands Landschap, 1986. Beheersokan Grienden langs de Oude Maas. Stichting het Zuid-Hollands Landschap, Rotterdam.</conservationMeasures>
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				<siteName>Oudegaasterbrekken, Fluessen en omgeving</siteName>
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2500 EK Den Haag
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						<global>C</global>
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				</habitatTypes>
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						<speciesCode>1340</speciesCode>
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						<nonpresentInSite>false</nonpresentInSite>
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					<speciesPopulation>
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						<scientificName>Myotis dasycneme</scientificName>
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						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
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						<isolation>B</isolation>
						<global>A</global>
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				<habitatClass>
					<code>N07</code>
					<coveragePercentage>3.0</coveragePercentage>
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				<habitatClass>
					<code>N10</code>
					<coveragePercentage>12.0</coveragePercentage>
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				<habitatClass>
					<code>N06</code>
					<coveragePercentage>85.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Reedlands, ruderal swamps and polder areas with natural drainage.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for Microtus oeconomus arenicola.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Dijkstra, V. (1997). Belangrijke zoogdiergebieden in Nederland. Mededeling 37, Vereniging voor Zoogdierkunde en Zoogdierbescherming, Utrecht.				
Fokkema, J., U.G. Hosper &amp; J. Wiltenburg (red.) (1984). Blauwgraslanden in Friesland. Themanummer Vanellus 37.				

Hartog, P.S. (1993). Van Wijnjeterperschar tot Snitsermar. Vegetatiekartering van enkele Friese natuurgebieden. Rapport E&amp;V 93/1. Staatsbosbeheer, Buro Everts &amp; de Vries, Groningen.				

Martens, V. (1988). Verspreiding van de Otter Lutra Lutra (L.) in Noord-Nederland. Stichting Otterstation Nederland, Groningen.				

Martens, V. (1995). De noordse woelmuis, Microtus oeconomus, de waterspitsmuis, Neomys fodiens, en de dwergmuis, Micromys minutus, in moerasgebieden in Friesland. Mededeling 25, Vereniging voor Zoogdierkunde en Zoogdierbescherming, Utrecht.				

Ploeg, D.T.E. van der (1993). Natuur in Fryslân. Friese Pers Boekerij, Leeuwarden, 356 pp.				

Schotsman, N. (1988). Onbemest grasland in Friesland. Hydrologie, typologie en toekomst. Rapport Provincie Friesland, hoofgroep RO, Leeuwarden.				
De Noordse woelmuis in Fryslân, naar een duurzame instandhouding. W. Nieuwenhuizen, M.J.J. La Haye en F. Mertens 2000. 				

Inventarisatiejaarverslagen It Fryske Gea 1996 t/m 2002 en losse gegevens / tabellen.</description>
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							<siteName>Fluessen/Vogelhoek/Morra</siteName>
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						<internationalRelationship>
							<convention></convention>
							<siteName>Oudegaasterbrekken e.o.</siteName>
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							<cover>25.0</cover>
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					<managementBody>
							<organisation>Provincie Frieland</organisation>
							<addressUnstructured>Postbus 20120
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							<email>e.c.bakker@fryslan.nl</email>
						</managementBody>
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				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Iwaco (M. Bakker) en It Fryske Gea (S. Rintjema. Beheerplan Fluezen periode 2002-2027.</conservationMeasures>
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				<siteName>Polder Westzaan</siteName>
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				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
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				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/091/N2K091_DB%20H%20Polder%20Westzaan.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.7859</longitude>
				<latitude>52.45</latitude>
				<area>1057.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.7</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>26.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>17.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>80.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Peat bog area with wet grasslands seperated by many ditches with reedbanks.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Eutrophic tall herbs (6430, subtype (Epilobion hirsuti including the key species Althaea officinalis).The site holds one of the four most important populations of the vole Microtus oeconomus arenicola of the Noord-Holland mainland metapopulation.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003042</siteCode>
				<siteName>Roerdal</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/150/N2K150_DB%20H%20Roerdal.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.0273</longitude>
				<latitude>51.147</latitude>
				<area>834.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3260</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6510</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>11.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>46.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1337</speciesCode>
						<scientificName>Castor fiber</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>11</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1099</speciesCode>
						<scientificName>Lampetra fluviatilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1096</speciesCode>
						<scientificName>Lampetra planeri</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1061</speciesCode>
						<scientificName>Maculinea nausithous</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>110</lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1037</speciesCode>
						<scientificName>Ophiogomphus cecilia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>501</lowerBound>
							<upperBound>1000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1095</speciesCode>
						<scientificName>Petromyzon marinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1016</speciesCode>
						<scientificName>Vertigo moulinsiana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>27.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>30.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>35.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N21</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Moist meadows, small woodlands, pools in open agricultural land in brook valley of the Roer.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Alluvial forests (91E0, subtype Alnion glutinosae).One of the three sites of Vertigo moulisiana in the Netherlands. One of the two known spawning sites of Lampetra fluviatilis in the Netherlands. One of the five most important spawning sites of Cottus gobio (in brooks) in the Netherlands. Very important site for Ophiogomphus cecilia (only site in Holland), Maculinea nausithous (only natural population in The Netherlands) and Lampetra fluviatilis (one of two known mating places).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Geraeds, R.P.G. &amp; V.A. van Schaik (2001). Amfibieën in stilstaande oppervlaktewateren in het Roerdal. Natuurhistorisch Maandblad 84: 15-19.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
6202 MA Maastricht</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003043</siteCode>
				<siteName>Sarsven en De Banen</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/146/N2K146_DB%20HN%20Sarsven%20en%20De%20Banen.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.7943</longitude>
				<latitude>51.2677</latitude>
				<area>154.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.6</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>9.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>41.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Two fens surrounded by fringes of reeds and swamp forests and dry grasslands.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for Oligotrophic standingwaters with vegetation of Littorelletea uniflorae and hard oligo-mesotrophic waters with bentic vegetation of Chara spp.  Also important for water fowl and birds of marshes.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Brouwer, E., J. Soontiëns, R. Bobbink &amp; J.G.M. Roelofs (1999). Sulphate and bicarbonate as key factors in sediment degradation and restoration of Lake Banen. Aquatic Conservation 9(1): 121-132.</description>
					<links>
					</links>
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			</siteDescription>
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				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of Provincial NGO - Limburgs Landschap; Partly protected by Nature Conservation Act.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
6202 MA Maastricht</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
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				<siteType>B</siteType>
				<siteCode>NL2003044</siteCode>
				<siteName>Stelkampsveld</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/060/N2K060_DB%20H%20Stelkampsveld.pdf</sacLegalReference>
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				<longitude>6.474</longitude>
				<latitude>52.1157</latitude>
				<area>102.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL22</code>
						<name>Gelderland</name>
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				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
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			<ecologicalInformation>
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					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.3</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.8</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.3</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.5</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.9</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.5</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>22.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>17.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Varied landscape with grasslands, arable lands, wooded banks, deciduous and coniferous forests, left-over heathlands and old farms.</otherSiteCharacteristics>
				<qualityAndImportance>One of the three most important sites for the habitat type Alkaline fens (7230; subtype Junco-Molinion). Also important for species-rich Nardus grasslands.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Hennekens, S.M. , E.C.P. Wardenaar &amp; Th.G. Giesen (1992). Vegetatiekartering van het S.B.B. reservaat Beekvliet (Gemeente:Lochum en Burculo). Rapport S.B.B. Brummen/Driebergen; Giesen &amp; Geurts, Gaanderen.

Provincie Gelderland (2002) . Gebiedsplan Natuur en Landschap Achterhoek.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
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		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003045</siteCode>
				<siteName>Swalmdal</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/148/N2K148_DB%20H%20Swalmdal.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.064</longitude>
				<latitude>51.2314</latitude>
				<area>123.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3260</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.5</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.9</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>23.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1337</speciesCode>
						<scientificName>Castor fiber</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>11</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1016</speciesCode>
						<scientificName>Vertigo moulinsiana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>45.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Deep and steep brook valley of free meandring Swalm with wells. Vegetation of swamp forests, marshes and wet grasslands. Site adjacent to pSCI Elmpter Schwalmbruch (DE-4702-301) in Nordrhein-Westfalen</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Alluvial forests (91E0, subtype Alnion glutinosae).One of the three sites of Vertigo moulisiana in the Netherlands. One of the five most important spawning sites of Cottus gobio (in brooks) in the Netherlands.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Kuiters, A.T., J.P.M. Clerx, J.H.J. Schaminée &amp; A.H.F. Stortelder (2001). Gevolgen van de aanleg van Rijksweg-73-Zuid voor de Zeggekorfslak (Vertigo moulinsiana) en de kwaliteit van de Elzenbroekbossen in het Swalmdal. Rapport 348, Alterra, Wageningen. 				

Heijnen, J.H. (1978). Plantengroei in het Swalmdal. De Levende Natuur xx(x): 279-286.				

Hermans, J.T., P.W.F.M. Hommel &amp; R.W. de Waal. (1995). In het dal van de Swalm. In: Hommel, P.W.F.M. &amp; Horsthuis, M.A.P. Excursieverslagen PKN 1993, pp 8-11.				

Hermans, J. (1996). Het Swalmdal. In: Bossenbroek, P., J. Hermans, J. Smits, S. Vorstermans &amp; F. van Westrenen. Het land van Peel en Maas. Natuurgebieden in Zuidoost-Nederland. Staatsbosbeheer, Regio Peel &amp; Maas, Roermond, 240 pp.				
Jansen, W., 2000. Bevers langs de Swalm. Natuurhistorisch Maandblad 89 (8), 187-188.				

Magry, K. &amp; C.A.W. Bosman (1983). Zoogdiereninventarisatie in het Swalmdal. Rapport Veldwerkgroep VZZ.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service. Adjoins German Natura 2000-site DE-4702-301</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
6202 MA Maastricht</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003047</siteCode>
				<siteName>Ulvenhoutse Bos</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2010-02</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/129/n2k129_db_h_ulvenhoutse_bos.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.81</longitude>
				<latitude>51.5537</latitude>
				<area>112.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
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					<habitatType>
						<code>9120</code>
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						<coveredArea>37.0</coveredArea>
						<caves></caves>
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						<conservation>A</conservation>
						<global>B</global>
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					<habitatType>
						<code>9160</code>
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						<nonpresentInSite>false</nonpresentInSite>
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						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
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					<habitatType>
						<code>91E0</code>
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						<coveredArea>5.7</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
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				<habitatClass>
					<code>N23</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>1.0</coveragePercentage>
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				<habitatClass>
					<code>N19</code>
					<coveragePercentage>18.0</coveragePercentage>
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				<habitatClass>
					<code>N16</code>
					<coveragePercentage>66.0</coveragePercentage>
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				<habitatClass>
					<code>N17</code>
					<coveragePercentage>11.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Old oak-forest and swamp forest in brook valley</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for alluvial forests (for geografic spread)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Ouden, J.B. den &amp; M.E.A. Broekmeyer (1998). A-locatie bossen in Noord-Brabant. IBN-Rapport 387, Instituut voor Bos- en Natuuronderzoek, Wageningen.				
Sevenster, J., S. Klingen &amp; G. de Baaij (1993). Beheersplan 1993 - 2003 Ulvenhout ? Chaam. Klingen Bomen/ Sigmond Kindt &amp; Partners, Doorn/Nijmegen, 80 pp.	
			
Stooker, G.A.C.R. (1999b). Het stroomgebied van de Bovenmark. In: A. van Haperen et al. (red.). Aan de monding van Maas en Schelde. Staatsbosbeheer, Middelburg, pp 45-85.				

Stooker, G.A.C.R. &amp; J.J.M.R. Stoutjesdijk (1992). Amfibieen in het oostelijk deel van het stroomgebied van de Bovenmark: inventarisatie van amfibieen in de beheerseenheden Ulvenhout en Chaam en de consequenties daarvan voor beheer en inrichting van de objecten Ulvenhout, Chaam, Strijbeek en het beekdallandschap van het Merkske. Rapport 1992-5, Staatsbosbeheer, Regio Brabant-West, 46 p. + 1 krt.</description>
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					<managementBody>
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2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
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			<siteIdentification>
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				<siteName>Vogelkreek</siteName>
				<compilationDate>2002-08</compilationDate>
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				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
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2500 EK Den Haag
The Netherlands</addressUnstructured>
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						<scientificName>Apium repens</scientificName>
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							<lowerBound>30</lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
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						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
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					<code>N06</code>
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					<nationalRelationships>
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					</internationalRelationships>
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				<siteDesignationAdditional>Small part nature reserve of provincial NGO - Zeeuws Landschap</siteDesignationAdditional>
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				<siteCode>NL2003050</siteCode>
				<siteName>Wijnjeterper Schar</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
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				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/016/n2k016_db_h_wijnjeterper_schar.pdf</sacLegalReference>
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						<name>Friesland (NL)</name>
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				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
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						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>16.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>11.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Transition from moist meadows in brook valley to moist and dry heathlands, also forests with small remains of Molinia-meadows and Nardus-grasslands.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Molinia meadows on calcareous, peaty or clayey-silt-laden soils (6410). Also important for species-rich Nardus-grasslands. Important for insects and reptiles.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Altenburg, W. &amp; E. Wymenga (1988). Nieuwe vondsten van Carex buxbaumii Wahlenb. in Friesland. Gorteria 14 (2): 27-28. (001536).				

Kloet, W.G. van der (1939). De blauwgraslanden in Nederland (Molinietum coerulea), hun verspreiding en de mogelijkheden tot behoud van de belangrijkste terreinen. Rapport contact-commissie inzake natuurbescherming, Den Haag, 209 pp. (R-0396).				

Ploeg, D.T.E. van der (1999). Natuur in Fryslân. Friese Pers Boekerij, Leeuwarden, 356 pp.				

Staatsbosbeheer (1994). Beheersplan De Scharren 1994-2004. Rapport Staatsbosbeheer regio Friesland-Zuid. 				

Vlieger, J. (1992). Het Wijnjeterper Schar. In: Hommel, P.W.F.M. (red). Excursieverslagen 1991. Plantensociologische Kring Nederland, pp 17-19. (002989).</description>
					<links>
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						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of  State Forestry Service.  Part qualifies for EU-Bird-directive.</siteDesignationAdditional>
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			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
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2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
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				<managementPlans>
					<exists>P</exists>
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				<siteName>Willinks Weust</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
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				<latitude>51.9642</latitude>
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					<region>
						<code>NL22</code>
						<name>Gelderland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
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				<habitatTypes>
					<habitatType>
						<code>5130</code>
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					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
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						<observationDataQuality>G</observationDataQuality>
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					</habitatType>
					<habitatType>
						<code>6410</code>
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						<coveredArea>0.8</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.7</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>12.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
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						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
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						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
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				<habitatClass>
					<code>N08</code>
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				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>23.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>55.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Complex of arable land, grasslands, wooded banks and deciduous forests. The calcareous soils provide species-rich forests and grasslands.</otherSiteCharacteristics>
				<qualityAndImportance>One of the eight most important sites for the habitat type Species-rich Nardus grassland  (6230). Prime forest site already existing before 1850 (so-called "A-locatie bos"). Very important site for Juniperus-formations.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Bannink, J.F. &amp; J.C. Pape (1967). De bodemgesteldheid van het natuurreservaat Willink's Weust en het Heksenbos. Rapport 710, Stichting voor Bodemkartering (Stiboka), Wageningen, 26 pp + 2 bijl.

Bosch, M. van den &amp; H. Kleijer (2001). Geologische ontwikkeling bij Winterswijk. Aarde &amp; Mens 2001(1):15-18.

Brand, S.H. van den (1995). De plantengroei van Winterswijk. KNNV, Utrecht, 216 pp. 

Derksen, J.W.M. &amp; J.G.L. Hofstad (1969). De vegetatie van het natuurreservaat Willink Weust en Heksenbos. Doctoraalverslag Katholieke Universiteit Nijmegen, afdeling Geobotanie. 

Dertien, B.K. &amp; A.H. Dertien-te Voortwis (1977). De Muschelkalk van Winterswijk. Natura 74 (5): 177-186. 

Giesen &amp; Geurts (1996). Monitoring van de vegetatie van plagplaatsen in de Achterhoek in 1995 (Vildersveen, Lievelderveld, Koolmansdijk, Willink's Weust, Vosseveld). Rapport Bureau Giesen &amp; Geurts, Ulft, 112pp.

Maes, N.C.M. (1994). Genetische kwaliteit inheemse bomen en struiken. Deelproject: inheems genenmateriaal in de Achterhoek rond Winterswijk. IBN-Rapport 076, Instituut voor Bos- en Natuuronderzoek (IBN-DLO), Wageningen.

Oosterink, H.W. (1986). Winterswijk, Geologie deel II, De Trias-periode (geologie, mineralen en fossielen). Wetenschappelijke Mededelingen KNNV nr 178, Hoogwoud.

Ouden, J.B. den, M. Vocks, M.E.A. Broekmeyer &amp; H.G.J.M. Koop (1996). A-locatie bossen in Gelderland. IBN-Rapport 240, Instituut voor Bos- en Natuuronderzoek (IBN-DLO), Wageningen, 346 pp + bijlagen.

Schreurs, J. &amp; M. Leten (1991). Vegetatiekartering Willinks Weust en Heksenbos 1990. Rapport LB&amp;P bureau voor landschapsoecologisch onderzoek, Beilen.

Schreurs, J. (1992). Willinks Weust en Heksenbos. In: Hommel, P.W.F.M. (red) (1992). Excursieverslagen 1991. Plantensociologische Kring Nederland, pp 13-17. 

Weeda, E.J. (2000). Jeneverbesstruwelen op lemig zand. Stratiotes 21: 13-32.

Westhoff, V. (1993). Blauwgraslanden, schatkamers van het natuurbehoud: aard en waarde van een onvervangbaar halfnatuurlijk landschap. In: Weeda, E.J. (red.). Blauwgraslanden in Twente. Schatkamers van het natuurbehoud. Wetenschappelijke Mededelingen KNNV nr 209, Utrecht, pp 8-14.

Westhoff, V. (1995). De Elzen en de Willinkweust. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red). Excursieverslagen 1993. Plantensociologische Kring Nederland, pp 31-33.

Westhoff, V. &amp; H. de Miranda (red.) (1938). Kotten zoals de  N.J.N. het zag. Nederlandse Jeugdbond voor Natuurstudie (herdruk uit 1988), 200 pp. 

Provincie Gelderland (2002). Gebiedsplan Natuur en Landschap Achterhoek.

Scherpenisse-Gutter, M.C. &amp; P.J.M. Verbeek (2001). Beheersvisie Willinks Weust en Heksenbos. Rapport Natuurbalans- Limes Divergens, Nijmegen.</description>
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					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>72.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Moist grasslands on peat with water and marsh-lands. It consists of canals, reedlans, pastures and meadows.</otherSiteCharacteristics>
				<qualityAndImportance>One of the four most important sites for the habitat type Northern Atlantic wet heaths with Erica tetralix (4010; subtype Oxycocco-Ericion). One of the five most important sites for the habitat type Eutrophic tall herbs (6430, subtype (Epilobion hirsuti including the key species Althaea officinalis). One of the three most important sites for the habitat type Transition mires and quaking bogs (7140, subtype Caricion nigrae). The site holds one of the four most important populations of the vole Microtus oeconomus arenicola of the Noord-Holland mainland metapopulation.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Held, A.J. den (1973). A comparative study of the vegetation and flora of recently formed peat areas in the fens in the western parts of the Netherlands. Acta Bot. Neerl. 22: 264-265.

Reijnders, Th. (1959). De Noordhollandse brakwatervenen. Natuur en Landschap 13: 66-81.

Laar, V. van (19xx). De zoogdieren. In: B.L.J. van Leeuwen &amp; H.C. Witte (red.). Waterland. Stichting Het Noordhollandsch Landschap, Koninklijke Nederlandse Natuurhistorische Vereniging, pp 85-95. 

Meijer, W. (1952). Nederland ons aller tuin, deel 1. Waterland en Zaanstreek : een beschrijving van het gebied tussen Crommenye en Ijselmeer (2e druk). De Torenlaan, Assen, 79 pp.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL21</designationCode>
						<cover>46.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of National NGO - Natuurmonumenten.  Part qualifies for EU-Bird-directive.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003055</siteCode>
				<siteName>Zeldersche Driessen</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/143/N2K143_DB%20HN%20Zeldersche%20Driessen.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.0217</longitude>
				<latitude>51.6944</latitude>
				<area>82.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>6120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.6</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.7</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91F0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>82.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Forest, moist grasslands and small, but nice xeric sand calcareous grassland along the banks of  the brook Niers.</otherSiteCharacteristics>
				<qualityAndImportance>One of the seven most important sites for the habitat type Xeric sand calcareous grasslands (6120).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Cohen Stuart, J.A.F. (1958). Het onderzoek van de droge graslanden aan de rivieren en beken met kalkhoudend water. Manuscript RIN, Leersum.				
Dijk, H.G.F. van, B.G. Graatsma &amp; J.N.M. van Rooy (1984). Droge stroomdalgraslanden langs de Maas. Wetenschappelijke Mededelingen KNNV 165, Hoogwoud.				

Graatsma, B.G. (1993). Limburg 1802-1807. Landschap en vegetatie in kaart gebracht. De Tranchotkaart als historische informatiebron. Publicatie Natuurhistorisch Genootschap in Limburg. Reeks XL, aflevering 2, Maastricht.				
Hoegen, A.C. (1996). De Zelderse Driessen en Oeffelter Meent. Excursieverslagen 1994. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (1996). Excursieverslagen 1994. Plantensociologsiche Kring Nederland,  pp 14-17.				

Hoegen, A.C. (1999a). Grepen uit de geschiedenis van de Zeldersche Driesen. Natuurhistorisch Maandblad 88: 204-214. [006796]				

Hoegen, A.C. (1999b). Vegetatiekartering Zeldersche Driesen 1993-1996. Rapport IBN-DLO/Staatsbosbeheer, Wageningen.				

Hopman, P.J.L. &amp; H.F. Kesseler (1994). Verslag Algemene Terreininventarisatie (AT) Zeldersche Driessen juni 1994. Rapport Staatsbosbeheer, regio Rivierenland, Heesch.				

Modderkolk, F. (1960). Toelichting op de vegetetiekartering van de Zelderse Driesen in de houtvesterij Nijmegen. Rapport  SBB, 5 pp. + bijlagen. (R-0624).</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of State Forestry Service. Protected by Nature Conservation Act</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003059</siteCode>
				<siteName>Duinen Terschelling</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2009-02</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/004/n2k_004_db_hvn_duinen_terschelling.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.3073</longitude>
				<latitude>53.3995</latitude>
				<area>4040.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NLZZ</code>
						<name>Extra-Regio</name>
					</region>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>1310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>21.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>1330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>165.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>54.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>380.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>884.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>974.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>94.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>45.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2170</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>194.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2180</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>267.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>155.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>9.5</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>501</lowerBound>
							<upperBound>5000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>77.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N18</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>White dunes, partly overgrown by Ammophila, partly shifting, series of inner dunes, with coniferous and deciduous forests, thickets, heathlands and humid dunes slacks. The adjacent Boschplaat (salt marsh and dunes) is part of the Waddenzee site (NL1000001).</otherSiteCharacteristics>
				<qualityAndImportance>One of the ten/ seven most important sites for the habitat types Fixed dunes with herbaceous vegetation ("grey dunes"; 2130) and Decalcified fixed dunes with Empetrum nigrum (2140). One of the five most important sites for the fen orchid Liparis loeselli Very important site for embryonic shifting dunes, white dunes,  dunes with Salix repens and humid dune slacks.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Aa, A.J.M. van der &amp; P.P.J. Hermelink (1973). Een onderzoek naar de vegetatie op koeiepaadjes, toeristenpaadjes en enige karresporen op de Boschplaat, Terschelling. Botanisch Laboratorium, afdeling Geobotanie, Katholieke Universiteit Nijmegen. (R-0134).				

Baretta-Bekker, H. (1968). Onderzoek naar de mos- en licheenvegetaties op noordhellingen in het Arjensduin op Terschelling. Instituut voor Systematische PlantkundeUtrecht, RIN Leersum: 12pp.. (R-0149).				

Boer, P. de, M. Noordwijk (1972). Terschelling zoals NJNers het zagen in '71 &amp; '72. ???. (001609).				

Boldingh, I.my (1913). Over de plantengroei der duinvalleien op Terschelling en ove(prov. W.-Vl., Bel.). Nederl. kruidk. Archief 1913: 44-54que 119: 47-62. (004835).				

Brouwer-van der Loo, H.J. (1971). Een kwalitatieve en kwantitatieve analyse van de kryptogamenvegetatie op diverse hellingen van duinen op Terschelling. Instituut voor Systematische Plantkunde, Utrecht. 39 pp. (R-0374).				
Bruyn, P.J. de &amp; W.E. Borrias (1964). Enige gegevens over de oecologie van Centaurium littorale op het westelijke deel van het eiland Terschelling. ???. (R-0229).				

Dennert, A.L. (1971). Onderzoek naar de oecologie van Littorella uniflora (L.) Aschrs. op Terschelling. Doctoraal onderwerp. Rijksinstituut voor Natuurbeheer. Hugo de Vries-laboratorium, Universiteit van Amsterdam. 75 pp. (R-0248).				
Diemel, L. (1977). Vegetatieonderzoek van de droge duingraslanden van texel, terschelling en Ameland (1976), van Jutland- Denemarken- en zuidwest 
Noorwegen (1975).. Doctoraalscriptie K.U. Nijmegen, 42 pp + bijlagen. (R-0479).				
Dieren, J.W. van (1931). Geographische und geomorphologische Ergebnisse einer Untersuchung nach der Entwicklungsgeschichte der West-Friesischen Insel Terschelling. onbekend. 4pp. (001067).				

Dieren, J.W. van (1932). De ontwikkeling van het duinlandschap van Terschelling. Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap Deel XLIX. afl. 5: 553-702. (002637).				

Dieren, W.J. van (1934). Organogene Dünenbildung, Eine geomorphologische Analyse derDünenlandschaft der West-Friesischen Insel Terschelling mit pflanzensoziologischen Methoden. Academische proefschrift: I-XIX. (002635).				
Ekkes, A. (1976). Verspreiding en autoecologie van Het Vergeten Blaasjeskruid(Utricularia neglecta Lehm.) op Terschelling. Hugo de Vries-laboratorium, Universiteit van Amsterdam. 31 pp. (R-0257).				
Fabius, G.T.J. &amp; J.Klein (1966). Vegetatieonderzoek bij het Witduin-Boschplaat - Terschelling. Doctoraalonderzoek Instituut voor Systematische Plantkunde der Rijksuniversiteit Utrecht. (R-0094).				

Ferguson, J.H.A. (1930). Verslag van de Excursie der C.H.V. naar Terschelling, Vlieland en Texel op 12 t/m 15 Mei 1930. Verslag excursie Canidaat Houtvesters Vereeniging, 4pp.. (006210).				

Fouw, J.E.L. de (1963). Een onderzoek naar de verspreiding- en patroonvorming van een aantal plantensoorten op de duintjes van de Boschplaat van Terschelling. Doctoraal verslag. 132 pp. (R-0274).				

Freijsen, A.H.J. &amp; H.T.A. van Heusden (1965). Festuca rubra op Terschelling. Gorteria 2: 155-158. (005925).				

Galle, F. &amp; J. Bontemps (1975). Vegetatiekundig en bodemkundig onderzoek in een transsect in de beweide enclave 'Groede' op de Boschplaat, Terschelling. Rapport Botanisch Laboratorium Afd. Geobotanie, KU Nijmegen, 135 pp.. (R-0522).				

Haas, J.H. de, H.C.van der Meulen, H. Nolten &amp; P. Oosterveld (1965). Kartering en beschrijving van de vegetatie van de Berkenvallei-Boschplaat-Terschelling. Instituut voor Syst. Plantkunde, Utrecht. 33 pp. (R-0373).				

Hartog, C. den (1955). Roodwieren van de kwelders van Terschelling. De Levende Natuur 58: 169-174. (008009).				

Hartog, C. den (1955). Roodwieren van de kwelders van Terschelling. De Lev. Nat. 56 (9): 169-173. (000346).				

Hartog, C. den (1958). Nieuwe gegevens over de kwelderroodwieren van Terschelling. De Levende Natuur 61: 231-235. (008008).				

Heerdt, P.F. van &amp; M.F. Mörzer Bruijns (1953). Biocoenolisch onderzoek in de zeereep van Terschelling. De Levende Natuur 5: 93-100. (001257).				
Heerdt, P.F. van &amp; M.F. Mörzer Bruijns (1953). Biocoenologisch onderzoek in de zeereep van Terschelling. De Levende Natuur 4 &amp; 5: 63-68 &amp; 93-100. (008063).				
Heerdt, P.F. van &amp; M.F. Mörzer Bruyns (1960). A biocenological investigation in the yellow dune region ofTerschelling. Tijdschrift voor Entomologie 103, 3/4: 225-275. (005558).				

Heerdt, P.F. van &amp; M.F. Mörzer Bruyns (1960). A biocenological investigation in the yellow dune region ofTerschelling. Tijdschrift voor Entomologie 103: 225-275. (003953).				

Heerdt, P.F. van &amp; M.F. Mörzer Bruyns (1960). A new biocenological investigation in the yellow dune region of Terschelling. Tijdschrift voor Entomologie 103: 225-275. (008031).				

Heerdt, P.F. van &amp; W. Bongers (1967). A biocenological investigation of salth marshes on the south coast of the isle of Terschelling. Tijdschrift voor Entomologie 110: 107-131. (008062).				

Heerdt, R.F. van &amp; M.F. Mörzer Bruyns (1960). A biocenological investigation in the yellow dune region ofTerschelling. Tijdschrift voor Entomologie 103: 225-275. (008338).				

Herwijnen, M. et al. (1960). Verslag zomerkamp Terschelling augustus 1959. Kruipnieuws 22 (1): 16-19. (008785).				

Hoeve, J. ter &amp; P. Roos (1956). Grondwater en bos op Terschelling. Nederlandsch Bosbouw-Tijdschrift 28: 235-242. (008508).				

Holkema, F. (1870). De plantengroei der Nederlandsche Noordzee-eilanden: Texel, Vlieland, Terschelling, Ameland, Schiermonnikoog en Rottum. Eene bijdrage tot de Flora van Nederland. Scheltema &amp; Holkema, Amsterdam, 268 p.. (B-0088).				

Jacobs, R.P.W.M., C. den Hartog, B.F. Braster &amp; F.C. Carrière (1981). Grazing of the seagrass Zostera noltii by birds at Terschelling Dutch Wadden Sea). Aquatic Bot. 10:241-259. (000547).				

Ketner, P. &amp; K. Reinink (1970). Onderzoek naar de primaire productie van de vegetatie en de secundaire productie van enige groepen van de fauna in beweide en onbeweide zilte graslanden in het Staatsnatuurreservaat ' de Boschplaat' op Terschelling. Rapport Rijksinstituut voor Natuurbeheer, 33pp.. (R-0625).				
Ketner-Oostra, R. (1989). Lichenen en mossen in de duinen van Terschelling. RIN-Rapport 89/7: 157 p.. (R-0148).				

Kuyper, T.W., E. Mekenkamp &amp; M. Verbeek (1994). Die Pilzflora der Kriechweidengebüsche auf der Watteninsel Terschelling. Zeitschrift für Mykologie 60: 305-316. (005977).				

Leeuwen, C.G. van, V. Westhoff (1961). Drie nieuwe Erica's op Terschelling. De Levende Natuur 64: 25-32. (001635).				

Moerenhout, M. &amp; M.Pas (1987). Bostypen op Terschelling. Kartering en ontwikkeling. Doctoraal verslag Rijksuniversiteit Groningen Vakgroep Plantenecologie. (R-0081).				

Oostermeijer, J.G.B. (1987). *** Nanocyperion flavescentis op Terschelling. ???. (R-0014).				

Oostra, R.G.M. (1968). Verslag over een onderzoek naar de Licheenvegetaties in de droge duinen van Terschelling. RIVON: 1-33. (R-0145).				

Ploeger, L. &amp; S. van Vliet (1972). Vegetatie-analyse en vegetatie-kartering van de droge duingraslanden op Ameland en Terschelling. Doctoraalverslag voor het Instituut voor Systematische Plantkunde. R.U. Utrecht, Rapport van het Rijksinstituut voor Natuurbeheer, Leersum: 1-24. (R-0146).				

Rasch, R. (1963). Het Nardo-Galion op Terschelling. Natuurhistorisch verslag van het op planten gespecialiseerde N.J.N. Zomerkamp Terschelling: 19-28. (003366).				
Reijnders, W.J. (1967). Verspreiding en oecologie van Liparis loeselii (L.) Rich. op Terschelling (vooral op de Bosplaat) vergeleken met de oecologie in andere delen van ons land en Europa. Hugo de Vries-laboratorium, Amsterdam, RIVON-Rapport. 14 pp. (R-0112).				

Roos, G.Th. de (1977). Vetblad (Pinguicula vulgaris) op Terschelling, nieuw voor het Waddengebied. De Levende Natuur: 80: 119-120. (003179).				
Sipman, H.J.M. (1969). Verslag over een onderzoek naar de vegetatie op de noordhelling van enkele duinen op Terschelling, en in het byzonder de rol van lichenen daarbij. Rijksuniversiteit Utrecht: 1-57 (zonderbijlagen). (R-0147).				
Staak, T. van der &amp;J. Lenten (1969). De vegetatie van het staatsnatuurreservaat "De Koegelwieck"op Terschelling. Doctoraal- resp. MO verslag voor het Instituut voor Systematische Plantkunde, RU-Utrecht, Rapport van het Rijksinstituut voor Natuurbeheer. (R-0150).				

Staak, van der, Leuten (1969). De vegetatie van het Staatsnatuurreservaat `De Koegelwieck'op Terschelling. RIN-rapport. (R-0153).				

Vierssen, W. van (1974). De verspreiding van Scirpus rufus (Huds.)Schrad. op de Boschplaat, Terschelling, in relatie tot "bodemverdichting".. Rapport Botanisch laboratorium, afd. Geobotanie, K.U. Nijmegen.38 pp. + bijlagen. (R-0500).				
Visser, G. (1972). Het Vergeten Blaasjeskruid op Terschelling. De Lev. Nat. 75: 109-111. (000917).				

Visser, G. (1976). Wie het grote eert, is het kleine weerd, ofwel waarom Terschelling nog is wat het was. Natura Jrg. 73 (4): 85-96. (002868).				
Westhoff, V. &amp; K. Reinink (1967). Osmunda regalis L. op Terschelling, oecologisch en vegetatiekundig bezien. Gorteria 3 (13): 204-209. (003942).				
Westhoff, V. &amp; M.F.Mörzer Bruijns (1956). De groeiplaats van Scirpus americanus Pers. op het Groene Strand bij West-Terschelling. Acta Botanica Neerlandica 5 (4): 344-354. (003943).				

Westhoff, V. &amp; M.F.van Oosten (1989). Terschelling. Concept Hoofstuk 11 uit: De plantengroei van de Waddeneilanden, uitgave KNNV 1989 of 1990. (006859).				
Westhoff, V. &amp; P. Ketner (1967). Milieu en vegetatie van Carex hartmannii Caj. op Terschelling, in het kader van een oecologische vergelijking tussen deze soort en Carex buxbaumii Wahlenb.. Gorteria 3 (8): 119-126. (001214).				
Westhoff, V. &amp; P. Ketner (1967). Milieu en vegetatie van Carex hartmanii Caj. op Terschelling, in het kader van een oecologische vergelijking tussen deze soort en Carex bucbaumii Wahlenb.. Gorteria 3 (8) : 119-126. (000071).				
Westhoff, V. &amp; S. Segal (1961). Cursus Vegetatiekunde 12-17 juni 1961 op Terschelling. Hugo de Vries-laboratorium, Amsterdam. (001711).				
Westhoff, V. (1947). The vegetations of dunes and salt marshes on the Dutch islands of Terschelling, Vlieland and Texel. Rijksuniversiteit Utrecht. Dissertatie. C.J. van der Horst, 's-Gravenhage. 131 pp. (D-0018).				

Westhoff, V. (1951). De Boschplaat op Terschelling. Natuur en Landschap 5 (1): 3-20. (001644).				

Westhoff, V. (1951). De Weidechampignon (Agaricus campestris Fr.) in en om de Zilvermeeuwenkolonie van de Boschplaat op Terschelling. Fungus 27 (2): 33-37. (002324).				

Westhoff, V. (1966). De Terschellinger flora loopt geen gevaar. Schylge myn lantse, Uitgave van de vereninging van vrienden der Terschellinger musea 6 (4): 12-14. (002205).				

Westhoff, V. (2000). De vegetatie van Terschelling - Drie series van plantengezelschappen. Kunst en Wetenschap 9 (4): 7-9. (008680).				
Zumkehr, P. (1996). Terschelling. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (1996). Excursieverslagen 1994. Plantensociologsiche Kring Nederland,  pp 41-43.</description>
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					<code>N09</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Vast and intact dune-area with open dunes, humid dune slacks, heathlands, small lakes, coniferous forests and dry grasslands.</otherSiteCharacteristics>
				<qualityAndImportance>One of the ten/ seven most important sites for the habitat types Fixed dunes with herbaceous vegetation ("grey dunes"; 2130) and Decalcified fixed dunes with Empetrum nigrum (2140). One of the five most important sites for the habitat type Dunes with Hippophae rhamnoides (2160). One of the ten most important sites for the habitat type Calcareous fens with Cladium mariscus (7210). One of the five most important sites for the fen orchid Liparis loeselli

Also very important site for Mircotus oeconomus arenicola. Stonghold for endangered Orchis morio.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Bruin, C.W.J. (1994). Duinvalleien op Texel. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.) (1994). Excursieverslagen 1992. Plantensociologische Kring Nederland. Pp 18-23. 

Diemel, L. (1977). Vegetatieonderzoek van de droge duingraslanden van Texel, Terschelling en Ameland (1976), van Jutland- Denemarken- en zuidwest Noorwegen (1975). Doctoraalscriptie K.U. Nijmegen, 42 pp + bijlagen. 

Ferguson, J.H.A. (1930). Verslag van de Excursie der C.H.V. naar Terschelling, Vlieland en Texel op 12 t/m 15 Mei 1930. Verslag excursie Canidaat Houtvesters Vereeniging, 4pp.. 

Holkema, F. (1870). De plantengroei der Nederlandsche Noordzee-eilanden: Texel, Vlieland, Terschelling, Ameland, Schiermonnikoog en Rottum. Eene bijdrage tot de Flora van Nederland. Scheltema &amp; Holkema, Amsterdam, 268 p. 

Westhoff, V. (1947). The vegetations of dunes and salt marshes on the Dutch islands of Terschelling, Vlieland and Texel. Rijksuniversiteit Utrecht. Dissertatie. C.J. van der Horst, 's-Gravenhage. 131 pp.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>92.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Waddenzee</siteName>
							<type>*</type>
							<cover>11.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Waddeneilanden, Noordzeekustzone, Breebaart</siteName>
							<type>*</type>
							<cover>72.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service. National Park. Partly protected by Nature Conservation Act.  Part qualifies for EU-Bird-directive and Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheer- en inrichtingsplan Nationaal Park Duinen Texel (2000-2010)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003061</siteCode>
				<siteName>Duinen Vlieland</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2009-02</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/003/n2k_003_db_hvn_duinen_vlieland.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.0098</longitude>
				<latitude>53.281</latitude>
				<area>1484.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>1310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>9.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>1330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>40.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>116.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>327.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>178.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.5</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>28.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2170</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.2</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2180</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>57.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>93.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>51</lowerBound>
							<upperBound>500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>68.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Open dunes and dune slacks with sand, mosses, heathland, coniferous forest and shrubs. Most decalcified island of the Wadden, because of that the dunegrasslands and Empetrum nigrum-vegetation are very well developed. The adjacent saltmarsh of the Posthuiswad is included in the Waddenzee site (NL1000001)</otherSiteCharacteristics>
				<qualityAndImportance>One of the seven most important sites for the habitat type Decalcified fixed dunes with Empetrum nigrum (2140). One of the five most important sites for the fen orchid Liparis loeselli
Very important for roosting migrating birds and winter visitors.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Bodewitz, E.J. (1988). De bostypen van Schiermonnikoog en Vlieland. Doctoraal verslag 88-05 Landbouwuniversiteit Wageningen Vakgroep Bosteelt en Bosecologie. (R-0080).				

Ferguson, J.H.A. (1930). Verslag van de Excursie der C.H.V. naar Terschelling, Vlieland en Texel op 12 t/m 15 Mei 1930. Verslag excursie Canidaat Houtvesters Vereeniging, 4pp. (006210).				

Holkema, F. (1870). De plantengroei der Nederlandsche Noordzee-eilanden: Texel, Vlieland, Terschelling, Ameland, Schiermonnikoog en Rottum. Eene bijdrage tot de Flora van Nederland. Scheltema &amp; Holkema, Amsterdam, 268 p. (B-0088).				

Westhoff, V. (1947). The vegetations of dunes and salt marshes on the Dutch islands of Terschelling, Vlieland and Texel. Rijksuniversiteit Utrecht. Dissertatie. C.J. van der Horst, 's-Gravenhage. 131 pp. (D-0018).</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Waddeneilanden, Noordzeekustzone, Breebaart</siteName>
							<type>*</type>
							<cover>87.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Waddenzee</siteName>
							<type>*</type>
							<cover>1.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of State Forestry Service.  Part qualifies for EU-Bird-directive and Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Rijksgronden Vlieland.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003063</siteCode>
				<siteName>Olde Maten &amp; Veerslootlanden</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/037/N2K037_DB%20H%20Olde%20Maten%20&amp;%20Veerslootslanden.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.1162</longitude>
				<latitude>52.6324</latitude>
				<area>795.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>11.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>4056</speciesCode>
						<scientificName>Anisus vorticulus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1016</speciesCode>
						<scientificName>Vertigo moulinsiana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>17.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>71.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Mainly grasslands. Site includes Kroonspolders: artificial brackish lagoons with a rich vegetation.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for Molinia-meadows and for Misgurnus fossilis.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Corporaal, A (1993). Veerslootlanden en Stadsgaten van Hasselt. In: Excursieverslagen 19##. Plantensociologische Kring Nederland:#				
Bremer, P., GJ. Gerritsen, T.J. de Kogel &amp; A.J. Dijkstra (1985). Flora en fauna van het Staphorsterveld en het Zwarte Water. PPD provincie Overijssel.				
Corporaal, A. (1993). Het Staphorsterveld. In: Excursieverslagen 19##. Plantensociologische Kring Nederland:#</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service (about 90%)</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
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				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
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		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2003064</siteCode>
				<siteName>De Wieden</siteName>
				<compilationDate>2002-08</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economic Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-11</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/035/N2K035_DB%20HVW%20De%20Wieden.pdf</sacLegalReference>
				<explanations>Formerly known as "Wieden"</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.0625</longitude>
				<latitude>52.6997</latitude>
				<area>7167.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>47.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>47.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>9.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>753.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>241.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>7210</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>119.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>4056</speciesCode>
						<scientificName>Anisus vorticulus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1393</speciesCode>
						<scientificName>Drepanocladus vernicosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1082</speciesCode>
						<scientificName>Graphoderus bilineatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1042</speciesCode>
						<scientificName>Leucorrhinia pectoralis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>10000</lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>501</lowerBound>
							<upperBound>5000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1060</speciesCode>
						<scientificName>Lycaena dispar</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1016</speciesCode>
						<scientificName>Vertigo moulinsiana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>12.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>33.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Vast swamparea, with meadows, pastures, reedlands and swamp forests seperated by lakes and canals. Large area is excavated. Site adjacent to NL9801013 Weerribben.</otherSiteCharacteristics>
				<qualityAndImportance>Together with the Weerribben the site forms the biggest low-lying peat bog complex in north-western Europe.  One of the four most important sites for the habitat type Northern Atlantic wet heaths with Erica tetralix (4010; subtype Oxycocco-Ericion). One of the three most important sites for the habitat type Transition mires and quaking bogs (7140, subtype Caricion davallianae). One of the ten most important sites for the habitat type Calcareous fens with Cladium mariscus (7210). One of the ten most important sites for the habitat type Bog woodland (91D0). One of the two main sites  endemic subspecies Lycaena dispar batava in the Netherlands. Main site of the  moss Drepanocladus (Scorpidium) vernicosus in the Netherlands.
Also very important site for Leucorrhinia pectoralis and Lyceana dispar. Also important for water fowl.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Evers, W.M.J. &amp; N.G.J. van Maaren (1985). Dagvlinderfauna van ?De Wieden? en haar relatie tot vegetatie en beheer. Rapport Lansbouwuniversiteit Wageningen, Vakgroep Natuurbeheer.				

Evers, N.G.J. van Maaren &amp; J.G. van der Made (1987). De grote vuurvlinder in de Wieden. De Levende Natuur 88: 82-88.				

Tweel, M. van, C. van Swaay &amp; J. van der Made (1995). Zijn er nog perspectieven voor de Grote vuurvlinder? De Levende Natuur 96: 228-232.				
Dijk, J. van &amp; V. Westhoff (1955). De plantengroei der Natuurgebieden in Noordwest-Overijssel. Natuur en Landschap 9 (2): 3-35. (001698).				
B. Vreeken, S. Meyer-Janse &amp; R. Douwes (1996). Veranderingen in de flora van het laagveen natuurreservaat De Wieden. ?s- Graveland.				

S. Meyer-Janse, B. Vreeken, &amp; R. Douwes (1996). Vegetatiekartering De Wieden. Gorteria deel 22 (5): 111-133.				

H. Piek (1991). De Wieden. In: Excursieverslagen 19##. Plantensociologische Kring Nederland:#.				

H.J. Jager &amp; K. van der Veen (1997). De blad- en levermossen van Noordwest-Overijssel. 161 pp.				

Brandsma, O (1987 t/m 2003). Onderzoek weidevogelbeheer in het reservaatsgebied Giethoorn-Wanneperveen. Vereniging tot behoud van Natuurmonumenten.				

Brandsma, O 1996. Hoogwaterzone: een natuurontwikkelingsproject voor riet, water en moerasvogels. De Levende Natuur.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>De Wieden</siteName>
							<type>-</type>
							<cover>99.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of National NGO - Natuurmonumenten; qualifies for EU-bird directive and Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Bokeloh, D. (2000). De groene groeibriljant: natuurvisie De Wieden 2001-2015. - Zwolle : Vereniging Natuurmonumenten, inspectie Overijssel, 2000. - 60 p.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2007001</siteCode>
				<siteName>Eems-Dollard</siteName>
				<compilationDate>2007-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2007-08</sciProposalDate>
				<sciConfirmationDate>2008-12</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Used to be (and will be again in the future) part of SCI NL1000001 Waddenzee</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>7.0439</longitude>
				<latitude>53.3151</latitude>
				<area>15365.0</area>
				<marineAreaPercentage>100.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NLZZ</code>
						<name>Extra-Regio</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>1130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>15326.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>C</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1103</speciesCode>
						<scientificName>Alosa fallax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1099</speciesCode>
						<scientificName>Lampetra fluviatilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1095</speciesCode>
						<scientificName>Petromyzon marinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1365</speciesCode>
						<scientificName>Phoca vitulina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>100.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>This area consists if shallow permanet water and shipping lanes.</otherSiteCharacteristics>
				<qualityAndImportance>Integral part of the transboundary estuarine system of the Eems-Dollard that is not yet designated as SCI.
One of the three important sites of Alosa fallax in the Netherlands in combination with the Waddenzee (related to spawning site in Germany)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
						<nationalRelationship>
							<designationCode>NL01</designationCode>
							<siteName>Eems-Dollard</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</nationalRelationship>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention>ramsar</convention>
							<siteName>Waddenzee</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Part of PKB Waddenzee (Spatial Planning Decision)

Part of the Eems-Dollard estuary of which so far only the intertidal mudflats have been designated as part of the SCI Wadden Sea (EU code NL1000001). This designation complements the designation by the Netherlands of the estuarine system southeast of Eemshaven. This area, which consists of shallow permanent water and shipping lanes, is part of a larger area in which there is no agreed state boundary between the Netherlands and Germany.  The boundary claimed by the Netherlands is the Thalweg which, by its very nature, is dynamic and as such cannot be fixed on a map. The Netherlands and Germany have agreed to both designate part of the area as SCI. The overlap of designated areas cannot be construed as in any way affecting the legal claims of the Netherlands or Germany and is without prejudice to the exact location of the state boundary between the Netherlands and Germany. Cooperation in and management of the area has been settled in the Eems-Dollard Treaty 1960 (NL: "Verdrag tussen het Koninkrijk der Nederlanden en de Bondsrepubliek Duitsland tot regeling van de samenwerking in de Eemsmonding"; DE: "Vertrag zwischen dem Königreich der Niederlande und der Bundesrepublik Deutschland über die Regelung der Zusammenarbeit in der Emsmündung") and related protocols.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat, Directie Noord</organisation>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Waddenzee 1996-2001 (new plan in preparation)
In general also: Beheersplan Rijkswateren 2001-2004</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2008001</siteCode>
				<siteName>Doggersbank</siteName>
				<compilationDate>2008-12</compilationDate>
				<updateDate>2008-12</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2008-12</sciProposalDate>
				<sciConfirmationDate>2009-12</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.4782</longitude>
				<latitude>55.1392</latitude>
				<area>464987.0</area>
				<marineAreaPercentage>100.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NLZZ</code>
						<name>Extra-Regio</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>marineAtlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>1110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>C</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1364</speciesCode>
						<scientificName>Halichoerus grypus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1365</speciesCode>
						<scientificName>Phoca vitulina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1351</speciesCode>
						<scientificName>Phocoena phocoena</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>100.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>De Doggersbank is 100% marien gebied. De Doggersbank als geheel, dus inclusief het Engelse en Duitse deel, vormt een zandbank in de definitie van de HR. De top (op het Engelse deel) ligt op 15 m beneden laaglaagwaterspring en is dus ondieper dan 20 m; aan alle zijden loopt de bank af. Op de gehele bank wordt zand aangetroffen. Het gedeelte van de bank op het NCP heeft aan de westzijde een verhoogde macrobenthos-diversiteit, waarbij belangrijke natuurwaarden op de hellingen voorkomen, met een zwaartepunt tussen de 30 en 40 m dieptelijn. Langs de zuidgrens van de bank worden in de zomer regelmatig fronten aangetroffen, die aanleiding kunnen zijn tot verhoogde concentraties vissen en vogels (Lindeboom et al. 2005). Door zijn geringe diepte, zijn oriëntatie en enorme afmetingen heeft de bank een groot effect op processen in de Noordzee.
De Doggersbank is ontstaan in het Pleistoceen. Aangetroffen stenen lijken uit Scandinavië afkomstig en meegenomen te zijn door ijsmassa's uit het Salien, die de Noordzee vanit Scandinavië bedekten. De sedimenten in het zuidwestelijk deel van de Doggersbank lijken vooral van Engelse herkomst te zijn (Rob Witbaard, pers. comm.)</otherSiteCharacteristics>
				<qualityAndImportance>Belangrijke waarden in het gebied zijn alle karakteristieken van een zandbank (1110_D); biodiversiteit en biomassa van het macrobenthos; de Stekelrog. (Raja clavata)

Verdere kenmerkende vissoorten die vooral bij de Doggersbank voorkomen en in minder mate in andere te beschermen delen van de Noordzee zijn: Ansjovis (Engraulis encrasicolus), kleine pieterman (Echiichthys vipera), Schurftvis (Arnoglossus laterna).
  ?                   ??? ??  ?«? ?¸                              ?&lt;?????G      ?&lt;?                                                                                                                            ?                         ??&lt;?  ?  ?                   ??? ??  ?«? ?¸</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>- Anonymus (2005) Integraal Beheerplan Noordzee 2015. Interdepartementale Directeurenoverleg Noordzee (IDON)
- Arts FA, Berrevoets CM (2005) Monitoring van zeevogels en zeezoogdieren op het Nederlands Continentaal Plat 1991 - 2005: Verspreiding, seizoenspatroon en trend van zeven soorten zeevogels en de Bruinvis. Rapport RIKZ/2005.032, Rijksinstituut voor Kust en Zee/RIKZ, Middelburg
- Brasseur SMJM, Tulp I, Reijnders PJH, Smit CJ, Dijkman EM, Cremer JSM, Kotterman MJJ, Meesters HWG (2004) Voedselecologie van de Gewone en Grijze zeehond in de Nederlandse kustwateren. Rapport 905, Alterra, Wageningen
- Daan N, Heessen HJL, Hofstede Rt (2005) North Sea Elasmobranchs: distribution, abundance and biodiversity. ICES, Copenhagen
- Degraer S, Wittoeck J, Appeltans W, Cooreman K, Deprez T, Hillewaert H, Hostens K, Mees J, Vanden Berghe W, Vincx M (2006) De macrobenthosatlas van het Belgisch deel van de Noordzee. Federaal Wetenschapsbeleid D/2005/1191/5
- Hammond PS, Berggren P, Benke H, Borchers DL, Collet A, Heide Jorgensen MP, Heimlich S, Hiby AR, Leopold MF, Oien N (2002) Abundance of harbour porpoise and other cetaceans in the North Sea and adjacent waters. Journal-of-Applied-Ecology [print] April, 2002; 39 (2): 361-376 URLJ: http://wwwblackwell-sciencecom/~cgilib/jnlpageasp?Journal=jappl&amp;File=jappl
- Lindeboom HJ, Dijkman EM, Bos OG, Meesters EH, Cremer JSM, De Raad I, Bosma A (2008) Ecologische Atlas Noordzee ten behoeve van gebiedsbescherming. Wageningen IMARES vestiging Texel
- Lindeboom HJ, Geurts van Kessel AJM, Berkenbosch A (2005) Gebieden met bijzondere ecologische waarden op het Nederlands Continentaal Plat. Rapport RIKZ/2005008, Den Haag / Alterra rapport 1109, Wageningen:103 p.
-Patberg W, De Leeuw JJ, Winter HV (2005) Verspreiding van rivierprik, zeeprik, fint en elft in Nederland na 1970. Rapport C004/05, RIVO, IJmuiden, The Netherlands
- Ter Hofstede R, Heessen HJL, Daan N (2005) Systeembeschrijving Noordzee: Natuurwaardenkaarten vis. Rapport C090/05, RIVO, IJmuiden
- Ter Hofstede R, Quirijns FJ, Daan N, Dekker W, Verver SW, Heessen HJL, Asjes J, Star B (2004) Beschermde Gebieden Noordzee: Begrenzing en ecologische waardering t.a.v. visgemeenschappen; visserij-activiteiten. Rapport C057/04, RIVO Biologie en Ecologie</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>The same designation as under OSPAR under consideration.

Site adjacent to site DE1003301 Doggerbank and to site in consideration in UK Dogger Bank.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat Dienst Noordzee</organisation>
							<addressUnstructured>Postbus 5807
2280 HV Rijswijk</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Integraal Beheerplan Noordzee 2015 (2005)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2008002</siteCode>
				<siteName>Klaverbank</siteName>
				<compilationDate>2008-12</compilationDate>
				<updateDate>2008-12</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2008-12</sciProposalDate>
				<sciConfirmationDate>2009-12</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.0844</longitude>
				<latitude>54.0233</latitude>
				<area>124026.0</area>
				<marineAreaPercentage>100.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NLZZ</code>
						<name>Extra-Regio</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>marineAtlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>1170</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>C</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1364</speciesCode>
						<scientificName>Halichoerus grypus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1365</speciesCode>
						<scientificName>Phoca vitulina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1351</speciesCode>
						<scientificName>Phocoena phocoena</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>100.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>De Klaverbank is het enige gebied op het NCP waar significante hoeveelheden grind aan het oppervlak liggen en waar ook grotere stenen met een specifieke begroeiing van o.a. kalkroodwieren voorkomen. Het is het  gebied met de hoogste bodemfauna-diversiteit van het NCP. De Klaverbank wordt van noordwest tot zuidoost in twee delen opgesplitst door een 60 meter diepe geul, de Botney Cut. Ook op het Engelse Plat bevinden zich grote grind- en steenconcentraties. Het gebied is ontstaan als eindmorene van een gletsjer uit de laatste ijstijd (Weichselien) (Lindenboom et al., 2005).</otherSiteCharacteristics>
				<qualityAndImportance>Potentieel is het gebied ook belangrijk voor de voortplanting van vissen als roggen en Haring, die harde substraten nodig hebben. Er zijn aanwijzingen dat dit in het verleden het geval is geweest, de huidige situatie is onbekend. Ook zijn er aanwijzingen dat vogels en Bruinvissen soms in grotere concentraties in dit gebied voorkomen; of dit echter structureel is, is niet bekend (Lindeboom et al., 2005).

Alle ecologische waarden van het gebied met grof grind zijn van belang, met name aan het oppervlak liggende stenen met hun specifieke begroeiing. Ook het ertussen liggende benthos heeft een hoge natuurwaarde met een specifieke (voor Nederland unieke) langlevende soorten (Lindeboom et al., 2005). Op de Klaverbank is een levensgemeenschap aanwezig die voor zover bekend niet op andere delen van het NCP wordt aangetroffen (Van Moorsel, 2003).

Kenmerkende vissoorten voor de Klaverbank zijn verder: Ansjovis (Engraulis encrasicolus), gevlekte rog (Raja montagui), Kabeljauw (Gadus morhua), Kleine pieterman (Echiichthys vipera), Schurftvis (Arnoglossus laterna).

Kenmerkende benthossoorten voor de Klaverbank met dichtheden van ongeveer 1 tot 100 individuen per vierkante meter zijn Harpinia antennaria, Hippomedon denticulatus, Urothoe elegans, Dosinia lupinus, Mactra coralline, Phaxas pellucidus, Glycera lapidum, Glycera rouxi, Lumbrineris latreilli, Pectinaria koreni, Poecilochaetus serpens en Synelmis klatti.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>- Anonymus (2005) Integraal Beheerplan Noordzee 2015. Interdepartementale Directeurenoverleg Noordzee (IDON)
- Arts FA, Berrevoets CM (2005) Monitoring van zeevogels en zeezoogdieren op het Nederlands Continentaal Plat 1991 - 2005: Verspreiding, seizoenspatroon en trend van zeven soorten zeevogels en de Bruinvis. Rapport RIKZ/2005.032, Rijksinstituut voor Kust en Zee/RIKZ, Middelburg
- Brasseur SMJM, Tulp I, Reijnders PJH, Smit CJ, Dijkman EM, Cremer JSM, Kotterman MJJ, Meesters HWG (2004) Voedselecologie van de Gewone en Grijze zeehond in de Nederlandse kustwateren. Rapport 905, Alterra, Wageningen
- Daan N, Heessen HJL, Hofstede Rt (2005) North Sea Elasmobranchs: distribution, abundance and biodiversity. ICES, Copenhagen
- De Groot SJ (2002) A review of the past and present status of anadromous fish species in the Netherlands: is restocking the Rhine feasible? Hydrobiologia 478:205-218
- Degraer S, Wittoeck J, Appeltans W, Cooreman K, Deprez T, Hillewaert H, Hostens K, Mees J, Vanden Berghe W, Vincx M (2006) De macrobenthosatlas van het Belgisch deel van de Noordzee. Federaal Wetenschapsbeleid D/2005/1191/5
- Hammond PS, Berggren P, Benke H, Borchers DL, Collet A, Heide Jorgensen MP, Heimlich S, Hiby AR, Leopold MF, Oien N (2002) Abundance of harbour porpoise and other cetaceans in the North Sea and adjacent waters. Journal-of-Applied-Ecology [print] April, 2002; 39 (2): 361-376 URLJ: http://wwwblackwell-sciencecom/~cgilib/jnlpageasp?Journal=jappl&amp;File=jappl
- Lindeboom HJ, Dijkman EM, Bos OG, Meesters EH, Cremer JSM, De Raad I, Bosma A (2008) Ecologische Atlas Noordzee ten behoeve van gebiedsbescherming. Wageningen IMARES vestiging Texel
- Lindeboom HJ, Geurts van Kessel AJM, Berkenbosch A (2005) Gebieden met bijzondere ecologische waarden op het Nederlands Continentaal Plat. Rapport RIKZ/2005008, Den Haag / Alterra rapport 1109, Wageningen:103 p.
-Patberg W, De Leeuw JJ, Winter HV (2005) Verspreiding van rivierprik, zeeprik, fint en elft in Nederland na 1970. Rapport C004/05, RIVO, IJmuiden, The Netherlands
- Ter Hofstede R, Heessen HJL, Daan N (2005) Systeembeschrijving Noordzee: Natuurwaardenkaarten vis. Rapport C090/05, RIVO, IJmuiden
- Ter Hofstede R, Quirijns FJ, Daan N, Dekker W, Verver SW, Heessen HJL, Asjes J, Star B (2004) Beschermde Gebieden Noordzee: Begrenzing en ecologische waardering t.a.v. visgemeenschappen; visserij-activiteiten. Rapport C057/04, RIVO Biologie en Ecologie
- Van Moorsel GWNM (2003) Ecologie van de Klaverbank, Biotasurvey 2002. Ecosub, Doorn</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>The same designation as under OSPAR under consideration.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat Dienst Noordzee</organisation>
							<addressUnstructured>Postbus 5807
2280 HV Rijswijk</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Integraal Beheerplan Noordzee 2015 (2005)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2008003</siteCode>
				<siteName>Vlakte van de Raan</siteName>
				<compilationDate>2008-12</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2008-12</sciProposalDate>
				<sciConfirmationDate>2009-12</sciConfirmationDate>
				<sacDesignationDate>2011-03</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/163/n2k163%20vlakte%20van%20de%20raan_definitief%20aanwijzingsbesluit_03dec10.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.3096</longitude>
				<latitude>51.4866</latitude>
				<area>17521.0</area>
				<marineAreaPercentage>100.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NLZZ</code>
						<name>Extra-Regio</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>marineAtlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>1110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>18848.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1103</speciesCode>
						<scientificName>Alosa fallax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>V</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>D</population>
						<conservation></conservation>
						<isolation></isolation>
						<global></global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1364</speciesCode>
						<scientificName>Halichoerus grypus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound>400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1099</speciesCode>
						<scientificName>Lampetra fluviatilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1095</speciesCode>
						<scientificName>Petromyzon marinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1365</speciesCode>
						<scientificName>Phoca vitulina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>101</lowerBound>
							<upperBound>250</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1351</speciesCode>
						<scientificName>Phocoena phocoena</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>V</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>100.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>De Vlakte van de Raan wordt begrensd door de -20 NAP lijn aan de zeezijde, de Speciale Berschermingszone (SBZ) Voordelta, de SBZ Westerschelde en aan de zuidkant door de grens met België.
Op geologische schaal is er sprake van grootschalige bodembewegingen in het gebied, die enerzijds bestaan uit een langzame daling van de Noordzeebodem en anderzijds uit een geleidelijke stijging van het ?Massief van Brabant? (De Mulder et al., 2003) waarop een serie van paleocene, pleistocene en holocene sedimenten zijn afgezet (Le Bot et al., 2003, 2005). De samenstelling van de bodemsedimenten in het Westerscheldemondingsgebied is zeer heterogeen. Zowel zandige sedimenten als slib komen voor (Du Four et al. 2006).</otherSiteCharacteristics>
				<qualityAndImportance>De Vlakte van de Raan is van belang voor vissen, benthos en vogels. 
Kenmerkende soorten van de Klaverbank zijn: Aonides paucibranchiata, Chone duneri, Glycera lapidum, Glycera alba, Laonice bahusiensis, Pistella lornensis, Typosyllis cornuta, het bulldozerkreeftje Urothoe marina, de Gewone zeeappel (Psammechinus miliaris) en de tweekleppige Dosinia exoleta (Van Moorsel 2003).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>-Anonymus (2005) Integraal Beheerplan Noordzee 2015. Interdepartementale Directeurenoverleg Noordzee (IDON)
- Arts FA, Berrevoets CM (2005) Monitoring van zeevogels en zeezoogdieren op het Nederlands Continentaal Plat 1991 - 2005: Verspreiding, seizoenspatroon en trend van zeven soorten zeevogels en de Bruinvis. Rapport RIKZ/2005.032, Rijksinstituut voor Kust en Zee/RIKZ, Middelburg
</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>The same designation as under OSPAR under consideration.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat Dienst Noordzee
</organisation>
							<addressUnstructured>Postbus 5807
2280 HV Rijswijk</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Integraal Beheerplan Noordzee 2015 (2005)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL2009162</siteCode>
				<siteName>Abtskolk &amp; De Putten</siteName>
				<compilationDate>2010-09</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2010-02</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/162/PDN2009_162_Abtskolk_en_De_Putten_DEF.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.6599</longitude>
				<latitude>52.7431</latitude>
				<area>500.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>620</lowerBound>
							<upperBound>620</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>210</lowerBound>
							<upperBound>210</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A042</speciesCode>
						<scientificName>Anser erythropus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>65.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>The site is part of the Zijpe- and Hazepolder and the Vereenigde Harger- and Pettemerpolder. The Zijpe- and Hazepolder is a land reclamation which is poldered at the end of the 16th century. The polder is devided in divisions because of differences in height between parts of the uncovered land. The Vereenigde Harger- and Pettemerpolder was reclaimed some tens of years later. The opening in the dune area between Petten and Camperduin was closed in the end of the 16th century, but the Hondsbossche Zeewering was completed in the current form in 1870. 
The south and the middle of the site consist of clay grounds. As a result of clay winning in the 1950?s and 1970?s the open waters of respectively De Putten (adjacent to the Hondsbossche Zeewering) and Abtskolk (Polder Q) were created. The site furthermore consiste mainly of grasslands. The Zijpe- and Hazepolder has a straight allotment whereas the pattern of canals in the Vereenigde Harger- and Pettemerpolder has a less orderly character.</otherSiteCharacteristics>
				<qualityAndImportance>Species meeting the 1% threshold (non-breeding): Lesser White-fronted Goose Anser erythropus (21%)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Koffijberg, K., Cottaar, F. &amp; van der Jeugd, H. (2005). Pleisterplaatsen van Dwergganzen Anser erythropus in Nederland. SOVON-informatierapport 2005/06. SOVON Vogelonderzoek Nederland, Beek-Ubbergen.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>artly nature reserve of State Forestry Service and National NGO - Natuurmonumenten.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007 
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2011015</siteCode>
				<siteName>Van Oordt's Mersken</siteName>
				<compilationDate>2011-09</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/015/N2K015_DB%20HV%20Van%20Oordts%20Mersken.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.1613</longitude>
				<latitude>53.0588</latitude>
				<area>536.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.2</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.1</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>6.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>26.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>66.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Transition from moist meadows in brook valley to moist and dry heathlands, also forests with small remains of Molinia-meadows and Nardus-grasslands.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Molinia meadows on calcareous, peaty or clayey-silt-laden soils (6410). Also important for species-rich Nardus-grasslands. Important for insects and reptiles.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Altenburg, W. &amp; E. Wymenga (1988). Nieuwe vondsten van Carex buxbaumii Wahlenb. in Friesland. Gorteria 14 (2): 27-28. (001536).</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of  State Forestry Service.  Part qualifies for EU-Bird-directive.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Friesland</organisation>
							<addressUnstructured>Postbus 20120
8900 HM Leeuwarden</addressUnstructured>
							<email>e.c.bakker@fryslan.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL2013137</siteCode>
				<siteName>Strabrechtse Heide &amp; Beuven</siteName>
				<compilationDate>2013-09</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2013-05</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/137/N2K137_DB%20HVN%20Strabrechtse%20Heide%20&amp;%20Beuven.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.629</longitude>
				<latitude>51.393</latitude>
				<area>757.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A127</speciesCode>
						<scientificName>Grus grus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A022</speciesCode>
						<scientificName>Ixobrychus minutus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N20</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>65.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Heathland with fens, woods.</otherSiteCharacteristics>
				<qualityAndImportance>Threatened heathland habitats and amphibious communities; Roost for migrating Grus grus. New IBA 075-00 (van den Tempel &amp; Osieck, 1994).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL2014038</siteCode>
				<siteName>Rijntakken</siteName>
				<compilationDate>2014-06</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1996-10</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/038/N2K038_066-068_DB%20HVN%20Rijntakken.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>New site (2014) is a combination of 4 former SPAs, formerly known as:
NL2000011 Waal
NL9802036 IJssel
NL9802038 Neder-Rijn
NL9902004 Gelderse Poort

From 2007 former SPA NL2000011 Waal was a merge of SPA Waal and SPA Kil van Hurwenen, both with site code NL2000011</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.9408</longitude>
				<latitude>51.9514</latitude>
				<area>23049.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
					<region>
						<code>NL22</code>
						<name>Gelderland</name>
					</region>
					<region>
						<code>NL31</code>
						<name>Utrecht</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A298</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>12</lowerBound>
							<upperBound>12</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A229</speciesCode>
						<scientificName>Alcedo atthis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>22</lowerBound>
							<upperBound>22</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>135</lowerBound>
							<upperBound>135</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>409</lowerBound>
							<upperBound>409</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1133</lowerBound>
							<upperBound>1133</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>17905</lowerBound>
							<upperBound>17905</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6108</lowerBound>
							<upperBound>6108</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>347</lowerBound>
							<upperBound>347</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>183000</lowerBound>
							<upperBound>183000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>22000</lowerBound>
							<upperBound>22000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A039</speciesCode>
						<scientificName>Anser fabalis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2800</lowerBound>
							<upperBound>2800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>989</lowerBound>
							<upperBound>989</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2324</lowerBound>
							<upperBound>2324</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>5200</lowerBound>
							<upperBound>5200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>186</lowerBound>
							<upperBound>186</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A122</speciesCode>
						<scientificName>Crex crex</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>110</lowerBound>
							<upperBound>110</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>102</lowerBound>
							<upperBound>102</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A038</speciesCode>
						<scientificName>Cygnus cygnus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>32</lowerBound>
							<upperBound>32</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>7995</lowerBound>
							<upperBound>7995</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A153</speciesCode>
						<scientificName>Gallinago gallinago</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>17</lowerBound>
							<upperBound>17</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A130</speciesCode>
						<scientificName>Haematopus ostralegus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>337</lowerBound>
							<upperBound>337</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A022</speciesCode>
						<scientificName>Ixobrychus minutus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>679</lowerBound>
							<upperBound>679</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A272</speciesCode>
						<scientificName>Luscinia svecica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>95</lowerBound>
							<upperBound>95</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>37</lowerBound>
							<upperBound>37</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A160</speciesCode>
						<scientificName>Numenius arquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>889</lowerBound>
							<upperBound>889</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1259</lowerBound>
							<upperBound>1259</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>664</lowerBound>
							<upperBound>664</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A151</speciesCode>
						<scientificName>Philomachus pugnax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>537</lowerBound>
							<upperBound>537</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A140</speciesCode>
						<scientificName>Pluvialis apricaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>144</lowerBound>
							<upperBound>144</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>970</lowerBound>
							<upperBound>970</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>19</lowerBound>
							<upperBound>19</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A249</speciesCode>
						<scientificName>Riparia riparia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>610</lowerBound>
							<upperBound>610</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A004</speciesCode>
						<scientificName>Tachybaptus ruficollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>47</lowerBound>
							<upperBound>47</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>121</lowerBound>
							<upperBound>121</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A162</speciesCode>
						<scientificName>Tringa totanus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>64</lowerBound>
							<upperBound>64</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A142</speciesCode>
						<scientificName>Vanellus vanellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>8036</lowerBound>
							<upperBound>8036</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>13.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Main Rhine river system in the Netherlands, including the branches Waal, Rhine and Ijssel, from the border of Germany to the entrance of the Deltas (southwestern Delta and Ijsselmeer). In the upper part there is a large area with former river branches (Oude Rijnstrangen). In many other places these former branches are restored, flowing parallel to the river or as a dead end. Along the river there mostly are dikes, a lower one just along the water (summer dike), a higher one further away (winter dike). The zone between these two dikes is very important for river related nature, like wintering birds, grasslands rich in flowers and alluvial forests. In some places there are no dikes, sometimes because there are natural levees or dunes, adjacent to Veluwe and Utrechtse Heuvelrug there is a gradient to the higher grounds.</otherSiteCharacteristics>
				<qualityAndImportance></qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Gelderland</organisation>
							<addressUnstructured>Postbus 9090
6800 GX Arnhem</addressUnstructured>
							<email>d.spanjers@gelderland.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL2014067</siteCode>
				<siteName>Rijntakken</siteName>
				<compilationDate>2014-06</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2014-04</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/038/N2K038_066-068_DB%20HVN%20Rijntakken.pdf</sacLegalReference>
				<explanations>New site (SAC)(2014) is a combination of 4 former SCIs, formerly known as:
NL2003004 Amerongse Bovenpolder
NL2003022 IJsseluiterwaarden
NL2003041 Rijswaard en Kil van Hurwenen
NL9801024 Gelderse Poort</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.9452</longitude>
				<latitude>51.9473</latitude>
				<area>8356.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL22</code>
						<name>Gelderland</name>
					</region>
					<region>
						<code>NL31</code>
						<name>Utrecht</name>
					</region>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>94.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3260</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>41.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>3270</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>75.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>138.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>70.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6510</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>210.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>948.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91F0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>54.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1102</speciesCode>
						<scientificName>Alosa alosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>V</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>D</population>
						<conservation></conservation>
						<isolation></isolation>
						<global></global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1337</speciesCode>
						<scientificName>Castor fiber</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>101</lowerBound>
							<upperBound>250</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1099</speciesCode>
						<scientificName>Lampetra fluviatilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1095</speciesCode>
						<scientificName>Petromyzon marinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1106</speciesCode>
						<scientificName>Salmo salar</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>13.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Main Rhine river system in the Netherlands, including the branches Waal, Rhine and Ijssel, from the border of Germany to the entrance of the Deltas (southwestern Delta and Ijsselmeer). In the upper part there is a large area with former river branches (Oude Rijnstrangen). In many other places these former branches are restored, flowing parallel to the river or as a dead end. Along the river there mostly are dikes, a lower one just along the water (summer dike), a higher one further away (winter dike). The zone between these two dikes is very important for river related nature, like wintering birds, grasslands rich in flowers and alluvial forests. In some places there are no dikes, sometimes because there are natural levees or dunes, adjacent to Veluwe and Utrechtse Heuvelrug there is a gradient to the higher grounds.</otherSiteCharacteristics>
				<qualityAndImportance></qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Gelderland</organisation>
							<addressUnstructured>Postbus 9090 
6800 GX Arnhem
</addressUnstructured>
							<email>d.spanjers@gelderland.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL3000016</siteCode>
				<siteName>Zwanenwater &amp; Pettemerduinen</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/085/N2K085_DB%20HVW%20Zwanenwater%20&amp;%20Pettemerduinen.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL3000016 Duinen Zwanewater en Pettermerduinen</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.6875</longitude>
				<latitude>52.8071</latitude>
				<area>770.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.8</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>71.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>476.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>206.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.9</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2170</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>21.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2180</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>159.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>113.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>17.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.3</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7210</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>9.9</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>91.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Coastal dunes grey-dunes, humid dune-slacks (two dune lakes) and Salix scrub. Site adjacent to NL1000009 Duinen Den Helder - Callantsoog.</otherSiteCharacteristics>
				<qualityAndImportance>One of the seven most important sites for the habitat type Decalcified fixed dunes with Empetrum nigrum (2140). One of the eight most important sites for the habitat type Species-rich Nardus grassland  (6230).  Important breeding place for spoonbills (Platalea leucorodia). Includes new IBA 016-00 (van den Tempel &amp; Osieck, 1991).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)

Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95 (Voslamber et al., 1998; SOVON)

Barendregt, A (1980). Flora en vegetatie van het Zwanewater. Doctoraal-verslag vakgroep vegetatiekunde en botanische ecologie, R.U.Utrecht. 103 pp. 

Barendregt, A. (1982). Het Zwanewater, een vergeten stuk waddendistrict. De Levende Natuur, jrg. 84 (1): 1-9.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>ZWANENWATER</siteName>
							<type>+</type>
							<cover>76.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>The Zwanenwater (573 ha) has been designated as Ramsar site and as SPA under the EC Wild BirdsDirective in 1988 and is twinned to Titchwell Marsh (UK) and Platier d'Oye (F). The Zwanenwater is also a nature reserve of a national NGO.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL3000027</siteCode>
				<siteName>Zwin &amp; Kievittepolder</siteName>
				<compilationDate>2014-06</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/123/N2K123_DB%20HVN%20Zwin%20&amp;%20Kievittepolder.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL3000027 Zwin (1998-2013)
Merged with SPA Zwin under sitecode NL3009018 (2013-2014)
Divided from SPA Zwin in 2014 because of change in border of SAC</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.3711</longitude>
				<latitude>51.3673</latitude>
				<area>127.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>1140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>42.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>1310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.3</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>1320</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>1330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>21.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.6</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.2</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>14.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1014</speciesCode>
						<scientificName>Vertigo angustior</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>40.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A small coastal wetland, consisting of a former estuary  with creeks, sandbanks, mudflats and dunes. Northern part is an intertidal area of which the largest part is located in Belgium. Consists of creeks, sandbanks, mudflats and dunes. Wet grassland and pools important for Triturus cristatus.
Site adjacent to NL9803061 Westerschelde and adjacent to pSCIs "Duingebieden inclusief IJzermonding en Zwin" (BE2500001) and "Polders" (BE2500002) in Vlaanderen.</otherSiteCharacteristics>
				<qualityAndImportance>Site includes the main part of IBA033 (IBA 2000), which only qualifies in combination with the Belgian part of this side.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description></description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zeeland</organisation>
							<addressUnstructured>Postbus 6001
4330 LA Middelburg</addressUnstructured>
							<email>me.kuzee@zeeland.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>N</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL3000036</siteCode>
				<siteName>Nieuwkoopse Plassen &amp; de Haeck</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-11</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/103/N2K103_DB%20HVN%20Nieuwkoopse%20Plassen%20&amp;%20De%20Haeck.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.8046</longitude>
				<latitude>52.1424</latitude>
				<area>2008.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>18.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>95.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>19.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>17.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>34.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>228.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>C</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>7210</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.2</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>66.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>4056</speciesCode>
						<scientificName>Anisus vorticulus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1082</speciesCode>
						<scientificName>Graphoderus bilineatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>3000</lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>51</lowerBound>
							<upperBound>500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>36.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>31.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>28.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A complex of freshwater lakes with reedbeds, hay/grasslands, small islands, wet woodland and marshes (new peat formation):</otherSiteCharacteristics>
				<qualityAndImportance>Threatened habitats like rich fens and fen-sedge beds. Important breeding area for marsh birds. New IBA 063-00 (van den Tempel &amp; Osieck, 1994).
One of the four most important sites for the habitat type Northern Atlantic wet heaths with Erica tetralix (4010; subtype Oxycocco-Ericion). One of the ten most important sites for the habitat type Calcareous fens with Cladium mariscus (7210).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Areas important for birds in the Netherlands (vd Tempel &amp; Osieck, 1994; Vogelbescherming &amp; SOVON) 

Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels 1994/95 (Voslamber et al., 1998; SOVON)</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>A small part (De Haeck, 60 ha) is protected by the Nature Conservation Act. Partly nature reserves of national NGO (Natuurmonumenten - Nieuwkoopse Plassen 1085 ha, Achttienhovense Polder 16 ha), provincial NGO (de Haeck, 11 ha) and State Forestry Service (de Meije, 23 ha). Qualifies for Ramsar. partly qualifies for EU Bird directive</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag</addressUnstructured>
							<email>cgm.van.kruining@pzh.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Zuid-Hollands Landschap, 1981. De Haeck.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL3000040</siteCode>
				<siteName>Biesbosch</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/112/N2K112_DB%20HV%20Biesbosch.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.7573</longitude>
				<latitude>51.7513</latitude>
				<area>9640.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3260</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>27.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>3270</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>50.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.5</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>50.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6510</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>124.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1754.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1102</speciesCode>
						<scientificName>Alosa alosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>V</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>D</population>
						<conservation></conservation>
						<isolation></isolation>
						<global></global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1103</speciesCode>
						<scientificName>Alosa fallax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1337</speciesCode>
						<scientificName>Castor fiber</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>125</lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1099</speciesCode>
						<scientificName>Lampetra fluviatilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1387</speciesCode>
						<scientificName>Orthotrichum rogeri</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>V</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1095</speciesCode>
						<scientificName>Petromyzon marinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1106</speciesCode>
						<scientificName>Salmo salar</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>38.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>14.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A former fresh water tidal estuary (tide of about 2 m), closed  off from the sea in 1970. Nowadays a freshwater wetland with little tidal influence (20 cm) (only in the Sliedrechtse Biesbosch more tidal influence, up to 80 cm) with marshes and Salix woodlands.</otherSiteCharacteristics>
				<qualityAndImportance>One of the seven most important sites for the habitat type Xeric sand calcareous grasslands (6120). One of the five most important sites for the habitat type Eutrophic tall herbs (6430, subtype (Epilobion hirsuti including the key species Althaea officinalis). One of the five most important sites for the habitat type Alluvial forests (91E0, subtype Salicion albae).Only known site with the moss Orthotrichum rogeri. The site holds one of the four most important populations of the vole Microtus oeconomus arenicola of the SW. Netherlands metapopulation. The site regularly supports more than 20,000 wintering waterbirds (1991/92-1995-96)

Important for breeding birds (esp. Circus aeruginosus and  Luscinia svecica) and for wintering waterfowl. New IBA 40-00 (vanden Tempel &amp; Osieck, 1994). Castor fiber has been re-introduced successfully. Extremely rich in fish species, at least 8 threatened fish species occur.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Areas important for birds in the netherlands (vd Tempel &amp; Osieck, 1997; SOVON) 

Belangrijke zoogdiergebieden in nederland (Dijkstra et al., 1997; VZZ)

Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95 (Voslamber et al., 1998; SOVON)

Anonymus (1956). De Biesbosch. Het standpunt van de natuurbescherming. Contact-commissie voor Natuur- en Landschapsbescherming. Herengracht 540, Amsterdam. (003780).				

Balk, J. Th (1949). De biesbosch ons Deltaland. De kampioen, october 1949: 287-290. (003870).				

Beke, F.A.M. ter &amp; A.J.M. Rombouts (1972). Onderzoek naar de vegetatie-veranderingen vanaf april 1969 in het Binnendijkse gedeelte van de Brabantse Biesbosch. Doctoraal onderwerp voor Botanisch laboratorium afd. Geobotanie van de Katholieke Universiteit Nijmegen. (R-0196).				
Boois, H. de &amp; B.L.F. Saeijs (1968). Beschrijving en kartering van de plantengemeenschappen in de Dortse Biesbosch. Doctoraalonderwerp aan het Instituut voor Systematische Plantkunde te Utrecht.. (R-0356).				
Boois, H. de (1973). Problematiek rond vegetatiekundig onderzoek in de Biesbosch. Vakbl.Biologen 12: 212-214. (005999).				

Braber, C. &amp; J. de Rijk (1986). De verspreiding en biotoopkeuze van de noordse woelmuis, Microtus oeconomus, in het  zuidwestelijke deel van de Brabantse Biesbosch. Rapport 20-04-1986, Staatsbosbeheer, Tilburg, 22 pp.				
Butot, L.J.M. (1960). Pseudamnicola confusa (Frauenfeld, 1863) algemeen in de Biesbosch (Biesbosch (Gastropoda, Prosobranchia). Basteria 24 (4/5): 60-65. (002303).				

Cnossen, P.D. &amp; D.J. de Jong (1971). De vegetatie van de grienden van `de Dood' in de Brabantsche Biesbosch anno 1970. Instituut voor Systematische Plantkunde, Utrecht. 85 pp. (R-0237).				

Drenthe, C.J. &amp; A.H. Foeken-Schipper (1972). De vegetatie van de grienden van `De Dood' in de Brabantsche Biesbosch. Instituut voor Systematische Plantkunde, Utrecht. 43 pp. (R-0354).				

Goethart (1911). Verslag der in Augustus 1911 gehouden excursies (Biesbosch). ???. (006442).				

Gottenbos, A.J., T.W. van Heiningen &amp; G.M.P. Sponselee (1967). Beschrijving en kartering van de plantengemeenschappen in de grienden `De Otter' en `De Huiswaard' Z.H. Biesbosch. Systematische Plantkunde, Utrecht. 33 pp. (R-0355).				
Hartog. C. den (????). Een karakteristiek van het zoetwatergetijdengebied en de plaats van de Biesbosch in dit geheel. ???. (008035).				

Pluijm, A. van der (1990). Enkele voor Nederland nieuwe blad- en levermossen in de Biesbosch. Lindbergia 16: 28-34. (004309).				

Steenis, C.G.G.J. van (1968). De vegetatieve verspreiding van Caltha palustrus L. in de Biesbosch. Gorteria 4: 62 - 64. (008763).				

Verhey, C.J. (1961). Het ontstaan van de Sliedrechtse Biesbosch. De Levende Natuur 64 (5): 97-102. (000919).				

Verhey, C.J. (1961). Vegetatie en fauna van de Sliedrechtse Biesbosch. De Levende Natuur 64 (6): 138-143. (000920).				

Weeda, E.J. (1995). Het Pellio-Conocephaletum in de Biesbosch. Stratiotes 10: 24-27. (008756).				

Zonneveld, I.S (1960). De Brabantsche Biesbosch - Een studie van bodem en vegetatie van een zoetwatergetijdedelta. Samenvatting. Pudoc, wageningen, 20 pp.. (008489).				

Zonneveld, I.S. (1952). De Biesbosch, een zoetwatergetijdendelta. Natuur en Landschap 6: 1-32. (001081).				

Zonneveld, I.S. (1957). Der Biesbosch in der Provinz Nord-Brabant (Niederlande). Erdkunde, Archiv für wissenschaftliche Geographie XI (3): 224-232. (001082).				
Zonneveld, I.S. (1960). De Brabantsche Biesbosch. Een studie van bodem en vegetatie van een zoetwatergetijdedelta. Dissertatie Landbouwhogeschool Wageningen 210 pp.. (B-0101).				

Zonneveld, I.S. (1960). De Brabantse Biesbosch. Een studie van bodem en vegetatie van een zoetwatergetijdendelta. A. Engelse samenvatting met tekstfiguren en tabellen. B. Nederlandse tekst. C. Bijlagen. Landbouwhogeschool Wageningen. Dissertatie. Pudoc, Wageningen. 210, 396 pp. (D-0012).				
Zonneveld, I.S. De Biesbosch. In: XXX. Excursieverslagen Plantensociologische Kring Nederland 1990				

Zonneveld, I.S. (1999). De Biesbosch, een halve eeuw gevolgd : van hennip tot netelbos en verder : de vierde dimensie van de vegetatie en de bodem in de Brabantse Biesbosch (1948-1998). Uniepers, Abcoude, 223 pp + bijl.</description>
					<links>
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				</documentation>
			</siteDescription>
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				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>76.0</cover>
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					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
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					<internationalRelationships>
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							<convention>ramsar</convention>
							<siteName>BIESBOSCH</siteName>
							<type>+</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve. Designated as National Park in 1994. Qualifies for EU-Birddirective (I &amp; 4.2) and Ramsar. Partly designated as Ramsar site (1700 ha) in 1980. Partly (2700 ha) Biogenetic Reserve (Council of Europe).</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheers- en Inrichtingsplan Nationaal Park De Biesbosch 2003, Beheersplan Rijkswateren 2001-2004</conservationMeasures>
			</siteManagement>
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				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
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			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL3000061</siteCode>
				<siteName>Naardermeer</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/094/N2K094_DB%20HV%20Naardermeer.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
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				<latitude>52.2925</latitude>
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				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
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					<habitatType>
						<code>3140</code>
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						<coveredArea>172.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
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						<coveredArea>114.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
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					</habitatType>
					<habitatType>
						<code>4010</code>
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						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
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						<nonpresentInSite>false</nonpresentInSite>
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						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
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					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
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						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>87.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>4056</speciesCode>
						<scientificName>Anisus vorticulus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
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						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
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						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1082</speciesCode>
						<scientificName>Graphoderus bilineatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
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						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
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						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
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							<upperBound>25</upperBound>
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						<population>C</population>
						<conservation>B</conservation>
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						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
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						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
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							<lowerBound></lowerBound>
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						<population>B</population>
						<conservation>A</conservation>
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						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1016</speciesCode>
						<scientificName>Vertigo moulinsiana</scientificName>
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						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
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						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
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					<code>N14</code>
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					<code>N06</code>
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				<habitatClass>
					<code>N07</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>The site includes also a wide zone of (former) agricultural grassland that are converted into wet grasslands, pools and marshland [part added 4/2003]. Site thanks to this extension became adjacent to NL2003036 Oostelijke Vechtplassen.</otherSiteCharacteristics>
				<qualityAndImportance>The site holds one of the best and most varied stoneworth vegetations in the Netherlands (habitat type 3140). One of the ten most important sites for the habitat type Bog woodland (91D0).
Very important breeding colonies of birds. New IBA061-00 (van den Tempel &amp; Osieck, 1994).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997)

Monitoring van vogels in belangrijke vogelegebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95 (Voslamber et al., 1998; SOVON)

Wassen, M.J., A. Barendregt, M.C. Bootsma &amp; P.P. Schoot (1989). Groundwater chemistry and vegetation of gradients from rich fen to poor fen in the Naardermeer (The Netherlands). Vegetatio 79: 117-132. 

Zinderen Bakker, E.M. van (1936). Het botanisch onderzoek van het Naardermeer. Jaarboek 1929-1935 der Vereeniging tot Behoud van Natuurmonumenten in Nederland. 15 pp. 

Zinderen Bakker, E.M. van (1940). Recherches botaniques au lac de Naarden. Nederlandsch Kruidkundig Archief 50: 71-73. 

Zinderen Bakker, E.M. van (1942). Het Naardermeer. Een geologische, historische en botanischelandschapsbeschrijving van Nederlands oudste Natuurmonument. C.V. Allert de Lange, Amsterdam. 255 pp. 

Zinderen Bakker, E.M. van (1942). Succesie-onderzoek in het Naardermeer. De Lev. Nat. XLVII (1 en 2). 10 pp. 

Zinderen Bakker, E.M. van (1947). De West-Nederlandsche veenplassen. Een geologische, historische en biologische landschapsbeschrijving van het water- en moerasland. C.V. Allert de Lange, Amsterdam. 136 pp.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Naardermeer</siteName>
							<type>+</type>
							<cover>65.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of National NGO- Natuurmonumenten. The area is designated as Ramsar site (752 ha, 23-5-1980) and as SPA under the EU Bird directive (752 ha, 1986).</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL3000070</siteCode>
				<siteName>Dwingelderveld</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1996-10</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/030/N2K030_DB%20HV%20Dwingelderveld.pdf</spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/030/N2K030_DB%20HV%20Dwingelderveld.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.4093</longitude>
				<latitude>52.8086</latitude>
				<area>3768.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
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					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>17.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2320</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>153.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.7</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
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						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3160</code>
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						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>63.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
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						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>373.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>588.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>5130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>18.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>77.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>30.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>7120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>18.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>20.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>41.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>7</lowerBound>
							<upperBound>7</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A039</speciesCode>
						<scientificName>Anser fabalis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>5900</lowerBound>
							<upperBound>5900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A236</speciesCode>
						<scientificName>Dryocopus martius</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>14</lowerBound>
							<upperBound>14</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A246</speciesCode>
						<scientificName>Lullula arborea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>35</lowerBound>
							<upperBound>35</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A277</speciesCode>
						<scientificName>Oenanthe oenanthe</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>9</lowerBound>
							<upperBound>9</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A008</speciesCode>
						<scientificName>Podiceps nigricollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>43</lowerBound>
							<upperBound>43</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A275</speciesCode>
						<scientificName>Saxicola rubetra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>12</lowerBound>
							<upperBound>12</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A276</speciesCode>
						<scientificName>Saxicola torquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>84</lowerBound>
							<upperBound>84</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A004</speciesCode>
						<scientificName>Tachybaptus ruficollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>55</lowerBound>
							<upperBound>55</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>11.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>35.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>37.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of fluvio-glacial sands with humid and dry heathland containing c.40 freshwater bodies Of various sizes, surrounded by predominantly coniferous forest. site is located to the north-west of the city of Hoogeveen.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for (breeding): Black Woodpecker Dryocopus martius.Site coincides with IBA083 (IBA2000)One of the three most important sites for the habitat type Northern Atlantic wet heaths with Erica tetralix (4010; subtype Ericion tetralicis). Includes prime forest site already existing before 1850 (so-called "A-locatie bos"). One of the three most important sites for the habitat type Old acidophilous oak woods with Quercus robur on sandy plains (9190).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Belangrijke zoogdiergebieden in nederland (Dijkstra, 1997; VZZ)

Areas important for birds in the Netherlands (vd Tempel &amp; Osieck, 1994; Vogelbescherming &amp; SOVON)

Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95 (Voslamber et al., 1998; SOVON)

Leeuwen, R. van (2000). Veentjes in boswachterij Dwingeloo. In: Hommel, P.W.F.M., M.A.P. Horsthuis &amp; V. Westhoff (red.). Excursieverslagen 1998. Plantensociologische Kring Nederland, pp 58-60. 

Niewold FJJ. 1997. De fauna van het Dwingelderveld: recente ontwikkelingen en een  faunabeheerplan. IBN Rapport  277. IBN-DLO,Wageningen

Dekker H. 1998. Nationaal Park Dwingelderveld. Van Gorcum,  Assen

Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000.Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van Europese vogelwaarden in aangewezen en aan te wijzen speciale    beschermingszones en andere belangrijke gebieden. SOVON Informatierapport2000/01SOVON,  Beek-Ubbergen

Kleine J. 2003. Fauna-inventarisatie Dwingelderveld en omgeving 2002. Eigen uitgave,  Dwingeloo.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>98.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention>ramsar</convention>
							<siteName>Dwingelderveld</siteName>
							<type>+</type>
							<cover>39.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>It has been designated as a National Park in 1990. Half is Biogenetic Reserve (Council of Europe)</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Drenthe</organisation>
							<addressUnstructured>Postbus 122
9400 AC Assen</addressUnstructured>
							<email>g.arkema@drenthe.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL3000401</siteCode>
				<siteName>Kampina &amp; Oisterwijkse Vennen</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/133/N2K133_DB%20HV%20Kampina%20&amp;%20Oisterwijkse%20Vennen.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL3000401 Kampina en Oisterwijkse Vennen en Bossen</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.2458</longitude>
				<latitude>51.5703</latitude>
				<area>2278.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>18.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.2</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>C</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>23.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>47.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>122.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>154.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.2</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>23.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7210</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.9</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1082</speciesCode>
						<scientificName>Graphoderus bilineatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>12.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>40.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Wet heathlands with pools and planted forests:</otherSiteCharacteristics>
				<qualityAndImportance>One of the three most important sites for the habitat type Northern Atlantic wet heaths with Erica tetralix (4010; subtype Ericion tetralicis). The site holds one of the four examples of habitat type 3110 in the Netherlands. One of the five most important sites for Luronium natans. Important for several threathened plant and butterfly species.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Arts, G.H.P. &amp; R.F.M. Buskens (1989). Aanvoer van venvreemd water: een noodzaak? In: Roelofs, J.G.M. (red). Aanvoer van gebiedsvreemd water: omvang en effecten op oecosystemen. Vakgroep Aquatische Oecologie en Biogeologie, K.U. Nijmegen, pp 100-110.				

Arts, G.H.P. &amp; R.F.M. Buskens (1998). The vegetation of soft-water lakes in The Netherlands in relation to human influence and restoratiuion measures, with special attention to the association Isoeto-Lobelietum. Mitteilungen der Arbeitsgemeinschaft Geobotanik in Schleswig-Holstein und Hamburg 57: 111-120.				
Arts, G.H.P. (1990). Detoration of atlantic soft-water systems and their flora. A historical account. Proefschrift Katholieke Universiteit Nijmegen, 197 pp.				
Arts, G.H.P. (2000). Centrale vennen en Winkelsven. In: Hommel, P.W.F.M., M.A.P. Horsthuis &amp; V. Westhoff (red.). Excursieverslagen 1997. Plantensociologische Kring Nederland, pp 51-54. (008745).				

Arts, G.H.P., P.W.M. van Beers &amp; J.D.M. Belgers (2001). Herstelbeheer in vennen en de floristische samenstelling van isoetide begroeiingen in de periode 1980-1999. Stratiotes 23: 33-39.				

Beers, P.W.M. van (1996). Onderzoek Brabantse vennen 1994. Rapport Provincie Noord-Brabant, dienst Waterstaat, Milieu en Vervoer.				

Beije, H.M. (1978). Vegetatiekartering van het Beerzedal in Kampina. Vereniging tot behoud van natuurmonumenten in Nederland, 's-Graveland, 46 pp.				
Belle, F. van (1992). Kampina - Oisterwijkse bossen en vennen: beheersplan 1993.				

Brouwer, E. (2001). Restoration of Atlantic softwater lakes and perspectives for characteristic macrophytes. Proefschrift Katholieke Universiteit Nijmegen, 133 pp.				
Brouwer, E., R. Bobbink, J.G.M. Roelofs &amp; G.M. Verheggen (1996). Effectgerichte maatergelen tegen verzuring en eutrofiëring van oppervlaktewateren. Eindrapport monitoringsprogramma tweede fase. Rapport Vakgroep Oecologie, Katholieke Universiteit Nijmegen, 159 pp + bijl.				

Brouwer, E., R. Bobbink, J.G.M. Roelofs &amp; G.M. Verheggen (1997). Effectgerichte maatergelen tegen verzuring en eutrofiëring van oppervlaktewateren. Tussenrapport 1996. Rapport Vakgroep Oecologie, Katholieke Universiteit Nijmegen.				

Brouwer, E., R. Bobbink, J.G.M. Roelofs &amp; G.M. Verheggen (1998). Herstelbeheer in verzuurde en geeutrofieerde zachte wateren: waar en wanneer zinvol? In: 
Bobbink, R.et al. (red). Effectgerichte maatregelen en behoud biodiversiteit in Nederland. Katholieke Universiteit Nijmegen, 29-52.				

Dam, H. van , A. Mertens &amp; H. Heijnis (1994). Retropectieve monitoring van verzuring en eutrofiëring in het Kolkven en Van Esschenven bij Oisterwijk. Diatomededelingen 17: 31-32. (006744). 				

Dijk, J. van &amp; V. Westhoff (1960a). Situatie en milieu van Choorven, Witven en Van Eschenven in het licht van wijzigingen die zich in het decennium 1946-1956 daarin hebben voltrokken. In: J. van Dijk et al. Hydrobiologie van de Oisterwijkse vennen. Publicatienummer 5 van de Hydrobiologishce Vereniging, Amsterdam, pp 9-12.				

Dijk, J. van &amp; V. Westhoff (1960b). De verandering in de vegetatie van het Choorvenvan 1948 tot en met 1955. In: J. van Dijk et al. Hydrobiologie van de Oisterwijkse vennen. Publicatienummer 5 van de Hydrobiologishce Vereniging, Amsterdam, pp 13-24.				

Doyer, W.J. (1922). Oisterwijk en omstreken. Amoeba 1: 71-72. (005391).				
Jonkheer, R. (1989). Vegetatiekartering Kampina 1988. Rapport Vereniging tot Behoud van Natuurmonumenten, 's-Graveland, 37 p. + 5 krt (R-0598).				
Maas, P.R.M. &amp; M.J.A. Werger (1967). Natte hooiland- en Natte Heidevegetaties van het Natuurmonument `De Kampina' (Boxtel, Noord-Brabant). Instituut voor Systematische Plantkunde, Rijksuniversiteit Utrecht. (R-0157)(R-0124).				
Margry, K. &amp; O. Minkenberg (1984). Zoogdierinventarisatie in de Kampina, 22 t/m 26 september 1983. Mededeling nr 8, Veldwerkgroep van de Vereniging voor Zoogdierkunde en Zoogdierbescherming (VZZ), Leiden, 68 p.				
Meltzer, J. (1947). Voorloopig Rapport over de Beerzedal tusschen Spoordonk en Kampina. ???. (001995).				

Mörzer Bruijns, M.F. &amp; H. Passchier (1943). De vegetatie van het Grote Huisven bij Oisterwijk. Wetenschappelijke Mededelingen van de Werkgroepen der Nederlandse Natuurhistorische Vereniging 1943: 1-20. (000259).				
Passchier, H. &amp; V. Westhoff (1942). De plantengroei in en bij het dal van de Beerze. Natura 41: 91-94. (004058).				

Roelofs, H.J. &amp; W. Vos (1979). Landschapsecologische relaties via het grondwater in De Kampina en omgeving. Rapport 213, De Dorschkamp, Wageningen100 p. 				

Schoof-van Pelt , M.M. (1973). Littorelletea. A study of the vegetation of some amphiphytic communities of western Europe. Proefschrift Katholieke Universiteit Nijmegen, 216 pp.				

Tjallingii, F. (1936). Verslag van de excursie, georganiseerd door de 'Commissie voor de Biosociologie en het Veenonderzoek van Nederland' der Nederlandsche Botanische Vereniging, op Vrijdag 7 Juni 1935 naar Boxtel en Oisterwijk, onder leiding van Prof. Dr R. Nordhagen.. Nederlandsch Kruidkundig Archief 46: 408-412. (004094).				

Vallenduuk, H. (1990). Makrofauna - onderzoek aan enkele vennen in het natuurmonument Kampina.				
Adviesburo Vallenduuk voor Hydrologisch Onderzoek, Boxtel, 81 pp.				
Verbeek, P.J.M. &amp; S. de Goeij (red.) (1998). Vegetatiekartering, inventarisatie najaarslibellen en beheersadviezen van dertien vennen in 1997. Winkelsven-west (Kampina), Zandbergsven-20 (Kampina), Staalbergven (Oisterwijk), Achterste Goorven (Oisterwijk), Bankven (Goirle), Zwartven (Hooge Mierde), Pannegoorven (Cartierheide). Bureau Natuurbalans/Limes Divergens, Nijmegen, 119 pp.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of National NGO- Natuurmonumenten.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Brabant</organisation>
							<addressUnstructured>Postbus 90151
5200 MC 's-Hertogenbosch</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL3004001</siteCode>
				<siteName>Loevestein, Pompveld &amp; Kornsche Boezem</siteName>
				<compilationDate>2003-04</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2003-04</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/071/N2K071_DB%20H%20Loevestein,%20Pompveld,%20&amp;%20Kornsche%20Boezem.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL3004001 Boezem van Brakel, Pompveld en Kornse Boezem</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.032</longitude>
				<latitude>51.7641</latitude>
				<area>750.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL22</code>
						<name>Gelderland</name>
					</region>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3270</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.6</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6510</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>31.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>31.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>17.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Three sites along the river "Afgedamde Maas" with willow coppice, Populus-woodlands, pastures, moist meadows, canals and a decoy.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for Misgurnus fossilis and also important site for other fishes and amphibians. Important site for xeric sand calcareous grasslands.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service and provincial NGO - Brabants Landschap.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>provincial NGO - Brabants Landschap</organisation>
							<addressUnstructured>P.O. Box 80, NL-5076 ZH HAAREN</addressUnstructured>
							<email></email>
						</managementBody>
					<managementBody>
							<organisation>State Forestry Service</organisation>
							<addressUnstructured>Postbus 1300, NL-3920 BH  DRIEBERGEN</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL3004002</siteCode>
				<siteName>Eilandspolder</siteName>
				<compilationDate>2003-04</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2003-04</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/089/N2K089_DB%20HV%20Eilandspolder.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL3004002 Eilandspolder-Oost</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.8615</longitude>
				<latitude>52.5797</latitude>
				<area>796.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.9</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.2</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>76.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Old polder with grasslands like islands between wide canals .</otherSiteCharacteristics>
				<qualityAndImportance>The site holds one of the four most important populations of the vole Microtus oeconomus arenicola of the Noord-Holland mainland metapopulation. Important for water fowl and as roost for winter visitors.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of State Forestry Service. Part qualifies for EU-Bird-directive.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL3004003</siteCode>
				<siteName>Landgoederen Oldenzaal</siteName>
				<compilationDate>2003-04</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2003-04</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/050/N2K050_DB%20HN%20Landgoederen%20Oldenzaal.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.9617</longitude>
				<latitude>52.3256</latitude>
				<area>578.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>113.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>13.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>23.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>18.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>19.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Estates with variation of forests and arable lands and patures, edged with wooded banks.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for Triturus cristatus. Also important for alluvial forests.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Jong, A. de (1959). Een vegetatiekaart van de bossen van het Landgoed Egheria, met toelichting. 53 pp.				

J.B. de Ouden, M.E.A. Broekmeyer, H.G.J.M. Koop (1997). A-locatiebossen in Overijssel. IBN-rapport 272. 177 pp.				

J. Bernink (1926/1978). Ons Dinkelland. Vereniging tot behoud van natuurmonumenten.				

Bruijn, O. de (1993) Beheersvisie natuur en landschap in Oost Twente. Vereniging tot behoud van Natuurmonumenten.				

Bremer, P., M.A. Heinen, A.J. Dijkstra &amp; J. Brouwer (1990). Flora en fauna van de Oldenzaalse stuwwal. Provincie Overijssel.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of National NGO - Natuurmonumenten. Partly protected by Nature Conservation Act (Snoeyinksbeek).</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Bruijn, O. de  (1993). Natuur en landschap in Oost-Twente : beheersvisie 1993. - 's-Graveland : Vereniging Natuurmonumenten, 1993. - 128 p. + bijl. (ongenr.).				
				
anoniem (1994). Beheersplan Oost-Twente : deel 3: beheer op de middellange termijn. - 's-Graveland : Vereniging Natuurmonumenten, 1994. - 24 p. + bijl ongenr.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL3004004</siteCode>
				<siteName>Sint Jansberg</siteName>
				<compilationDate>2003-04</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2003-04</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/142/N2K142_DB%20H%20Sint%20Jansberg.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL3004004 St. Jansberg</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.9303</longitude>
				<latitude>51.7423</latitude>
				<area>226.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL22</code>
						<name>Gelderland</name>
					</region>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>7210</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>84.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>14.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1083</speciesCode>
						<scientificName>Lucanus cervus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>V</abundanceCategory>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1016</speciesCode>
						<scientificName>Vertigo moulinsiana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>38.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>35.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>17.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Estate with forested hills, arable lands and pastures. Forests exsist of Old deciduous forests and coniferous forests.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for Lucanus cervus. Important site for alluvial forests.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of National NGO - Natuurmonumenten</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
6202 MA Maastricht</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL3004005</siteCode>
				<siteName>Landgoederen Brummen</siteName>
				<compilationDate>2003-04</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2003-04</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/058/N2K058_DB%20H%20Landgoederen%20Brummen.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL3004005 Leusveld, Voorstonden en Empesche/Tondesche Heide</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.1254</longitude>
				<latitude>52.1138</latitude>
				<area>677.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL22</code>
						<name>Gelderland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.7</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.5</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.2</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.2</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.8</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>15.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>45.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>46.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>35.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Leusveld and Voorstonden are two estates with deciduous forests, coniferous forests, arable lands and pastures. Grasslands in Voorstonden are very wet. Empesche and Tondesche Heide consists of moist heathlands, poor grasslands and swamp-forests.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for Triturus cristatus. Important site for species-rich Nardus-grasslands.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Provincie Gelderland (2002). Gebiedsplan Natuur en Landschap IJsselvallei en Randmeerkust.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of national NGO - Natuurmonumenten</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Gelderland</organisation>
							<addressUnstructured>Postbus 9090 
6800 GX Arnhem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL3004006</siteCode>
				<siteName>Zouweboezem</siteName>
				<compilationDate>2003-04</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2003-04</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/105/N2K105_DB%20HV%20Zouweboezem.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.9952</longitude>
				<latitude>51.9494</latitude>
				<area>257.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>12.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.8</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.9</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>4056</speciesCode>
						<scientificName>Anisus vorticulus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>69.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N21</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Long-stretched reedland with adjoining grasslands and open water.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for Misgurnus fossilis and other fishspecies.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of provincial NGO - Zuid-Hollands Landschap; qualifies partly for EU-Bird directive.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Zuid-Hollands Landschap, 2002. Zouweboezem. Beheersplan 2002-2008. Stichting het Zuid-Hollands Landschap, Rotterdam.

Zuid-Hollands Landschap, 2002. Polder Achthoven. Beheersplan 2002-2008. Stichting het Zuid-Hollands Landschap, Rotterdam.</conservationMeasures>
			</siteManagement>
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				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
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			<siteIdentification>
				<siteType>B</siteType>
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				<siteName>Lingegebied &amp; Diefdijk-Zuid</siteName>
				<compilationDate>2003-04</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>2003-04</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/070/N2K070_DB%20HN%20Lingegebied%20&amp;%20Diefdijk-Zuid.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL3004007 Zuider Lingedijk en Diefdijk zuid</explanations>
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				<longitude>5.076</longitude>
				<latitude>51.8639</latitude>
				<area>750.0</area>
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				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
					<region>
						<code>NL22</code>
						<name>Gelderland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
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						<coveredArea>7.1</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
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						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
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					</habitatType>
					<habitatType>
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						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>121.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>49.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N21</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>23.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Willow-coppice, Populus and Alnus woodlands and wet grass- and reedlands.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for Triturs cristatus. Important site for several fish-species and alluvial forests.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Provincie geldeland (2003) Gebiedsplan Natuur en Landschap Rivierengebied</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service; partly protected by Nature Conservation Act.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL3009001</siteCode>
				<siteName>Alde Feanen</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1994-05</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/013/N2K013_DB%20HVN%20Alde%20Feanen.pdf</spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/013/N2K013_DB%20HVN%20Alde%20Feanen.pdf</sacLegalReference>
				<explanations>Merge of SPA NL3009001 Alde Feanen and SCI NL3000044 Alde Feanen</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.9253</longitude>
				<latitude>53.1245</latitude>
				<area>2124.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.1</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.2</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>31.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>58.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7210</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>21.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>800</lowerBound>
							<upperBound>800</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>140</lowerBound>
							<upperBound>140</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>140</lowerBound>
							<upperBound>140</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2700</lowerBound>
							<upperBound>2700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2700</lowerBound>
							<upperBound>2700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>280</lowerBound>
							<upperBound>280</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A029</speciesCode>
						<scientificName>Ardea purpurea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>7</lowerBound>
							<upperBound>7</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>470</lowerBound>
							<upperBound>470</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>430</lowerBound>
							<upperBound>430</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>11</lowerBound>
							<upperBound>11</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>16</lowerBound>
							<upperBound>16</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A292</speciesCode>
						<scientificName>Locustella luscinioides</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>60</lowerBound>
							<upperBound>60</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>910</lowerBound>
							<upperBound>910</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A151</speciesCode>
						<scientificName>Philomachus pugnax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>6</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>11.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>22.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>35.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of shallow lakes (resulting partly from peat-diggings), reedbeds, wet meadows and woodland, located south-east of the city of Leeuwarden.</otherSiteCharacteristics>
				<qualityAndImportance>Site largely overlaps with IBA055 (IBA2000).
One of the ten most important sites for the habitat type Calcareous fens with Cladium mariscus (7210). One of the ten most important sites for the habitat type Bog woodland (91D0).The site regularly supports more than 20,000 wintering waterbirds (1991/92-1995-96)
Also important for Microtus oeconomus arenicola.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in The Netherlands, Techn Rapport Vogelbescherming  13 E, Vogelbescherming Nederland, Zeist --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01 SOVON, Beek-Ubbergen --- Rintjema S Claassen THL Hettema H Hosper UG Wymenga E. 2001., De Alde Feanen. Schets van een laagveenmoeras.., It Fryske Gea / Friese Pers Boekerij, Olterterp/Ljouwe; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen
Handboek Natuurmonumenten

Areas important for birds in the Netherlands (vd Tempel &amp; Osieck, 1994; Vogelbescherming &amp; SOVON)

Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet broedvogels seizoen 1994/95 (Voslamber et al., 1998; SOVON)

Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)

D.T.E. v.d. Ploeg. Door It Fryske Gea. Handboek van alle natuurterreinen 1993. 				
Rintjema, S., T.H.L. Claassen, U.G. Hosper en E. Wymenga, 2001. De Alde Feanen. Schets van een laagveenmoeras. Friese Pers Boekerij en It Fryske Gea. (includes a large reference list)</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention>ramsar</convention>
							<siteName>Alde Feanen</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Friesland</organisation>
							<addressUnstructured>Postbus 20120
8900 HM Leeuwarden</addressUnstructured>
							<email>e.c.bakker@fryslan.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheers- en Inrichtingsplan Nationaal Park  Alde Feanen (in preparation)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL3009002</siteCode>
				<siteName>Biesbosch</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1996-10</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/112/N2K112_DB%20HV%20Biesbosch.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.7524</longitude>
				<latitude>51.749</latitude>
				<area>9478.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>260</lowerBound>
							<upperBound>260</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A229</speciesCode>
						<scientificName>Alcedo atthis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>270</lowerBound>
							<upperBound>270</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1100</lowerBound>
							<upperBound>1100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3300</lowerBound>
							<upperBound>3300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4000</lowerBound>
							<upperBound>4000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1300</lowerBound>
							<upperBound>1300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1800</lowerBound>
							<upperBound>1800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2300</lowerBound>
							<upperBound>2300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3800</lowerBound>
							<upperBound>3800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>870</lowerBound>
							<upperBound>870</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A027</speciesCode>
						<scientificName>Egretta alba</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3100</lowerBound>
							<upperBound>3100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A075</speciesCode>
						<scientificName>Haliaeetus albicilla</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>60</lowerBound>
							<upperBound>60</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A292</speciesCode>
						<scientificName>Locustella luscinioides</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A272</speciesCode>
						<scientificName>Luscinia svecica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>2300</lowerBound>
							<upperBound>2300</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A070</speciesCode>
						<scientificName>Mergus merganser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A094</speciesCode>
						<scientificName>Pandion haliaetus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>6</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>310</lowerBound>
							<upperBound>310</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>330</lowerBound>
							<upperBound>330</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>450</lowerBound>
							<upperBound>450</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>38.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>14.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A former tidal estuary in the Rhine/Maas river system, sealed off from the sea in 1970 (see SPA Haringvliet, NL9802018) and Nowadays a freshwater wetland with little tidal influence (20 cm) (only in the Sliedrechtse Biesbosch more tidal influence, up to 80 cm). The site consists of a flood-plain, polders, marshland and willow swamp-forest, and is intersected by many formerly tidal creeks. The site is adjacent to SPA Hollands Diep (NL98012019) in the west; it does not include three drinking-water reservoirs within its boundary.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003).  Species meeting the 1% threshold (non-breeding): Eurasian Spoonbill Platalea leucorodia (2%); Bewick`s Swan Cygnus bewickii (1%); White-fronted Goose Anser albifrons (2%); Greylag Goose Anser anser (1%); Barnacle Goose Branta leucopsis (3%); Eurasian Wigeon Anas [Mareca] penelope (1%); Gadwall Anas strepera (4%). xxx One of the five most important sites for (breeding): Western Marsh-Harrier Circus aeruginosus, Common Kingfisher Alcedo atthis, Bluethroat Luscinia svecica. xxx The site regularly supports more than 20,000 wintering waterbirds: average peak number 62,180 (1991/92-1995/96). xxx An important roost for geese Anser which come from surrounding feeding areas, but counts underestimate actual numbers.  xxx The site includes IBA051 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland, Zeist --- Meijer R. 1995., Broedvogels van de Biesbosch. Ontwikkelingen van de broedvogelbevolking 25, jaar na een nieuwe start., Staatsbosbeheer, Werkendam --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming 17, Vogelbescherming Nederland, Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON, Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>83.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>BIESBOSCH ZUIDWAARD</siteName>
							<type>+</type>
							<cover>20.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Biesbosch</siteName>
							<type>+</type>
							<cover>32.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Qualifies for CORINE. (Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheers- en Inrichtingsplan Nationaal Park De Biesbosch 2003, Beheersplan Rijkswateren 2001-2004</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL3009003</siteCode>
				<siteName>Brabantse Wal</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/128/N2K128_DB%20HVN%20Brabantse%20Wal.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.3622</longitude>
				<latitude>51.4237</latitude>
				<area>4795.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A224</speciesCode>
						<scientificName>Caprimulgus europaeus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>80</lowerBound>
							<upperBound>80</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A236</speciesCode>
						<scientificName>Dryocopus martius</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A246</speciesCode>
						<scientificName>Lullula arborea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>140</lowerBound>
							<upperBound>140</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A072</speciesCode>
						<scientificName>Pernis apivorus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>13</lowerBound>
							<upperBound>13</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A008</speciesCode>
						<scientificName>Podiceps nigricollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>46</lowerBound>
							<upperBound>46</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A004</speciesCode>
						<scientificName>Tachybaptus ruficollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N12</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>40.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>40.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of woodland, heathland and fens, located south of the city of Bergen xxx op Zoom. The site is adjacent to the Belgian IBA of Kalmhoutsche xxx Heide. Forest stands consist of deciduous/ mixed woodlands and conifer xxx plantations of various ages and under varying management regimes.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). One of the five most important sites for (breeding): European Honey-Buzzard Pernis apivoris, Eurasian Nightjar Caprimulgus europaeus, Black Woodpecker Dryocopus martius, Woodlark Lullula arborea. Site overlaps with IBA105 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Teixeira RM. 1990., Broedvogelinventarisatie Landgoed Groote Meer 1988., Vogelwerkgroep Bergen op Zoom, Bergen op Zoom --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON, Beek-Ubbergen --- Beintema AJ Schekkerman H. 2001., Nadere toetsing van aanwijzing en begrenzing van negen, Vogelrichtlijngebieden., Alterra Rapport 328, Alterra, Wageningen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>35.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Brabant</organisation>
							<addressUnstructured>Postbus 90151
5200 MC 's-Hertogenbosch</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beleidsplan Beheer en Inrichting Grenspark De Zoom - Kalmthoutse Heide 1999 - 2014</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL3009004</siteCode>
				<siteName>De Wieden</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/035/N2K035_DB%20HVW%20De%20Wieden.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.0536</longitude>
				<latitude>52.6988</latitude>
				<area>9018.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL23</code>
						<name>Flevoland</name>
					</region>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A298</speciesCode>
						<scientificName>Acrocephalus arundinaceus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>11</lowerBound>
							<upperBound>11</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>3400</lowerBound>
							<upperBound>3400</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A229</speciesCode>
						<scientificName>Alcedo atthis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>500</lowerBound>
							<upperBound>500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>150</lowerBound>
							<upperBound>150</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3800</lowerBound>
							<upperBound>3800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1100</lowerBound>
							<upperBound>1100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A029</speciesCode>
						<scientificName>Ardea purpurea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>52</lowerBound>
							<upperBound>52</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>210</lowerBound>
							<upperBound>210</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>430</lowerBound>
							<upperBound>430</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>23</lowerBound>
							<upperBound>23</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>160</lowerBound>
							<upperBound>160</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>19</lowerBound>
							<upperBound>19</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A122</speciesCode>
						<scientificName>Crex crex</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>6</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>8</lowerBound>
							<upperBound>8</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A153</speciesCode>
						<scientificName>Gallinago gallinago</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A292</speciesCode>
						<scientificName>Locustella luscinioides</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>60</lowerBound>
							<upperBound>60</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A070</speciesCode>
						<scientificName>Mergus merganser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A094</speciesCode>
						<scientificName>Pandion haliaetus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1000</lowerBound>
							<upperBound>1000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1000</lowerBound>
							<upperBound>1000</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>110</lowerBound>
							<upperBound>110</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>19</lowerBound>
							<upperBound>19</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>26.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>42.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>11.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of shallow lakes and canals (former peat-workings) with fens, xxx reedbeds, swampy woodland and wet meadows, located to the north xxx of the city of Zwolle. The site is adjacent to  Weerribben (NL2000013), SPA Zwarte Meer (NL9802031) and SPA Zwarte Water (NL9902003).</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (breeding): Great Cormorant Phalacrocorax carbo (1,4%); (non-breeding): Bewick`s Swan Cygnus bewickii (1,0%), White-fronted Goose Anser albifrons (1,3%), Greylag Goose Anser anser (1,0%), Smew Mergus albellus (1,7%). One of the five most important sites for (breeding): Great Bittern Botaurus stellaris, Black Tern Chlidonias niger; (non-breeding): Smew Mergus albellus. A roost for geese Anser from surrounding feeding areas, but no counts available. xxx Site largely overlaps with IBA065 (IBA2000). Together with the Weerribben the site forms the biggest low-lying peat bog complex in north-western Europe.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland,  Zeist --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Brandsma O. 1997., Hoogwaterzone: een natuurontwikkelingsgebied voor riet- en moerasvogels in, De Wieden., Levende Nat 98: 51-55 --- Clevering OA ea. 1999., Themanummer Riet., Levende Nat 100.2: hele nr. --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>WIEDEN</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
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			<siteIdentification>
				<siteType>C</siteType>
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				<siteName>Duinen Ameland</siteName>
				<compilationDate>2000-03</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/005/n2k_005_db_hvn_duinen_ameland.pdf</spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2009-02</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/005/n2k_005_db_hvn_duinen_ameland.pdf</sacLegalReference>
				<explanations>Merge of SPA NL3009005 Duinen Ameland and SCI NL2003057 Duinen Ameland

Until 2007 SPA NL3009005 Duinen Ameland was part of SPA NL9802001 Waddeneilanden, Noordzeekustzone, Breebaart</explanations>
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						<name>Friesland (NL)</name>
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				<biogeoRegions>
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					<percentage>100.0</percentage>
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						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>76.0</coveredArea>
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						<observationDataQuality>M</observationDataQuality>
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						<global>B</global>
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					<habitatType>
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						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
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						<relativeSurface>B</relativeSurface>
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						<global>B</global>
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					<habitatType>
						<code>2180</code>
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						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>35.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
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					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>116.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
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						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>230</lowerBound>
							<upperBound>230</upperBound>
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						<observationDataQuality>G</observationDataQuality>
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						<global>C</global>
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					<speciesPopulation>
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						<scientificName>Asio flammeus</scientificName>
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						<nonpresentInSite>false</nonpresentInSite>
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						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
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						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
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						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
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						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
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						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
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						<population>B</population>
						<conservation>B</conservation>
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						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
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						<scientificName>Circus cyaneus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
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					<speciesPopulation>
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						<speciesCode>A338</speciesCode>
						<scientificName>Lanius collurio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>p</countingUnit>
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						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>26</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A277</speciesCode>
						<scientificName>Oenanthe oenanthe</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>43</lowerBound>
							<upperBound>43</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A063</speciesCode>
						<scientificName>Somateria mollissima</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>54</lowerBound>
							<upperBound>54</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>98.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>White dunes, forested dunes and humid dune slacks with heath and some marshes. Transition form old, decalcified dunes tot young, clacreous dunes. The adjacent salt marshes are included in the Waddenzee site (NL1000001)</otherSiteCharacteristics>
				<qualityAndImportance>One of the seven most important sites for the habitat type Decalcified fixed dunes with Empetrum nigrum (2140). Very important site for white dunes, dunes with Salix repens and humid dune slacks.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Brand, M. &amp; H. Sipman (1972). Ameland-de excursie lichenologisch. Buxbaumia 1972, 2: 38-39. (004188).				

Braun-Blanquet, J. &amp; W.C. de Leeuw (1936). Vegetationsskizze von Ameland. Ned. Kruidk. Arch. 46:  359-393. (000087).				

Bruinsma, J. (1995). Een kranswieren-excursie op Ameland. Twirre 6: 6-8. (004624).				

Dankers, N., K.S. Dijkema, G. Londo &amp; P.A. Slim (1987). De ecologische effecten van bodemdaling op Ameland. Rapport 87/14, Rijksinstituut voor Natuurbeheer, Texel, Leersum, 90 pp. (R-0247).				

Diemel, L. (1977). Vegetatieonderzoek van de droge duingraslanden van Texel, Terschelling en Ameland (1976), van Jutland- Denemarken- en zuidwest 
Noorwegen (1975). Doctoraalscriptie K.U. Nijmegen, 42 pp + bijlagen. (R-0479).				
Eleveld, M.A. (1999). Exploring coastal morphodynamics of Ameland (the Netherlands) with remote sensing monitoring techniques and dynamic modelling in GIS. PhD Thesis, Universiteit van Amsterdam.				

Esselink, H., M. Nijssen &amp; G.J. van Duinen (2001). Verkennende studie naar gevolgen van vermesting, verzuring en verdroging en effectgerichte maatregelen op fauna, vegetatie en abiotiek in duinen op Ameland en Terschelling : de 'voorlopige' teloorgang van de Grauwe Klauwier als graadmeter voor insektenrijkdom in de duinen? Stichting Bargerveen, Nijmegen, 357 p				
Eysink, W.D., N. Dankers, K.S. Dijkema, H.F. van Dobben, C.J. Smit &amp; J. de Vlas (1995). Monitoring effekten van bodemdaling op Ameland-Oost. Rapport IBN-DLO, Texel &amp; Waterloopkundig Laboratorium, Delft, 66 pp + bijlagen en tabellen. (R-0502).				

Gutter, M., P.M. Loomans, W.F.M. Eijkelhof &amp; A.G. Knotters (1999). Toelichting bij de vegetatiekartering Ameland-Oost 1997. Rapport MDGAE-99.23, Rijkswaterstaat, Meetkundige Dienst, Delft.				

Holkema, F. (1870). De plantengroei der Nederlandsche Noordzee-eilanden: Texel, Vlieland, Terschelling, Ameland, Schiermonnikoog en Rottum. Eene bijdrage tot de Flora van Nederland. Scheltema &amp; Holkema, Amsterdam, 268 p. (B-0088).				

Janssen, J.A.M. (2001). Monitoring of salt-marsh vegetation by sequential mapping. Thesis Universiteit van Amsterdam, 249 pp.				

Janssen, J.A.M., E.R. Stenfert &amp; B. van Gennip (1998). Vegetatiekartering 1:5000. Lange duinen Noord (Ameland) 1997. Met een analyse van vegetatieveranderingen in de periode 1988-1997. Rapport MD-GAR/GAE-9823, Rijkswaterstaat, Meetkundige Dienst, Delft. (R-0570).				

Janssen, J.A.M. &amp; B. van Gennip (1999). Vegetatieveranderingen in de Lange Duinen Noord (Ameland) in de periode 1988-1997. De Levende Natuur 100 (4): 126-130.				

Kloos, A.W. (1936). Verslag van een excursie gehouden op Ameland op 26-31 augustus 1935. Ned. Kruidk. Arch. 46:  328-339.				
Koopmans-Forstmann, D. &amp; A.N. Koopmans (1924). De plantengroei van Ameland. De Levende Natuur 29:  267-277, 299-306, 332-338.				

Koopmans-Forstmann, D. &amp; A.N. Koopmans (1936). Blad- en Levermossen van Ameland. Ned. Kruidk. Arch. 46:  341-350.				

Lemaire, A.J.J.L. (1991). Effectgerichte maatregelen tegen verzuring van natte schraallanden: prae-advies Ameland. Rapport SWO 91.255, KIWA, Nieuwegein, 21 pp.				

Meulmeester, A.M. de &amp; J.A.M. Janssen (1994). Vegetatiekartering Ameland. Toelichting bij de vegetatiekaart op basis van false-colour luchtfoto's 1988. Rapportnummer MDGAT-R-9404, Meetkundige Dienst, Delft.				
Meulmeester, A.M. de, J.A.M. Janssen &amp; M.J. Gutter (1998). Vegetatiekartering Ameland-Oost 1993. Toelichting bij de vegetatiekaart op basis van false-colour luchtfoto?s 1:5000. Rapport MD-GAE-9851, Rijkswaterstaat, Meetkundige Dienst, Delft.				

Ploeger, L. &amp; S. van Vliet (1972). Vegetatie-analyse en vegetatie-kartering van de droge duingraslanden op Ameland en Terschelling. Doctoraalverslag Instituut voor Systematische Plantkunde, R.U. Utrecht &amp; Rapport van het Rijksinstituut voor Natuurbeheer, Leersum, 24 pp. (R-0146).				

Schils, C. &amp; W. Launspach (1972). Vegetatiekartering en ?beschrijving van de oostpunt van Ameland. Doctoraal verslag, Katholieke Universiteit Nijmegen.				
Sjollema, G. (1956). De vegetatie der Westduinen op Ameland. Kruipnieuws 18(1): 3-6.				

Slim, P., 1997a. Vooronderzoek duindoornsterfte duingebied Oost-Ameland. IBN-rapport 295, Instituut voor Bos- en Natuuronderzoek, Wageningen.				
Slim, P., 1997b. Vooronderzoek meidoornsterfte duingebied Oost-Ameland. IBN-rapport 307, Instituut voor Bos- en Natuuronderzoek, Wageningen.				
Sollman, F. (1972). De bryologische voorjaarsexcursie naar Ameland. Buxbaumiella 2: 19-37.				

Tooren, B.F. van &amp; E. Weeda (1996). De mossen van Ameland. Buxbaumiella 41: 7-11. (005543).				

Tooren, B.F. van &amp; J.H.J. Schaminée (1995). Ameland. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1993. Plantensociologische Kring Nederland, 57-61.				

Tooren, B.F. van &amp; J.H.J. Schaminée (1999). Ameland. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1996. Plantensociologische Kring Nederland, 58-62.				

Westhoff, V. &amp; M.F. van Oosten, 1991. De plantengroei van de Waddeneilanden. Stichting Uitgeverij Koninklijke Nederlandse Historische Vereniging.				
SOVON broedvogelsonderzoek, R. Kleefstra 2001. Broedvogels van het Oerd en de Hon in 2001				

SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
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						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
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					<nationalRelationships>
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							<convention></convention>
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							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly Nature reserve of State Forestry Service (50%) and provincial NGO - It Fryske Gea.  Part qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Rijksgronden Ameland 1989-1999. Bureau LB&amp;P, drs. H.J. de Vries</conservationMeasures>
			</siteManagement>
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				<mapReference></mapReference>
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			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL3009006</siteCode>
				<siteName>Duinen Schiermonnikoog</siteName>
				<compilationDate>2000-03</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/006/n2k_006_db_hv_duinen_schiermonnikoog.pdf</spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2009-02</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/006/n2k_006_db_hv_duinen_schiermonnikoog.pdf</sacLegalReference>
				<explanations>Merge of SPA NL3009006 Duinen Schiermonnikoog and SCI NL2003058 Duinen Schiermonnikoog

Until 2007 SPA NL3009006 Duinen Schiermonnikoog was part of SPA NL9802001 Waddeneilanden, Noordzeekustzone, Breebaart</explanations>
			</siteIdentification>
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				<longitude>6.1738</longitude>
				<latitude>53.4876</latitude>
				<area>833.0</area>
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				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
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				<habitatTypes>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>12.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>117.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<observationDataQuality></observationDataQuality>
						<representativity>D</representativity>
						<relativeSurface></relativeSurface>
						<conservation></conservation>
						<global></global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>80.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2170</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>67.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2180</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>95.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>168.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A222</speciesCode>
						<scientificName>Asio flammeus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>26</lowerBound>
							<upperBound>26</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A082</speciesCode>
						<scientificName>Circus cyaneus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>9</lowerBound>
							<upperBound>9</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>51</lowerBound>
							<upperBound>500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A277</speciesCode>
						<scientificName>Oenanthe oenanthe</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>22</lowerBound>
							<upperBound>22</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A275</speciesCode>
						<scientificName>Saxicola rubetra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A063</speciesCode>
						<scientificName>Somateria mollissima</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>200</lowerBound>
							<upperBound>200</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>91.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Vast dune area with dry, shifting and humid locations with a big variety of plant species. The adjacent salt marshes are included in the Waddenzee site (NL1000001), the beaches in Noordzeekustzone (NL9802001)</otherSiteCharacteristics>
				<qualityAndImportance>One of the ten most important sites for the habitat types Fixed dunes with herbaceous vegetation ("grey dunes"; 2130). One of the most valuable dune-areas of Holland. Very important site for embryonic shifting dunes, white dunes, dunes with Salix repens and humid dune slacks. Important site for decalcified fixed dunes with Empetrum nigrum. Very important for birds of dunes, reedlands and forests and as roost for many migrating birds.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Asmuth, J.R. von &amp; M. Tolman (1996). Vegetatiekartering Schiermonnikoog 1992 - Rapportage en ecologische interpretatie. Rapport RWS, Meetkundige Dienst, afdeling GAT, 61 pp + kaarten. (R-0532).				

Bakker, J. &amp; G. Allersma (1979). Beweiding op de Oosterkwelder van Schiermonnikoog. Waddenbulletin 14: 146-156. (006010).				

Bakker, J.P. &amp; J.C.Ruyter (1981). Effects of five years grazing om a salt-marsh vegetation. Vegetatio 44: 81-100. (006007).				

Bakker, J.P. (????). Effecten van begrazing op de vegetatie van de Oosterkwelderop Schiermonnikoog. De Levende Natuur 85:41-46. (003835).				
Bakker, J.P. (1978). Changes in a salt-marsh vegetation as a result of grazing and mowing-a five-year study of permanent plots. Vegetatio 38: 77-87. (003830).				
Bakker, J.P. (1985). The impact of grazing on plant communities, plant populations and soil conditions on salt marshes. Vegetatio 62: 391-398. (005966).				
Bakker, J.P. (1989). Nature management by grazing and cutting. Proefschrift R.U. Groningen. Kluwer Acasemic Publishers, Dordrecht. (003836).				
Bakker, J.P., B.F. van Tooren &amp; J. de Vlas (1993). Uitbreiding begrazing van de Oosterkwelder op Schiermonnikoog. De Levende Natuur X(3): 118-122.				
Bakker, J.P., P. Esselink, R. van der Wal &amp; K.S. Dijkema (1997). Options for restoration and management of coastal salt marshes in Europe. In:K.M. Urbanska, N.R. Webb &amp; _P.J. Edwards (eds.) Restoration ecology and sustainable development. Cambridge University Press: 286-322. (008244).				
Blom, B.N. (1974). Verslag van de vakgroep Plantensystematiek over de voor- en zomerkampen op Schiermonnikoog in de jaren 1972 en 1973. ???. (R-0211).				
Bodewitz, E.J. (1988). De bostypen van Schiermonnikoog en Vlieland. Doctoraal verslag 88-05 Landbouwuniversiteit Wageningen Vakgroep Bosteelt en Bosecologie. (R-0080).				

Grootjans, A.P., E.J. Lammerts &amp; F. van Beusekom (1995). Kalkrijke duinvalleien op de Waddeneilanden. Ecologie en regeneratiemogelijkheden. KNNV, Utrecht.				
Grootjans, A.P., P.Hendriksma, M. Engelmoer &amp; V. Westhoff (1988). Vegetation dynamics in a wet dune slack 1: rare species decline on the Waddenisland of Schiermonnikoog in the Netherlands. Acta Bot. Neerl. 37: 265-278. (006829).				
Grootjans, A.P.,P.S. Hartog, L.F.M. Fresco &amp; H. Esselink (1991). Succession and fluctuation in a wet dune slack in relation to hydrological changes. Journal of Vegetation Science 2: 545-554. (006161).				

Hartog, C. den (1952). Plantensociologische waarnemingen op Schiermonnikoog. Kruipnieuws 14 (2) : 2-25. (000352).				

Hartog, C. den (1953). Secundaire duinvalleien op Schiermonnikoog. Amoeba 29: 59-63.				

Holkema, F. (1870). De plantengroei der Nederlandsche Noordzee-eilanden: Texel, Vlieland, Terschelling, Ameland, Schiermonnikoog en Rottum. Eene bijdrage tot de Flora van Nederland. Scheltema &amp; Holkema, Amsterdam, 268 p.. (B-0088).				

Kers, A.S., H.J. van Wijnen &amp; G. Walbrecht (1998). Kleidikte, opslibbing en vegetatie Oosterkwelder Schiermonnikoog. Rapport Rijksuniversiteit Groningen, Laboratorium voor Plantenecologie, 36 pp + bijl.				

Kers, A.S. (1995). Vegetatiekartering Nationaal Park Schiermonnikoog, tussen Reddingsweg en Derde Slenk 1993-1994. Rapport Vereniging Natuurmonumenten, 107 pp + bijl.				

Kloos, A.W. (1926). Verslag van een excursie gehouden op Schiermonnikoog op 28 Aug. 1926 en volgende dagen. Nederl. Kruidk. Arch. 36: 7-17.				
Leeuw, J. de, W. deMunck, H. Olff &amp;  J.P. Bakker (1993). Does zonation reflect the succession of salt-marsh vegetation? A comparison of an estuarine and a coastal bar island marsh in the netherlands. Acta Botanica Neerl. 42: 435-445. (005035).				

Looijen, R.C. &amp; J.P. Bakker (1987). Utilization of different salt-marsh plant communities by cattle and geese. In: A.H.L. huiskes, C.W.P.M. Blom &amp; J. Rozema (eds.), vegetation between land and sea, Dr. W. Junk Pubishers, Dordrecht: 52-64. (005992).				

Moerman, H.J. (1926). Schiermonnikoog. De Levende Natuur 30: 267-277.				
Olff, H., J. de Leeuw, J.P. Bakker, R.J. Platerink &amp; H.J. van Wijnen &amp; W. de Munck (1997). Vegetation succesionand herbivory in a salt marsh: changes induced by sea level rise and silt deposition along an elevational gradient. Journal of Ecology 85: 799-814. (005229).				

Olff, H., J. Huisman &amp; B. van Tooren (1993). Species dynamics and nutrient accumulation during early succession in coastal sand dunes. Journal of Ecology 81: 693-706.				

Olff, H., J.P. Bakker &amp; L.F.M. Fresco (1988). The effect of fluctuations in tidal inundation frequency ona salt-marsh vegetation. Vegetatio 78: 13-19. (005991).				
Reitsma, D.T. &amp; J.P. Bakker (1986). Landgebruik op Schiermonnikoog, vroeger en nu. Waddenbulletin21: 94-100.				

Tooren, B.F. van, H. Schat &amp; S.J. ter Borg (1983). Succession and fluctuation in the vegetation of a Dutch Beach PLAin. Vegetatio 53: 139-151.				
Tooren, B.F. van, L.M.L. Zonneveld, P.J. Keizer &amp; J. Huisman (1993). Ontwikkeling en beheer van de vegetatie op de Strandvlakte van Schiermonnikoog. De Levende Natuur 94 (3): 112-117.				

Veen, A. van der, A.P. Grootjans, J. de Jong &amp; J. Rozeman (1997). Reconstruction of an interrupted primary beach plain succession using a Geographical Information System. Journal of Coastal Conservation 3: 71-78.				

Wams, T.J. &amp; F. Wemelsfelder (1984). Grondwaterkwaliteit en vegetatie op Schiermonnikoog. Doctoraal verslag Rijksuniversiteit Groningen, Laboratorium voor Plantenoecologie, 74 pp.+ bijlagen. (R-0614).				

Westhoff, V. &amp; M.F. van Oosten (1991). De plantengroei van de Waddeneilanden. Stichting KNNV, Utrecht.				

Westhoff, V. (1954). Landschap en Plantengroei van Schiermonnikoog. Natuur en Techniek 22 (5/6): 1-10. (001686).				

Westhoff, V. (1994). Schiermonnikoog. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis. Excursieverslagen 1992. Plantensociologische Kring Nederland, pp 52-53.				
Wijnen, H.J. van &amp; J.P. Bakker (1997). Nitrogren accumulation and plant species replacement in three salt marsh systems in the Wadden Sea. Journal of Coastal Conservation 3: 19-26. (005034).				

Wijnen, H.J. van , H.J.Bakker &amp; Y. de Vries (1997). Twenty years of salt marsh succession on a Dutch coastal barrier island. Journal of Coastal Conservation 3: 9-18. (005033).				

Zonneveld, L.M.L., E.H. Kloosterman &amp; B.M. van Hees (1990). Schiermonnikoog vegetatiekaart. Toelichting bruikbaarheid voor het beheer. Rijkswaterstaat Meetkundige Dienst, Delft / LB&amp;P, Beilen.				
; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>92.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Waddeneilanden, Noordzeekustzone, Breebaart</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service and National NGO - Natuurmonumenten. National Park.  Part qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Friesland</organisation>
							<addressUnstructured>Postbus 20120
8900 HM Leeuwarden 

</addressUnstructured>
							<email>e.c.bakker@fryslan.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheer- en inrichtingsplan Nationaal Park Schiermonnikoog 1999-2008 (1998)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL3009007</siteCode>
				<siteName>Duinen Terschelling</siteName>
				<compilationDate>2000-03</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/004/n2k_004_db_hvn_duinen_terschelling.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Until 2007 SPA NL3009007 Duinen Terschelling was part of SPA NL9802001 Waddeneilanden, Noordzeekustzone, Breebaart</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.3104</longitude>
				<latitude>53.4048</latitude>
				<area>3573.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A222</speciesCode>
						<scientificName>Asio flammeus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>6</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A138</speciesCode>
						<scientificName>Charadrius alexandrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>8</lowerBound>
							<upperBound>8</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>8</lowerBound>
							<upperBound>8</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
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						<scientificName>Oenanthe oenanthe</scientificName>
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						<scientificName>Saxicola rubetra</scientificName>
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						<scientificName>Sterna albifrons</scientificName>
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						<scientificName>Tachybaptus ruficollis</scientificName>
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					<code>N04</code>
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				<otherSiteCharacteristics>White dunes, partly overgrown by Ammophila, partly shifting, series of inner dunes, with coniferous and deciduous forests, thickets, heathlands and humid dunes slacks. The adjacent Boschplaat (salt marsh and dunes) is part of the Waddenzee site (NL1000001).</otherSiteCharacteristics>
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				<documentation>
					<description>Aa, A.J.M. van der &amp; P.P.J. Hermelink (1973). Een onderzoek naar de vegetatie op koeiepaadjes, toeristenpaadjes en enige karresporen op de Boschplaat, Terschelling. Botanisch Laboratorium, afdeling Geobotanie, Katholieke Universiteit Nijmegen. (R-0134).				

Baretta-Bekker, H. (1968). Onderzoek naar de mos- en licheenvegetaties op noordhellingen in het Arjensduin op Terschelling. Instituut voor Systematische PlantkundeUtrecht, RIN Leersum: 12pp.. (R-0149).				

Boer, P. de, M. Noordwijk (1972). Terschelling zoals NJNers het zagen in '71 &amp; '72. ???. (001609).				

Boldingh, I.my (1913). Over de plantengroei der duinvalleien op Terschelling en ove(prov. W.-Vl., Bel.). Nederl. kruidk. Archief 1913: 44-54que 119: 47-62. (004835).				

Brouwer-van der Loo, H.J. (1971). Een kwalitatieve en kwantitatieve analyse van de kryptogamenvegetatie op diverse hellingen van duinen op Terschelling. Instituut voor Systematische Plantkunde, Utrecht. 39 pp. (R-0374).				
Bruyn, P.J. de &amp; W.E. Borrias (1964). Enige gegevens over de oecologie van Centaurium littorale op het westelijke deel van het eiland Terschelling. ???. (R-0229).				

Dennert, A.L. (1971). Onderzoek naar de oecologie van Littorella uniflora (L.) Aschrs. op Terschelling. Doctoraal onderwerp. Rijksinstituut voor Natuurbeheer. Hugo de Vries-laboratorium, Universiteit van Amsterdam. 75 pp. (R-0248).				
Diemel, L. (1977). Vegetatieonderzoek van de droge duingraslanden van texel, terschelling en Ameland (1976), van Jutland- Denemarken- en zuidwest 
Noorwegen (1975).. Doctoraalscriptie K.U. Nijmegen, 42 pp + bijlagen. (R-0479).				
Dieren, J.W. van (1931). Geographische und geomorphologische Ergebnisse einer Untersuchung nach der Entwicklungsgeschichte der West-Friesischen Insel Terschelling. onbekend. 4pp. (001067).				

Dieren, J.W. van (1932). De ontwikkeling van het duinlandschap van Terschelling. Tijdschrift van het Koninklijk Nederlandsch Aardrijkskundig Genootschap Deel XLIX. afl. 5: 553-702. (002637).				

Dieren, W.J. van (1934). Organogene Dünenbildung, Eine geomorphologische Analyse derDünenlandschaft der West-Friesischen Insel Terschelling mit pflanzensoziologischen Methoden. Academische proefschrift: I-XIX. (002635).				
Ekkes, A. (1976). Verspreiding en autoecologie van Het Vergeten Blaasjeskruid(Utricularia neglecta Lehm.) op Terschelling. Hugo de Vries-laboratorium, Universiteit van Amsterdam. 31 pp. (R-0257).				
Fabius, G.T.J. &amp; J.Klein (1966). Vegetatieonderzoek bij het Witduin-Boschplaat - Terschelling. Doctoraalonderzoek Instituut voor Systematische Plantkunde der Rijksuniversiteit Utrecht. (R-0094).				

Ferguson, J.H.A. (1930). Verslag van de Excursie der C.H.V. naar Terschelling, Vlieland en Texel op 12 t/m 15 Mei 1930. Verslag excursie Canidaat Houtvesters Vereeniging, 4pp.. (006210).				

Fouw, J.E.L. de (1963). Een onderzoek naar de verspreiding- en patroonvorming van een aantal plantensoorten op de duintjes van de Boschplaat van Terschelling. Doctoraal verslag. 132 pp. (R-0274).				

Freijsen, A.H.J. &amp; H.T.A. van Heusden (1965). Festuca rubra op Terschelling. Gorteria 2: 155-158. (005925).				

Galle, F. &amp; J. Bontemps (1975). Vegetatiekundig en bodemkundig onderzoek in een transsect in de beweide enclave 'Groede' op de Boschplaat, Terschelling. Rapport Botanisch Laboratorium Afd. Geobotanie, KU Nijmegen, 135 pp.. (R-0522).				

Haas, J.H. de, H.C.van der Meulen, H. Nolten &amp; P. Oosterveld (1965). Kartering en beschrijving van de vegetatie van de Berkenvallei-Boschplaat-Terschelling. Instituut voor Syst. Plantkunde, Utrecht. 33 pp. (R-0373).				

Hartog, C. den (1955). Roodwieren van de kwelders van Terschelling. De Levende Natuur 58: 169-174. (008009).				

Hartog, C. den (1955). Roodwieren van de kwelders van Terschelling. De Lev. Nat. 56 (9): 169-173. (000346).				

Hartog, C. den (1958). Nieuwe gegevens over de kwelderroodwieren van Terschelling. De Levende Natuur 61: 231-235. (008008).				

Heerdt, P.F. van &amp; M.F. Mörzer Bruijns (1953). Biocoenolisch onderzoek in de zeereep van Terschelling. De Levende Natuur 5: 93-100. (001257).				
Heerdt, P.F. van &amp; M.F. Mörzer Bruijns (1953). Biocoenologisch onderzoek in de zeereep van Terschelling. De Levende Natuur 4 &amp; 5: 63-68 &amp; 93-100. (008063).				
Heerdt, P.F. van &amp; M.F. Mörzer Bruyns (1960). A biocenological investigation in the yellow dune region ofTerschelling. Tijdschrift voor Entomologie 103, 3/4: 225-275. (005558).				

Heerdt, P.F. van &amp; M.F. Mörzer Bruyns (1960). A biocenological investigation in the yellow dune region ofTerschelling. Tijdschrift voor Entomologie 103: 225-275. (003953).				

Heerdt, P.F. van &amp; M.F. Mörzer Bruyns (1960). A new biocenological investigation in the yellow dune region of Terschelling. Tijdschrift voor Entomologie 103: 225-275. (008031).				

Heerdt, P.F. van &amp; W. Bongers (1967). A biocenological investigation of salth marshes on the south coast of the isle of Terschelling. Tijdschrift voor Entomologie 110: 107-131. (008062).				

Heerdt, R.F. van &amp; M.F. Mörzer Bruyns (1960). A biocenological investigation in the yellow dune region ofTerschelling. Tijdschrift voor Entomologie 103: 225-275. (008338).				

Herwijnen, M. et al. (1960). Verslag zomerkamp Terschelling augustus 1959. Kruipnieuws 22 (1): 16-19. (008785).				

Hoeve, J. ter &amp; P. Roos (1956). Grondwater en bos op Terschelling. Nederlandsch Bosbouw-Tijdschrift 28: 235-242. (008508).				

Holkema, F. (1870). De plantengroei der Nederlandsche Noordzee-eilanden: Texel, Vlieland, Terschelling, Ameland, Schiermonnikoog en Rottum. Eene bijdrage tot de Flora van Nederland. Scheltema &amp; Holkema, Amsterdam, 268 p.. (B-0088).				

Jacobs, R.P.W.M., C. den Hartog, B.F. Braster &amp; F.C. Carrière (1981). Grazing of the seagrass Zostera noltii by birds at Terschelling Dutch Wadden Sea). Aquatic Bot. 10:241-259. (000547).				

Ketner, P. &amp; K. Reinink (1970). Onderzoek naar de primaire productie van de vegetatie en de secundaire productie van enige groepen van de fauna in beweide en onbeweide zilte graslanden in het Staatsnatuurreservaat ' de Boschplaat' op Terschelling. Rapport Rijksinstituut voor Natuurbeheer, 33pp.. (R-0625).				
Ketner-Oostra, R. (1989). Lichenen en mossen in de duinen van Terschelling. RIN-Rapport 89/7: 157 p.. (R-0148).				

Kuyper, T.W., E. Mekenkamp &amp; M. Verbeek (1994). Die Pilzflora der Kriechweidengebüsche auf der Watteninsel Terschelling. Zeitschrift für Mykologie 60: 305-316. (005977).				

Leeuwen, C.G. van, V. Westhoff (1961). Drie nieuwe Erica's op Terschelling. De Levende Natuur 64: 25-32. (001635).				

Moerenhout, M. &amp; M.Pas (1987). Bostypen op Terschelling. Kartering en ontwikkeling. Doctoraal verslag Rijksuniversiteit Groningen Vakgroep Plantenecologie. (R-0081).				

Oostermeijer, J.G.B. (1987). *** Nanocyperion flavescentis op Terschelling. ???. (R-0014).				

Oostra, R.G.M. (1968). Verslag over een onderzoek naar de Licheenvegetaties in de droge duinen van Terschelling. RIVON: 1-33. (R-0145).				

Ploeger, L. &amp; S. van Vliet (1972). Vegetatie-analyse en vegetatie-kartering van de droge duingraslanden op Ameland en Terschelling. Doctoraalverslag voor het Instituut voor Systematische Plantkunde. R.U. Utrecht, Rapport van het Rijksinstituut voor Natuurbeheer, Leersum: 1-24. (R-0146).				

Rasch, R. (1963). Het Nardo-Galion op Terschelling. Natuurhistorisch verslag van het op planten gespecialiseerde N.J.N. Zomerkamp Terschelling: 19-28. (003366).				
Reijnders, W.J. (1967). Verspreiding en oecologie van Liparis loeselii (L.) Rich. op Terschelling (vooral op de Bosplaat) vergeleken met de oecologie in andere delen van ons land en Europa. Hugo de Vries-laboratorium, Amsterdam, RIVON-Rapport. 14 pp. (R-0112).				

Roos, G.Th. de (1977). Vetblad (Pinguicula vulgaris) op Terschelling, nieuw voor het Waddengebied. De Levende Natuur: 80: 119-120. (003179).				
Sipman, H.J.M. (1969). Verslag over een onderzoek naar de vegetatie op de noordhelling van enkele duinen op Terschelling, en in het byzonder de rol van lichenen daarbij. Rijksuniversiteit Utrecht: 1-57 (zonderbijlagen). (R-0147).				
Staak, T. van der &amp;J. Lenten (1969). De vegetatie van het staatsnatuurreservaat "De Koegelwieck"op Terschelling. Doctoraal- resp. MO verslag voor het Instituut voor Systematische Plantkunde, RU-Utrecht, Rapport van het Rijksinstituut voor Natuurbeheer. (R-0150).				

Staak, van der, Leuten (1969). De vegetatie van het Staatsnatuurreservaat `De Koegelwieck'op Terschelling. RIN-rapport. (R-0153).				

Vierssen, W. van (1974). De verspreiding van Scirpus rufus (Huds.)Schrad. op de Boschplaat, Terschelling, in relatie tot "bodemverdichting".. Rapport Botanisch laboratorium, afd. Geobotanie, K.U. Nijmegen.38 pp. + bijlagen. (R-0500).				
Visser, G. (1972). Het Vergeten Blaasjeskruid op Terschelling. De Lev. Nat. 75: 109-111. (000917).				

Visser, G. (1976). Wie het grote eert, is het kleine weerd, ofwel waarom Terschelling nog is wat het was. Natura Jrg. 73 (4): 85-96. (002868).				
Westhoff, V. &amp; K. Reinink (1967). Osmunda regalis L. op Terschelling, oecologisch en vegetatiekundig bezien. Gorteria 3 (13): 204-209. (003942).				
Westhoff, V. &amp; M.F.Mörzer Bruijns (1956). De groeiplaats van Scirpus americanus Pers. op het Groene Strand bij West-Terschelling. Acta Botanica Neerlandica 5 (4): 344-354. (003943).				

Westhoff, V. &amp; M.F.van Oosten (1989). Terschelling. Concept Hoofstuk 11 uit: De plantengroei van de Waddeneilanden, uitgave KNNV 1989 of 1990. (006859).				
Westhoff, V. &amp; P. Ketner (1967). Milieu en vegetatie van Carex hartmannii Caj. op Terschelling, in het kader van een oecologische vergelijking tussen deze soort en Carex buxbaumii Wahlenb.. Gorteria 3 (8): 119-126. (001214).				
Westhoff, V. &amp; P. Ketner (1967). Milieu en vegetatie van Carex hartmanii Caj. op Terschelling, in het kader van een oecologische vergelijking tussen deze soort en Carex bucbaumii Wahlenb.. Gorteria 3 (8) : 119-126. (000071).				
Westhoff, V. &amp; S. Segal (1961). Cursus Vegetatiekunde 12-17 juni 1961 op Terschelling. Hugo de Vries-laboratorium, Amsterdam. (001711).				
Westhoff, V. (1947). The vegetations of dunes and salt marshes on the Dutch islands of Terschelling, Vlieland and Texel. Rijksuniversiteit Utrecht. Dissertatie. C.J. van der Horst, 's-Gravenhage. 131 pp. (D-0018).				

Westhoff, V. (1951). De Boschplaat op Terschelling. Natuur en Landschap 5 (1): 3-20. (001644).				

Westhoff, V. (1951). De Weidechampignon (Agaricus campestris Fr.) in en om de Zilvermeeuwenkolonie van de Boschplaat op Terschelling. Fungus 27 (2): 33-37. (002324).				

Westhoff, V. (1966). De Terschellinger flora loopt geen gevaar. Schylge myn lantse, Uitgave van de vereninging van vrienden der Terschellinger musea 6 (4): 12-14. (002205).				

Westhoff, V. (2000). De vegetatie van Terschelling - Drie series van plantengezelschappen. Kunst en Wetenschap 9 (4): 7-9. (008680).				
Zumkehr, P. (1996). Terschelling. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (1996). Excursieverslagen 1994. Plantensociologsiche Kring Nederland,  pp 41-43.				
; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
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					<speciesPopulation>
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						<scientificName>Saxicola torquata</scientificName>
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						<populationType>r</populationType>
						<populationSize>
							<lowerBound>38</lowerBound>
							<upperBound>38</upperBound>
						<countingUnit>p</countingUnit>
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						<observationDataQuality>G</observationDataQuality>
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						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A063</speciesCode>
						<scientificName>Somateria mollissima</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>110</lowerBound>
							<upperBound>110</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A195</speciesCode>
						<scientificName>Sterna albifrons</scientificName>
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						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>17</lowerBound>
							<upperBound>17</upperBound>
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						<observationDataQuality>G</observationDataQuality>
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				<ownership>
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				<documentation>
					<description>Bruin, C.W.J. (1994). Duinvalleien op Texel. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.) (1994). Excursieverslagen 1992. Plantensociologische Kring Nederland. Pp 18-23. 

Diemel, L. (1977). Vegetatieonderzoek van de droge duingraslanden van Texel, Terschelling en Ameland (1976), van Jutland- Denemarken- en zuidwest Noorwegen (1975). Doctoraalscriptie K.U. Nijmegen, 42 pp + bijlagen. 

Ferguson, J.H.A. (1930). Verslag van de Excursie der C.H.V. naar Terschelling, Vlieland en Texel op 12 t/m 15 Mei 1930. Verslag excursie Canidaat Houtvesters Vereeniging, 4pp.. 

Holkema, F. (1870). De plantengroei der Nederlandsche Noordzee-eilanden: Texel, Vlieland, Terschelling, Ameland, Schiermonnikoog en Rottum. Eene bijdrage tot de Flora van Nederland. Scheltema &amp; Holkema, Amsterdam, 268 p. 

Westhoff, V. (1947). The vegetations of dunes and salt marshes on the Dutch islands of Terschelling, Vlieland and Texel. Rijksuniversiteit Utrecht. Dissertatie. C.J. van der Horst, 's-Gravenhage. 131 pp. 
; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
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				<siteDesignationAdditional>Partly nature reserve of State Forestry Service. National Park. Part qualifies for  Ramsar.</siteDesignationAdditional>
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					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
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2500 EK Den Haag</addressUnstructured>
							<email></email>
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				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheer- en inrichtingsplan Nationaal Park Duinen Texel (2000-2010)</conservationMeasures>
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Department Nature &amp; Biodiversity</name>
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2500 EK Den Haag
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					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
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						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
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						<conservation>B</conservation>
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						<scientificName>Platalea leucorodia</scientificName>
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						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
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						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
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							<lowerBound>220</lowerBound>
							<upperBound>220</upperBound>
						<countingUnit>i</countingUnit>
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						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A063</speciesCode>
						<scientificName>Somateria mollissima</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>2100</lowerBound>
							<upperBound>2100</upperBound>
						<countingUnit>p</countingUnit>
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						<scientificName>Tringa totanus</scientificName>
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						<populationType>w</populationType>
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							<lowerBound>2100</lowerBound>
							<upperBound>2100</upperBound>
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						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>90.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Open dunes and dune slacks with sand, mosses, heathland, coniferous forest and shrubs. Most decalcified island of the Wadden, because of that the dunegrasslands and Empetrum nigrum-vegetation are very well developed. The adjacent saltmarsh of the Posthuiswad is included in the Waddenzee site (NL1000001)</otherSiteCharacteristics>
				<qualityAndImportance></qualityAndImportance>
				<impacts>
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				<ownership>
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				<documentation>
					<description>Bodewitz, E.J. (1988). De bostypen van Schiermonnikoog en Vlieland. Doctoraal verslag 88-05 Landbouwuniversiteit Wageningen Vakgroep Bosteelt en Bosecologie. (R-0080).				

Ferguson, J.H.A. (1930). Verslag van de Excursie der C.H.V. naar Terschelling, Vlieland en Texel op 12 t/m 15 Mei 1930. Verslag excursie Canidaat Houtvesters Vereeniging, 4pp. (006210).				

Holkema, F. (1870). De plantengroei der Nederlandsche Noordzee-eilanden: Texel, Vlieland, Terschelling, Ameland, Schiermonnikoog en Rottum. Eene bijdrage tot de Flora van Nederland. Scheltema &amp; Holkema, Amsterdam, 268 p. (B-0088).				

Westhoff, V. (1947). The vegetations of dunes and salt marshes on the Dutch islands of Terschelling, Vlieland and Texel. Rijksuniversiteit Utrecht. Dissertatie. C.J. van der Horst, 's-Gravenhage. 131 pp. (D-0018).				
; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
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						<cover>100.0</cover>
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							<type>=</type>
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				<siteDesignationAdditional>Nature reserve of State Forestry Service.  Part qualifies for Ramsar.</siteDesignationAdditional>
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				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
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2500 EK Den Haag</addressUnstructured>
							<email></email>
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				<managementPlans>
					<exists>P</exists>
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				<conservationMeasures>Beheersplan Rijksgronden Vlieland.</conservationMeasures>
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				<siteName>Engbertsdijksvenen</siteName>
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				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1989-05</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/040/N2K_040_WB_HVN_Engbertsdijksvenen.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.6688</longitude>
				<latitude>52.4692</latitude>
				<area>932.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A039</speciesCode>
						<scientificName>Anser fabalis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4000</lowerBound>
							<upperBound>4000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A127</speciesCode>
						<scientificName>Grus grus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>230</lowerBound>
							<upperBound>230</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A008</speciesCode>
						<scientificName>Podiceps nigricollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>89.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>One of the last remaining raised bogs in the Netherlands, c.10 ha of which has not been cut for peat. The site is located to the north of the city of Almelo, and is surrounded by arable land.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Important degraded raised bog. One of the five most important sites for (non-breeding): Common Crane Grus grus. xxx Site largely overlaps with IBA085 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen --- Hazelhorst H Akker Pvanden Bergh LMJvanden. 2003., Rietganzen en Kraanvogels in de Engbertsdijksvenen.., Eigen uigave/VBN/SBB/EKS; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>ENGBERTSDIJKSVENEN</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>ENGBERTSDIJKSVENEN</siteName>
							<type>+</type>
							<cover>98.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Engbertsdijksvenen</siteName>
							<type>+</type>
							<cover>98.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Econmische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL3009012</siteCode>
				<siteName>Groote Peel</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1986-11</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/140/N2K_140_WB_HVN_Groote_Peel.pdf</spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2009-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/140/N2K_140_WB_HVN_Groote_Peel.pdf</sacLegalReference>
				<explanations>Merge of SPA NL3009012 Groote Peel and SCI NL1000025 Groote Peel</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.8178</longitude>
				<latitude>51.3465</latitude>
				<area>1348.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>14.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>912.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6000</lowerBound>
							<upperBound>6000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A039</speciesCode>
						<scientificName>Anser fabalis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>11000</lowerBound>
							<upperBound>11000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A127</speciesCode>
						<scientificName>Grus grus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A272</speciesCode>
						<scientificName>Luscinia svecica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>200</lowerBound>
							<upperBound>200</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A008</speciesCode>
						<scientificName>Podiceps nigricollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>36</lowerBound>
							<upperBound>36</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A276</speciesCode>
						<scientificName>Saxicola torquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>80</lowerBound>
							<upperBound>80</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A004</speciesCode>
						<scientificName>Tachybaptus ruficollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>41</lowerBound>
							<upperBound>41</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>11.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>12.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>51.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>The area contains remnant fragments of a raised bog (formerly 30,000 ha in extent), and includes moor pools, peatlands, marshes, swampy Betula forest, Molinia heathland and sandridges. The site is situated north-east of the city of Weert.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). One of the five most important sites for (breeding): Bluethroat Luscinia svecica; (non-breeding): Common Crane Grus grus. 
The site is a roost for Anser fabalis, but counts probably underestimate actual numbers. 
Site coincides with IBA087 (IBA2000)
Important degraded raised bog with dystrofic lakes, but without the characteristic vegetation of type 3160. Important for insects.
One of the most important sites for the habitat type Degraded raised bogs still capable of natural regeneration (7120).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Buro Hemmen. 2002., Water en Vuur. Beheers- en Inrichtingsplan Nationaal Park De Groote Peel., Buro Hemmen,  Randwijk.

Joosten J.H.J. &amp; T.W.M. Bakker, 1987. De Groote Peel in verleden, heden en toekomst. Staatsbosbeheer Utrecht

Joosten J.H.J., 1992. Water en natuurwaarden in de Groote Peel. Natura 89 (2): 33-37

Roomen M. van, Boele A., Weide M. van der, Winden E. van ea. 2000. Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON,  Beek-Ubbergen 

Seggelen C. van. 1999., Vogels van de Groote Peel. En eeuw avifauna in een veranderend, hoogveenlandschap. Stichting Natuurpublicaties Limburg,  Maastricht 

SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen.

Tempel R. van den, Osieck E.R. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist 

Voslamber et al., 1998. Monitoring van broedvogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95. SOVON</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Groote Peel</siteName>
							<type>+</type>
							<cover>99.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>National Park. Partly nature reserve of State Forestry Service. Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Water en Vuur. Beheer en inrichtingplan nationaal park de Groote Peel, 2002. Bureau Hemmen, Randwijk.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL3009013</siteCode>
				<siteName>Ketelmeer &amp; Vossemeer</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/075/n2k075_db_vnw_ketelmeer_en_vossemeer.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.759</longitude>
				<latitude>52.597</latitude>
				<area>3843.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL23</code>
						<name>Flevoland</name>
					</region>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A298</speciesCode>
						<scientificName>Acrocephalus arundinaceus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>37</lowerBound>
							<upperBound>37</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>360</lowerBound>
							<upperBound>360</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>160</lowerBound>
							<upperBound>160</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>220</lowerBound>
							<upperBound>220</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>680</lowerBound>
							<upperBound>680</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A039</speciesCode>
						<scientificName>Anser fabalis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>5500</lowerBound>
							<upperBound>5500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>350</lowerBound>
							<upperBound>350</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4500</lowerBound>
							<upperBound>4500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1700</lowerBound>
							<upperBound>1700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A070</speciesCode>
						<scientificName>Mergus merganser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A094</speciesCode>
						<scientificName>Pandion haliaetus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>870</lowerBound>
							<upperBound>870</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>8</lowerBound>
							<upperBound>8</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>350</lowerBound>
							<upperBound>350</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A190</speciesCode>
						<scientificName>Sterna caspia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>96.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A freshwater lake, bounded in the north by the dyke of Noordoostpolder (reclaimed in 1942), in the south by the dyke of Oostelijk Flevoland (1957), in the east by the delta of the IJssel river (NL NL9802036), and in the west by Lake IJsselmeer (NL9803028). Only the IJssel delta has some reedbeds along the foreshore.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003).  xxx Species meeting the 1% threshold (non-breeding): Great Cormorant Phalacrocorax carbo (1,2%), Bewick`s Swan Cygnus bewickii (1,1%), Tufted Duck Aythya fuligula (1,3%). xxx One of the five most important sites for (non-breeding): Caspian Tern Sterna caspia.The site regularly supports more than 20,000 wintering waterbirds: average peak number 33,246 (1991/92-1996/97). xxx This site includes IBA039 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Veenstra B. 2000., Broedvogels van Kampina in 1999., SOVON Inventarisatierapport  2000/02, SOVON,  Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>KETELMEER EN VOSSEMEER</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat - IJsselmeergebied</organisation>
							<addressUnstructured>Postbus 600
8200 AP Lelystad</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Rijkswateren 2001-2004 xxx </conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL3009014</siteCode>
				<siteName>Leenderbos, Groote Heide &amp; De Plateaux</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/136/N2K136_DB%20HV%20Leenderbos,%20Groote%20Heide%20&amp;%20De%20Plateaux.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Formerly known as SPA NL3009014 Leenderbos en Groote Heide</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.5162</longitude>
				<latitude>51.3258</latitude>
				<area>2520.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A224</speciesCode>
						<scientificName>Caprimulgus europaeus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>32</lowerBound>
							<upperBound>32</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A246</speciesCode>
						<scientificName>Lullula arborea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>53</lowerBound>
							<upperBound>53</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A276</speciesCode>
						<scientificName>Saxicola torquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>61</lowerBound>
							<upperBound>61</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>12.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>47.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of dry heathland, fen and forestry plantations (mixed woodland xxx and conifers) located to the south-east of the city of Eindhoven.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Important for dragonflies, butterflies, Pelobates fuscus and breeding birds of heathlands.  xxx One of the five most important sites for (breeding): Eurasian Nightjar Caprimulgus europaeus. xxx Site includes IBA103 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland, Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON, Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Valkenhorst Fishponds twinned to</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL3009015</siteCode>
				<siteName>Markiezaat</siteName>
				<compilationDate>2003-10</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1989-11</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/127/n2k127_db%20vn%20markiezaat.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Formerly known as SPA NL3009015 Markiezaatsmeer

Unti 2007 NL3009015 Markiezaatsmeer was part of SPA/SCI NL1000018 Oosterschelde</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.2602</longitude>
				<latitude>51.4607</latitude>
				<area>1832.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>480</lowerBound>
							<upperBound>480</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>150</lowerBound>
							<upperBound>150</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>700</lowerBound>
							<upperBound>700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1600</lowerBound>
							<upperBound>1600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>280</lowerBound>
							<upperBound>280</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>510</lowerBound>
							<upperBound>510</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A149</speciesCode>
						<scientificName>Calidris alpina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6400</lowerBound>
							<upperBound>6400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A143</speciesCode>
						<scientificName>Calidris canutus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1600</lowerBound>
							<upperBound>1600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A138</speciesCode>
						<scientificName>Charadrius alexandrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>15</lowerBound>
							<upperBound>15</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>360</lowerBound>
							<upperBound>360</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>920</lowerBound>
							<upperBound>920</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>680</lowerBound>
							<upperBound>680</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>13</lowerBound>
							<upperBound>13</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A141</speciesCode>
						<scientificName>Pluvialis squatarola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1300</lowerBound>
							<upperBound>1300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>200</lowerBound>
							<upperBound>200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A008</speciesCode>
						<scientificName>Podiceps nigricollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>33</lowerBound>
							<upperBound>33</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>140</lowerBound>
							<upperBound>140</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A004</speciesCode>
						<scientificName>Tachybaptus ruficollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>250</lowerBound>
							<upperBound>250</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A161</speciesCode>
						<scientificName>Tringa erythropus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>210</lowerBound>
							<upperBound>210</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>55.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A stagnant shallow freshwater lake with some reedbeds and former salt marshes, which was cut off from SPA Oosterschelde (NL3009016) in 1983. It is adjacent to SPA Zoommeer (NL9902010) in the north-west, with the city of Bergen op Zoom at the north-eastern border, and the Schelde?Rhine river connection at the west side. This site was originally designated together with SPA Oosterschelde.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (non-breeding): Gadwall Anas strepera (2%); Northern Shoveler Anas clypeata (1%). xxx The site is a roost for geese Anser from surrounding feeding areas, but xxx no counts are available. xxx Site largely overlaps with IBA 030 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Anonymus. 1994., Het beheren van natuurreservaten. Het Markiezaat., Brabants Landschap 104: 56-65 --- Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- R?ling YJB. 1994., Markiezaat 10 jaar afgesloten., Flevobericht  351, Min.VW/Dir.-Gen.Rijkswaterstaat, Lelystad; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Oosterschelde en Markiezaatsmeer</siteName>
							<type>-</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Brabant</organisation>
							<addressUnstructured>Postbus 90151
5200 MC 's-Hertogenbosch</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL3009016</siteCode>
				<siteName>Oosterschelde</siteName>
				<compilationDate>1996-10</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1989-11</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/118/n2k118_db_hvnw_oosterschelde.pdf</spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2010-02</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/118/n2k118_db_hvnw_oosterschelde.pdf</sacLegalReference>
				<explanations>Merge of SPA NL3009016 Oosterschelde and SCI NL1000018 Oosterschelde in 2011
NB: part of former SCI NL1000018 Oosterschelde became SPA/SCI NL9802068 Yerseke en Kapelse Moer

In 2007 SPA/SCI NL1000018 Oosterschelde was sepated into:
SCI NL1000018 Oosterschelde
SPA NL3009016 Oosterschelde
SPA NL3009017 Markiezaatsmeer</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.9722</longitude>
				<latitude>51.5769</latitude>
				<area>36976.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>1160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>34700.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>1310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>139.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>1320</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>208.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>1330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>292.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.2</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>730</lowerBound>
							<upperBound>730</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>940</lowerBound>
							<upperBound>940</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1000</lowerBound>
							<upperBound>1000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>12000</lowerBound>
							<upperBound>12000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>5500</lowerBound>
							<upperBound>5500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2300</lowerBound>
							<upperBound>2300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A169</speciesCode>
						<scientificName>Arenaria interpres</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>640</lowerBound>
							<upperBound>640</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A046</speciesCode>
						<scientificName>Branta bernicla</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6300</lowerBound>
							<upperBound>6300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3100</lowerBound>
							<upperBound>3100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A067</speciesCode>
						<scientificName>Bucephala clangula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>680</lowerBound>
							<upperBound>680</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A144</speciesCode>
						<scientificName>Calidris alba</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>290</lowerBound>
							<upperBound>290</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A149</speciesCode>
						<scientificName>Calidris alpina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>15700</lowerBound>
							<upperBound>15700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A143</speciesCode>
						<scientificName>Calidris canutus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>8500</lowerBound>
							<upperBound>8500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A138</speciesCode>
						<scientificName>Charadrius alexandrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A138</speciesCode>
						<scientificName>Charadrius alexandrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>6</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>310</lowerBound>
							<upperBound>310</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>27</lowerBound>
							<upperBound>27</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>19</lowerBound>
							<upperBound>19</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>530</lowerBound>
							<upperBound>530</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A026</speciesCode>
						<scientificName>Egretta garzetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A103</speciesCode>
						<scientificName>Falco peregrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1100</lowerBound>
							<upperBound>1100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A130</speciesCode>
						<scientificName>Haematopus ostralegus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>26700</lowerBound>
							<upperBound>26700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A157</speciesCode>
						<scientificName>Limosa lapponica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4700</lowerBound>
							<upperBound>4700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A069</speciesCode>
						<scientificName>Mergus serrator</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>350</lowerBound>
							<upperBound>350</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A160</speciesCode>
						<scientificName>Numenius arquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>7100</lowerBound>
							<upperBound>7100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>360</lowerBound>
							<upperBound>360</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1365</speciesCode>
						<scientificName>Phoca vitulina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>51</lowerBound>
							<upperBound>100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A140</speciesCode>
						<scientificName>Pluvialis apricaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2000</lowerBound>
							<upperBound>2000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A141</speciesCode>
						<scientificName>Pluvialis squatarola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4400</lowerBound>
							<upperBound>4400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A007</speciesCode>
						<scientificName>Podiceps auritus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>8</lowerBound>
							<upperBound>8</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>370</lowerBound>
							<upperBound>370</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>570</lowerBound>
							<upperBound>570</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>260</lowerBound>
							<upperBound>260</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A195</speciesCode>
						<scientificName>Sterna albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>36</lowerBound>
							<upperBound>36</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A193</speciesCode>
						<scientificName>Sterna hirundo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>820</lowerBound>
							<upperBound>820</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A194</speciesCode>
						<scientificName>Sterna paradisaea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>18</lowerBound>
							<upperBound>18</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A191</speciesCode>
						<scientificName>Sterna sandvicensis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A004</speciesCode>
						<scientificName>Tachybaptus ruficollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>80</lowerBound>
							<upperBound>80</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2900</lowerBound>
							<upperBound>2900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A161</speciesCode>
						<scientificName>Tringa erythropus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>350</lowerBound>
							<upperBound>350</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A164</speciesCode>
						<scientificName>Tringa nebularia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>170</lowerBound>
							<upperBound>170</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A162</speciesCode>
						<scientificName>Tringa totanus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1800</lowerBound>
							<upperBound>1800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A142</speciesCode>
						<scientificName>Vanellus vanellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4500</lowerBound>
							<upperBound>4500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>67.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>31.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>This 40-km long water-body was formerly an estuary of the Rhine/ Maas river system, via Hollands Diep and Krammer-Volkerak, but has been closed off from the sea since 1986 by a storm-surge barrier which allows the tidal regime to continue with some restrictions. The  sea can be completely shut out during storms or high tides. Two freshwater lakes have developed on the eastern side following the construction of secondary dams (SPA Markiezaat/ SPA Zoommeer, NL3009015/ NL9902010). South of this area, lake Veerse Meer (NL9802025) came into being following the closing of the Veerse Gat in 1961.
Extensive tidal and intertidal area of international importance, contains mud and sand flats, intersected by tidal gullies, shoals and saltmarshes. Atlantic eelgrass meadows are present. The site includes brackish habitats on the inland side of the dikes. Site adjacent to NL 9802017 Voordelta (coastal waters).</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). This is the most important intertidal staging area for ducks and waders xxx in south-west Netherlands. Thousands of geese Anser, feeding in adjacent farmland polders, use the area as roost. Recurvirostra avosetta and Charadrius alexandrinus breed in small lagoons (?inlagen?, inland of the dyke) and at Neeltje Jans (building site of the storm-surge barrier). 
Species meeting the 1% threshold (breeding): Avocet Recurvirostra avosetta (1,4%); (non-breeding): Eurasian Spoonbill Platalea leucorodia (1,3%); Greylag Goose Anser anser (1,4%); Barnacle Goose Branta leucopsis (2,8%); Brent Goose Branta bernicla (4,8%); Common Shelduck Tadorna tadorna (1,4%); Eurasian Wigeon Anas [Mareca] penelope (1,8%); Northern Pintail Anas acuta (2,5%); Northern Shoveler Anas clypeata (3,0%); Common Goldeneye Bucephala clangula (1,3%); Eurasian Oystercatcher Haematopus ostralegus (7,4%); Common Ringed Plover Charadrius hiaticula (1,0%); Grey Plover Pluvialis squatarola (5,2%); Knot Calidris canutus islandica (4,5%); Dunlin Calidris alpina schinzii (1,9%); Bar-tailed Godwit Limosa lapponica (6,3%); Eurasian Curlew Numenius arquata (2,9%); Spotted Redshank Tringa erythropus (1,1%); Common Redshank Tringa totanus totanus (2,1%); Common Redshank Tringa totanus robusta (1,7%); Turnstone Arenaria interpres (2,9%). 
One of the five most important sites for (breeding): Avocet Recuvirostra avosetta, Sandwich Tern Sterna sandvicensis; (non-breeding): Horned Grebe Podiceps auritus, Little Egret Egretta garzetta, Peregrine Falcon Falco peregrinus. xxx The site regularly supports more than 20,000 wintering waterbirds: average peak number 181,148 (1991/92-1995/96). 
Site largely overlaps with IBA 028 (IBA2000).
Very diverse sea inlet. 60 species of fish, important nursery area.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Berchum A.M. van, Wattel G.. 1997., De Oosterschelde, van estuarium naar zeearm. Bekkenrapportage 1991-1996., RIKZ Rapport  97.034, Dir.-Gen.Rijkswaterstaat/RIKZ, Middelburg 
Berrevoets C.M., Strucker R.C.W., Arts F.A., Meininger P.L. 2003., Watervogels in de Zoute Delta 2001/2002., RIKZ Rapport  2003.001, RIKZ,  Middelburg 
Bleijenberg, H.M. (1990). Erosie van schorren in de Oosterschelde. Rapport Rijksuniversiteit Utrecht, Fysisch Geografisch Instituut &amp; RWS Dienst Getijdewater, Middelburg.
Bongaarts, R. &amp; H. Lammers (1984). Een synecologisch onderzoek op het schor van Rattekaai-west (Oosterschelde). Doctoraalverslag RU Utrecht, 73 pp. 
Coosen J. ea. 1998., Themanummer: Rijkswaterstaat 200 jaar., Zeeuws Landschap 14.2 : hele nr. 
Dijkstra 1997. Belangrijke zoogdiergebieden in nederland. VZZ.
Tempel R.van den, Osieck E.R. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland,  Zeist 
Groenendijk, A.M. (1987). Ecological consequences of a storm-surge barrier in the Oosterschelde: the Salt Marshes. Dissertatie Rijksuniversiteit Utrecht. 177 pp. 
Hartog, C. den &amp; V.N. de Jonge (1972). Notities bij het rapport 'De biologische consequenties van de afsluiting van de Oosterschelde'. Vakblad voor Biologen 52: 218-223. 
Jong, D.J. de &amp; A.M. van der Pluijm (1994). Consequences of a tidal reduction for the salt-marsh vehgetation in the Oosterschelde estuary (The Netherlands). Hydrobiologia 282/283: 317-333.
Jong, D.J. de &amp; Meulstee, C. (1989). Wieren en weiden in de Oosterschelde. De verspreiding van zeegrassen en wieren in de Oosterschelde en de gevolgen van de afbouw van de Oosterscheldekering hierop. Dienst Getijdewater/Meetkundige Dienst, Middelburg/Delft, 40 pp.
Jong, D.J. de &amp; T.J. de Kogel (1985). Salt-marsh research with respect to civil-engineering project in The Oosterschelde, The Netherlands. Vegetatio 62: 4256-432. 
Jong, D.J. de, Z. de Jong &amp; J.P.M. Mulder (1994). Changes in area, geomorphology ans sediment nature of salt marshes in the Oosterschelde estuary (SW Netherlands) due to tidal changes. Hydrobiologia 282/283: 303-316.
Jong, Z. de, D. de Jong &amp; J.P.M. Mulder (1992). Effecten van het veranderende getij voor de schorren in de Oosterschelde. De Levende Natuur 1992-5: 138-142. 
Jonkers (1991). Inventarisatie en procesanalyse van de schorranderosie in de Oosterschelde. Rapport Rijksuniversiteit Utrecht, Fysisch Geografisch Instituut &amp; RWS Dienst Getijdewater, Middelburg.
Kemmers, R.H. (1975). Vegetatie en oecologie van enige inlagen rond de Oosterschelde. Delta Instituut voor Hydrobiologisch Onderzoek, Yerseke Studentenverslag D2-1975,  70 pp.
Kogel, T.J . &amp; D.J.de Jong (1983). Vegetatiekartering van de schorren in de Oosterschelde en het Krammer-Volkerak, 1978. Rapport Rijkswaterstaat, Deltadienst, Hoofd Milieu en inrichting. Nota 80-20. 
Kogel, T.J. de (1980). Een verkennend onderzoek naar het voorkomen van de noordse woelmuis (Microtus oeconomus) op de schorren langs de Oosterschelde, Krammer en Volkerak. Nota TWS, DDMI-79.21.
Kogel, T.J. de., D.J. de Jong &amp; A.M. van der Pluym (1985). De flora van het Oosterschelde en Krammer/Volkerakgebied. Rapport Rijkswaterstaat/Deltadienst. 
Kramer T. 2001., Plan Tureluur halverwege. Stand van zaken en perspectieven van het, natuurontwikkelingsplan voor de Oosterschelde., Zeeuwse Milieufederatie,  Goes; 
Leeuw, J. de (1994). Theme IV: Ecology of the salt marshes. Hydrobiologia 282/283: 299-301.
Osieck E.R. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist 
Reest, P.J. van der &amp; A.M.M. van Haperen (1996). Het Rammegors? zout, zoet of brak? De Levende Natuur 97(4): 139-145.
Reest, P.J. van der (1985). Het Rammegors, de vegetatie van een schorrengebied na de bedijking. Gorteria 12: 217-224. 
Reitsma, J.P. &amp; Melman, P.J.M. (1997). Vegetatiekartering 1:5000 schorren en slikken van de Oosterschelde 1995 op basis van false-colour luchtfoto's. Rapport MDGAT-9739, Rijkswateerstaat Meetkundige Dienst, Delft.
Rooij, S.A.M. van &amp; K.P. Groen (red) (1996). De oevergebieden van het Volkerak-Zoommeer. Ontwikkeling van het abiotisch milieu en vegetatie sinds 1987. Flevobericht 393, Rijkswaterstaat Directie IJsselmeergebied, Lelystad.
Roomen M.van, Boele A., Weide M.van der, Winden E. van, ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen 
Schekkerman, H., P.L. Meininger &amp; P.M. Meire (1992). Watervogels en de Ooster scheldewerken. De Levende Natuur 93(5): 147-151.
Schekkerman, H., P.L. Meininger &amp; P.M. Meire (1994). Changes in the Oosterschelde estuary: are patterns in total density, biomass and diversity induced by the construction of the storm-surge barrier? Hydrobiologia 282/283: 509-524.
Smaal, A., H. Smit &amp; J. Coosen (1995). Plaat- en schorhabitats.- De Oosterschelde ná de werken. Landschap 12(4): 41-54. 
Smaal, A.C. &amp; M.R. van Stralen (1992). Plankton en schelpdieren voor en na de Oosterscheldewerken. De Levende Natuur 93(5): 142-146.
SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen
Voslamber et al., 1997. Vogels in belangrijke vogelgebieden in 1992-94; SOVON.
Voslamber et al., 1998. Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95. SOVON.
Wolff, W. &amp; J. Post. 1979. Oosterschelde. Het leven in en om het water. A.W. Sijthoff, Alphen aan den Rijn. 206 p.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>99.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Oosterschelde en Markiezaatsmeer</siteName>
							<type>-</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>National Park. Partly proteted by Nature Conservation Act. (Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat</organisation>
							<addressUnstructured>Postbus 5014
4330 KA Middelburg</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheers- en Inrichtingsplan Nationaal Park Oosterschelde (2001), Beheersplan Rijkswateren 2001-2004</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL3009018</siteCode>
				<siteName>Zwin &amp; Kievittepolder</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1996-10</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/123/N2K123_DB%20HVN%20Zwin%20&amp;%20Kievittepolder.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Formerly known as SPA NL3009018 Zwin (1996-2013)
Merged with SAC Zwin under sitecode NL3009018 (2013-2014)
Divided from SAC Zwin in 2014 because of change in border of SAC</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.3726</longitude>
				<latitude>51.3689</latitude>
				<area>116.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A026</speciesCode>
						<scientificName>Egretta garzetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>9</lowerBound>
							<upperBound>9</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>40.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A small coastal wetland, consisting of a former estuary  with creeks, sandbanks, mudflats and dunes. Northern part is an intertidal area of which the largest part is located in Belgium. Consists of creeks, sandbanks, mudflats and dunes. Wet grassland and pools important for Triturus cristatus.
Site adjacent to NL9803061 Westerschelde and adjacent to pSCIs "Duingebieden inclusief IJzermonding en Zwin" (BE2500001) and "Polders" (BE2500002) in Vlaanderen.</otherSiteCharacteristics>
				<qualityAndImportance>Site includes the main part of IBA033 (IBA 2000), which only qualifies in combination with the Belgian part of this side.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Wieland AP. 1994., Broedvogelinventarisatie Zwinstreek 1993., Zeeuws Landschap  10.1: 12-14

Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist

Beyersbergen R. 1996., Het Zwin., Zeeuws Landschap 12.3: 6-7 

Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierappor t2000/01 SOVON,  Beek-Ubbergen; 

SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen

Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)

Dort, K.W. van &amp; Leusink, L. (1998). Toelichting bij de vegetatiekaart Het Zwin en Verdronken Zwarte Polder 1995. Rapport MDGAE-9861, Rijkswaterstaat Meetkundige Dienst, Delft. (NA)

Eykelhof, W.F.M. &amp; Melman, P.J.M. (1986). Toelichting bij de vegetatiekaart Het Zwin 1986. Rapport Rijkswaterstaat Meetkundige Dienst, Delft. (NA)

Jacobusse, M. (1990). Wandelingen door het Zeeuws landschap het Zwin. Zeeuws Landschap 6(1).

 Janssen, J.A.M. (2000). Het Zwin en de Verdronken Zwarte Polder. In: Hommel, P.W.F.M., M.A.P. Horsthuis &amp; V. Westhoff (red.). Excursieverslagen 1998. Plantensociologische Kring Nederland, pp 52-55. 

Langendonck, H.J. van (1933). La sociologie végétale des schorres du Zwyn et de Philippine. Bulletin de la Société Royale de Botanique de Belgique LXV: 112-136.

Lippens, L. (±1975). Het Zoute, Het Zwin. Brochure, 48 pp.
Mörzer Bruijns, M.F., Lawalrée, A., Schimmel, H &amp; Demaret, F. (1953). Vegetatieonderzoek van het Zwin in 1951-1952. Bulletin van den Rijksplantentuin Brussel XXIII: 81-123. 

Sipkes, C. De vergxxx van het Zwin in Zeeuws Vlaanderen. Natura 1951.
Vyvere, P. vande (1957). De flora van het Zwin. Meded. Belgische Nat. Ver. der Leraren in de Biologie 3(3/4)</description>
					<links>
					</links>
				</documentation>
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				<nationalDesignations>
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						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Qualifies for CORINE.</siteDesignationAdditional>
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			<siteManagement>
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					<managementBody>
							<organisation>Provincie Zeeland</organisation>
							<addressUnstructured>Postbus 6001
4330 LA Middelburg</addressUnstructured>
							<email>me.kuzee@zeeland.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
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			</siteManagement>
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				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL3011002</siteCode>
				<siteName>Polder Zeevang</siteName>
				<compilationDate>2007-03</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2005-09</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/093/n2k093_db%20v%20polder%20zeevang.pdf</spaLegalReference>
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				<sciConfirmationDate>0000-00</sciConfirmationDate>
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				<sacLegalReference></sacLegalReference>
				<explanations>Formerly known as SPA NL3011002 Zeevang</explanations>
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				<longitude>5.0208</longitude>
				<latitude>52.5419</latitude>
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				<adminRegions>
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						<code>NL32</code>
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				</adminRegions>
				<biogeoRegions>
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					<percentage>100.0</percentage>
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					<speciesPopulation>
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					<speciesPopulation>
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						<scientificName>Branta leucopsis</scientificName>
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						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
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						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
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							<upperBound>790</upperBound>
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						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A160</speciesCode>
						<scientificName>Numenius arquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>210</lowerBound>
							<upperBound>210</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A140</speciesCode>
						<scientificName>Pluvialis apricaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>790</lowerBound>
							<upperBound>790</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A142</speciesCode>
						<scientificName>Vanellus vanellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2200</lowerBound>
							<upperBound>2200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
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				<habitatClass>
					<code>N06</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>90.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A polder complex comprising improved grassland, wet meadows and many  xxx ditches with some water-fringe vegetation, adjoining Markermeer &amp; IJmeer (NL9803029) xxx in the east.</otherSiteCharacteristics>
				<qualityAndImportance></qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
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		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL4000017</siteCode>
				<siteName>Voordelta</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2012-10</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/113/Besluit%20Voordelta.pdf</spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2008-03</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/113/Besluit%20Voordelta.pdf</sacLegalReference>
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			</siteIdentification>
			<siteLocation>
				<longitude>3.6775</longitude>
				<latitude>51.7452</latitude>
				<area>83534.0</area>
				<marineAreaPercentage>99.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NLZZ</code>
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					<region>
						<code>NL33</code>
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					</region>
				</adminRegions>
				<biogeoRegions>
					<code>marineAtlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
				<biogeoRegions>
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					<percentage>100.0</percentage>
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						<relativeSurface>B</relativeSurface>
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					</habitatType>
					<habitatType>
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						<conservation>A</conservation>
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					</habitatType>
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						<scientificName>Alosa alosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
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						<populationType>p</populationType>
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						<global></global>
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					<speciesPopulation>
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						<scientificName>Alosa fallax</scientificName>
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					<speciesPopulation>
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						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
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						<populationType>w</populationType>
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							<upperBound>250</upperBound>
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					<speciesPopulation>
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					<speciesPopulation>
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						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>210</lowerBound>
							<upperBound>210</upperBound>
						<countingUnit>i</countingUnit>
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						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
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					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
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						<populationType>w</populationType>
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							<upperBound>380</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
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						<populationType>w</populationType>
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						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
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					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A169</speciesCode>
						<scientificName>Arenaria interpres</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A062</speciesCode>
						<scientificName>Aythya marila</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>80</lowerBound>
							<upperBound>80</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A067</speciesCode>
						<scientificName>Bucephala clangula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>330</lowerBound>
							<upperBound>330</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A144</speciesCode>
						<scientificName>Calidris alba</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>350</lowerBound>
							<upperBound>350</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A149</speciesCode>
						<scientificName>Calidris alpina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>620</lowerBound>
							<upperBound>620</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A001</speciesCode>
						<scientificName>Gavia stellata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<observationDataQuality>DD</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A130</speciesCode>
						<scientificName>Haematopus ostralegus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2500</lowerBound>
							<upperBound>2500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1364</speciesCode>
						<scientificName>Halichoerus grypus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound>400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1099</speciesCode>
						<scientificName>Lampetra fluviatilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A177</speciesCode>
						<scientificName>Larus minutus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<observationDataQuality>DD</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A157</speciesCode>
						<scientificName>Limosa lapponica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>190</lowerBound>
							<upperBound>190</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A065</speciesCode>
						<scientificName>Melanitta nigra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>9700</lowerBound>
							<upperBound>9700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A069</speciesCode>
						<scientificName>Mergus serrator</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A160</speciesCode>
						<scientificName>Numenius arquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>980</lowerBound>
							<upperBound>980</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1095</speciesCode>
						<scientificName>Petromyzon marinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>480</lowerBound>
							<upperBound>480</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1365</speciesCode>
						<scientificName>Phoca vitulina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>101</lowerBound>
							<upperBound>250</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A141</speciesCode>
						<scientificName>Pluvialis squatarola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>210</lowerBound>
							<upperBound>210</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A007</speciesCode>
						<scientificName>Podiceps auritus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>6</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>280</lowerBound>
							<upperBound>280</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>150</lowerBound>
							<upperBound>150</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A063</speciesCode>
						<scientificName>Somateria mollissima</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2500</lowerBound>
							<upperBound>2500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A193</speciesCode>
						<scientificName>Sterna hirundo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<observationDataQuality>DD</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A191</speciesCode>
						<scientificName>Sterna sandvicensis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<observationDataQuality>DD</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>360</lowerBound>
							<upperBound>360</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A162</speciesCode>
						<scientificName>Tringa totanus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>460</lowerBound>
							<upperBound>460</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>86.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An extensive area of coastal waters of the North Sea, extending from Rotterdam in the north up to the Westerschelde estuary in the south. The site also adjoins the closed-off delta area of the Rhine/Maas river system including six other Natura 2000-sites, and is close to Vlaamse Banken in Belgium. 
It contains shoals, mud and sand flats, beaches, sand-dunes and raised saltmarshes. Important habitats include shallowly submerged sandbanks and intertidal mud- and sandflats.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). In winter this area holds fluctuating numbers of Aythya marila (max. 5,550, 1992/93), Somateria mollissima (max. 9,968, 1992/93) and Melanitta nigra (max. 20,000, 1986/87).
Species meeting the 1% threshold (non-breeding): Eurasian Spoonbill Platalea leucorodia (3,3%), Greater Scaup Aythya marila (1,8%), Grey Plover Pluvialis squatarola (1,0%), Common Redshank Tringa totanus totanus (1,7%).
The site regularly supports more than 20,000 wintering waterbirds: average peak number 39,000+ (1992/93-1996/97, not all species included).
One of the five most important sites for (non-breeding): Red-throated Diver Gavia stellata, Horned Grebe Podiceps auritus.Site largely overlaps with IBA 020-21 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Berchum A.M. &amp; Smit T. 1998., ZeeZicht op de Voordelta. Resultaten van fysische, chemische en biologische, monitoring., RIKZ Rapport  98.027, RIKZ,  Middelburg 
Berrevoets CM Strucker RCW Arts FA Meininger PL. 2003., Watervogels in de Zoute Delta 2001/2002., RIKZ Rapport  2003.001, RIKZ,  Middelburg.; 
Dijkstra, 1997. Belangrijke zoogdiergebieden in Nederland. VZZ.
Kuijpers, J. (1990). Kust in beweging. In: Kuijpers, J.  et al. De veranderende Delta. Wetenschappelijke Mededelingen KNNV 198, 88 pp.
Osieck E.R. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist 
Roomen M. van, Boele A., Weide M. van der, Winden E. van ea. 2000. Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01SOVON,   Beek-Ubbergen 
SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk. SOVON Vogelonderzoek Nederland, Beek-Ubbergen.
Tempel R. van den &amp; Osieck E.R. 1994. Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland, Zeist.
Voslamber et al, 1998. Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95. SOVON</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Voordelta</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat</organisation>
							<addressUnstructured>Postbus 5014
4330 KA Middelburg</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>Y</exists>
					<managementPlan>
						<name>Beheerplan Voordelta - Spelregels voor natuurbescherming</name>
						<url>http://www.rijkswaterstaat.nl/images/Beheerplan%20Voordelta_tcm174-192599.pdf</url>
					</managementPlan>
				</managementPlans>
				<conservationMeasures>There is a mangement plan for the Slikken van Voorne

Integraal beleidsplan Voordelta (adopted 1993)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL4000021</siteCode>
				<siteName>Grevelingen</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/115/N2K115_DB%20HVW%20Grevelingen.pdf</spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/115/N2K115_DB%20HVW%20Grevelingen.pdf</sacLegalReference>
				<explanations>Merge of SPA NL9802021 Grevelingen and SCI NL4000021 Grevelingen</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.9919</longitude>
				<latitude>51.7421</latitude>
				<area>13753.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>1310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>228.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>1330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>235.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>28.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>433.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2170</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>69.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>277.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>60</lowerBound>
							<upperBound>60</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>510</lowerBound>
							<upperBound>510</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4500</lowerBound>
							<upperBound>4500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2900</lowerBound>
							<upperBound>2900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>320</lowerBound>
							<upperBound>320</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>140</lowerBound>
							<upperBound>140</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>630</lowerBound>
							<upperBound>630</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A169</speciesCode>
						<scientificName>Arenaria interpres</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A046</speciesCode>
						<scientificName>Branta bernicla</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1700</lowerBound>
							<upperBound>1700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1900</lowerBound>
							<upperBound>1900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A067</speciesCode>
						<scientificName>Bucephala clangula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>620</lowerBound>
							<upperBound>620</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A149</speciesCode>
						<scientificName>Calidris alpina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>650</lowerBound>
							<upperBound>650</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A138</speciesCode>
						<scientificName>Charadrius alexandrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A138</speciesCode>
						<scientificName>Charadrius alexandrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>64</lowerBound>
							<upperBound>64</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>19</lowerBound>
							<upperBound>19</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>17</lowerBound>
							<upperBound>17</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A026</speciesCode>
						<scientificName>Egretta garzetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A103</speciesCode>
						<scientificName>Falco peregrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2000</lowerBound>
							<upperBound>2000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A130</speciesCode>
						<scientificName>Haematopus ostralegus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>560</lowerBound>
							<upperBound>560</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A157</speciesCode>
						<scientificName>Limosa lapponica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>501</lowerBound>
							<upperBound>5000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A069</speciesCode>
						<scientificName>Mergus serrator</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1900</lowerBound>
							<upperBound>1900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1340</speciesCode>
						<scientificName>Microtus oeconomus arenicola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A160</speciesCode>
						<scientificName>Numenius arquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>440</lowerBound>
							<upperBound>440</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>310</lowerBound>
							<upperBound>310</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A140</speciesCode>
						<scientificName>Pluvialis apricaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2600</lowerBound>
							<upperBound>2600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A141</speciesCode>
						<scientificName>Pluvialis squatarola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A007</speciesCode>
						<scientificName>Podiceps auritus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1600</lowerBound>
							<upperBound>1600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A008</speciesCode>
						<scientificName>Podiceps nigricollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1500</lowerBound>
							<upperBound>1500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>80</lowerBound>
							<upperBound>80</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>230</lowerBound>
							<upperBound>230</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A195</speciesCode>
						<scientificName>Sterna albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>28</lowerBound>
							<upperBound>28</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A193</speciesCode>
						<scientificName>Sterna hirundo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>420</lowerBound>
							<upperBound>420</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A191</speciesCode>
						<scientificName>Sterna sandvicensis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>3200</lowerBound>
							<upperBound>3200</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A004</speciesCode>
						<scientificName>Tachybaptus ruficollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>700</lowerBound>
							<upperBound>700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A162</speciesCode>
						<scientificName>Tringa totanus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>170</lowerBound>
							<upperBound>170</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>71.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>11.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A former estuary, 18 km in length, which was closed from the sea in 1971. It is now a stagnant saline lake, mostly bordered by dykes with islets, sand-dunes and wet meadows. It adjoins SPA Voordelta (NL9802017) to the west, and SPA Krammer-Volkerak (NL1000021) and SPA Oosterschelde (NL3009016) to the east.</otherSiteCharacteristics>
				<qualityAndImportance>The site holds one of the four most important populations of the vole Microtus oeconomus arenicola of the SW. Netherlands metapopulation. The site regularly supports more than 20,000 wintering waterbirds (1991/92-1995-96)

Very important breeding colony of Sterna sandvicensis; important for passage and wintering waterfowl. New IBA 021-00 (van denTempel &amp; Osieck, 1994).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>* Anonymus (1973). Natuurbouw op de drooggevallen gronden in het Grevelingenmeer. Driemaandelijks Bericht Deltawerken 63:115-123. (004215).				
* Beijersbergen, J. &amp;H.J. During (1980). Mossen op de Hompelvoet in de Grevelingen, ZW-Nederland. Lindbergia 6 (2): 147-153. (000656).				
* Beijersbergen, J. &amp;P. Slim (1976). Een vondst van de Bitterling in de Grevelingen. De Levende Natuur 79: 273-276. (002932).				
* Berrevoets CM Strucker RCW Arts FA Meininger PL. 2003., Watervogels in de Zoute Delta 2001/2002., RIKZ Rapport  2003.001, RIKZ,  Middelburg; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen
* Dijkstra, 1997; Belangrijke zoogdiergebieden in Nederland (VZZ)				
* Drost, H.J. &amp; J. Visser (1981). Het grondwaterregiem als structurerende factor voor de begroeiing in afgesloten estuaria met een toepassing in het Grevelingenbekken. 50 jaar onderzoek. Jubileumboek Rijksdienst voor de IJsselmeerpolders, Lelystad. (005425).				
* Haperen, A.M.M. &amp; T.J. de Kogel (1981). Het voorkomen van Hordeum jubatum L. en Parentucellia viscosa (L.) Caruel in Zuidwest-Nederland. Gorteria 10(9): 159-168. (004546)				
* Haperen, A.M.M. &amp; J. Visser (1992). Brandganzen of natuurbos op de Slikken van Flakkee? De Levende Natuur 93: 118-123. (008773)				
* Hoeksema HJ. 2002., Grevelingenmeer van kwetsbaar naar weerbaar? Een beschrijving van de, ontwikkelingen van 1996 tot 2001 en een toetsing aan het beleid.., RIKZ Rapport  2002.033, RIKZ,  Middelburg
* Kogel, T.J. de (1983). Veranderingen in de kleine-zoogdierfauna van de Slikken van Flakkee na de afsluiting van de Grevelingen in 1971. Lutra 26: 93-104.				
* Kraker, K. de &amp; A. van Haperen (2000). Veerse Meer, Grevelingen en Krammer-Volkerak. In; A. van Haperen et al. Aan de monding van Maas en Schelde. Natuurgebieden in Zuidwest-Nederland. Staatsbosbeheer, Middelburg, pp 229-265.	
* Meetkundige Dienst Rijkswaterstaat (1997). Vegetatiekaart De Grevelingen, schaal 1:25000. Natuur- en Recreatieschap de Grevelingen/Rijkswaterstaat Meetkundige Dienst.				
* Meiniger PL Strucker RCW. 2001., Kustbroedvogels in het Deltagebied in 2000., RIKZ Rapport  2001.015, RIKZ,  Middelburg
* Nienhuis, P. (1978). Lake Grevelingen: a case study of ecosystem changes in a closed estuary. Hydrobiological Bull. 12 (3/4): 246-259. (001008).				
* Nienhuis, P.H. &amp; B.H.H. de Bree (1977). Production and ecology of eelgras (Zostera marina L.) in the Grevelingen Estary, the Netherlands, before and after the closure. Hydrobiologia 52: 55-66. (008122).				
* Nienhuis, P.H. &amp; J.C. Huis in't Veld (1984). Grevelingen: from an estuary to a saline lake. Wat. Sci.Tech. 16: 27-50. (008133).				
* Nienhuis, P.H. (1970). The Benthic algal communities of flats and salt marshes in the Grevelingen, a sea-arm in the south-western Netherlands  he Grevelingen, a sea-arm in the south-western Netherlands. Netherlands Journal of Sea Research 5 (1. (001051).				
* Nienhuis, P.H. (1983). Zeegrasgemeenschap in het Grevelingenmeer. In : S. Parma et.al. Oecologie van meren en plassen. Biologische Raad Reeks, Pudoc, Wageningen, pp. 36-56. Publikatie 283, Delta Instituut voor Hydrobiologisch Onderzoek te Yerseke.. (008136).				
* Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist
* Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01. SOVON,  Beek-Ubbergen
* Slim, P.A. (1985a). Van bruinvis tot noordse woelmuis: de zoogdieren van de eilanden in de Grevelingen. Lutra 28: 4-20. (002834).				
* Slim, P.A. (1985b). Bijdrage tot de kennis van Dianthus armeria. Gorteria 12(11/12): 286-294. (000855)
* Slim, P.A. &amp; G.M. Dirkse (1984). De bryologische najaarsexcursie van 1981 naar de Veermansplaat en de Hompelvoet. Buxbaumiella 15: 4-15.				
* Slim, P.A. &amp; P. Oosterveld (1985). Vegetation development on newly embanked sandflats in the Grevelingen (The Netherlands) under different management practices. Vegetatio 62: 407-414. (000856).				
* Slim. P.A. (1987). Natuurlijke ontwikkelingen en het beheer op de zandplaten in de Grevelingen. De Levende Natuur 88-3: 119-. (008874).
* Tempel R. vanden &amp; Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist
* Voslamber et al., 1998; Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95 (SOVON)</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Grevelingen</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service. Twinned to Tipperne (DK). EU-Bird Directive and Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat</organisation>
							<addressUnstructured>Postbus 5014
4330 KA Middelburg</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Zuid-Hollands Landschap, 2003. Preekhilpoder. Beheersplan 2003-2009. Stichting het Zuid-Hollands Landschap, Rotterdam.

Zuid-Hollands Landschap, 2003. Oudelandse Zeedijk. Beheersplan 2003-2009. Stichting het Zuid-Hollands Landschap, Rotterdam.

Beheersplan Rijkswateren 2001-2004 , Waterbeheersplan Grevelingen 1999-2003, Beleidsplan 1998-2007 (Natuur- en Recreatieschap de Grevelingen)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL4000056</siteCode>
				<siteName>Eilandspolder</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/089/N2K089_DB%20HV%20Eilandspolder.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.8619</longitude>
				<latitude>52.5799</latitude>
				<area>1395.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>230</lowerBound>
							<upperBound>230</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>7000</lowerBound>
							<upperBound>7000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>480</lowerBound>
							<upperBound>480</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>170</lowerBound>
							<upperBound>170</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A140</speciesCode>
						<scientificName>Pluvialis apricaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>150</lowerBound>
							<upperBound>150</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A142</speciesCode>
						<scientificName>Vanellus vanellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1200</lowerBound>
							<upperBound>1200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>77.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A polder complex consisting of wet meadows, reed fringes and numerous ditches, located to the east of the city of Alkmaar.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (non-breeding): Eurasian Spoonbill Platalea leucorodia (1%), Eurasian Wigeon Anas [Mareca] penelope (1%). xxx Site overlaps with IBA068 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen --- Jager K. 1999., Broedvogels van Eilandspolder in 1999., SOVON Inventarisatierapport  97/17 SOVON, Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>State Forestry Service</organisation>
							<addressUnstructured>P.O.Box 1300, NL-3920 BH Driebergen</addressUnstructured>
							<email></email>
						</managementBody>
					<managementBody>
							<organisation>Noord-Hollands Landschap</organisation>
							<addressUnstructured>Dorpsstraat 65, NL-1901 EJ  CASTRICUM.</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9801001</siteCode>
				<siteName>Waddenzee</siteName>
				<compilationDate>1998-11</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1991-11</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/001/n2k_001_db_hvn_waddenzee.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.2488</longitude>
				<latitude>53.2711</latitude>
				<area>271007.0</area>
				<marineAreaPercentage>99.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NLZZ</code>
						<name>Extra-Regio</name>
					</region>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
					<region>
						<code>NL11</code>
						<name>Groningen</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>marineAtlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>5900</lowerBound>
							<upperBound>5900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>750</lowerBound>
							<upperBound>750</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>5000</lowerBound>
							<upperBound>5000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>33100</lowerBound>
							<upperBound>33100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>25400</lowerBound>
							<upperBound>25400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>320</lowerBound>
							<upperBound>320</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>7000</lowerBound>
							<upperBound>7000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A039</speciesCode>
						<scientificName>Anser fabalis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>22000</lowerBound>
							<upperBound>22000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A169</speciesCode>
						<scientificName>Arenaria interpres</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2200</lowerBound>
							<upperBound>2200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A222</speciesCode>
						<scientificName>Asio flammeus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A062</speciesCode>
						<scientificName>Aythya marila</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3100</lowerBound>
							<upperBound>3100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A046</speciesCode>
						<scientificName>Branta bernicla</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>26400</lowerBound>
							<upperBound>26400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>36800</lowerBound>
							<upperBound>36800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A067</speciesCode>
						<scientificName>Bucephala clangula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>100</lowerBound>
							<upperBound>100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A144</speciesCode>
						<scientificName>Calidris alba</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3700</lowerBound>
							<upperBound>3700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A149</speciesCode>
						<scientificName>Calidris alpina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>206000</lowerBound>
							<upperBound>206000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A143</speciesCode>
						<scientificName>Calidris canutus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>44000</lowerBound>
							<upperBound>44000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A147</speciesCode>
						<scientificName>Calidris ferruginea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>2000</lowerBound>
							<upperBound>2000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A138</speciesCode>
						<scientificName>Charadrius alexandrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>14</lowerBound>
							<upperBound>14</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>62</lowerBound>
							<upperBound>62</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1800</lowerBound>
							<upperBound>1800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>23000</lowerBound>
							<upperBound>23000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>28</lowerBound>
							<upperBound>28</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A082</speciesCode>
						<scientificName>Circus cyaneus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1600</lowerBound>
							<upperBound>1600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A103</speciesCode>
						<scientificName>Falco peregrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A130</speciesCode>
						<scientificName>Haematopus ostralegus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>130000</lowerBound>
							<upperBound>130000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A183</speciesCode>
						<scientificName>Larus fuscus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>19000</lowerBound>
							<upperBound>19000</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A157</speciesCode>
						<scientificName>Limosa lapponica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>54400</lowerBound>
							<upperBound>54400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>1100</lowerBound>
							<upperBound>1100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A070</speciesCode>
						<scientificName>Mergus merganser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A069</speciesCode>
						<scientificName>Mergus serrator</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>150</lowerBound>
							<upperBound>150</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A160</speciesCode>
						<scientificName>Numenius arquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>96200</lowerBound>
							<upperBound>96200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4200</lowerBound>
							<upperBound>4200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>520</lowerBound>
							<upperBound>520</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>430</lowerBound>
							<upperBound>430</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A140</speciesCode>
						<scientificName>Pluvialis apricaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>19200</lowerBound>
							<upperBound>19200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A141</speciesCode>
						<scientificName>Pluvialis squatarola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>22300</lowerBound>
							<upperBound>22300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>310</lowerBound>
							<upperBound>310</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>3800</lowerBound>
							<upperBound>3800</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6700</lowerBound>
							<upperBound>6700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A063</speciesCode>
						<scientificName>Somateria mollissima</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>68000</lowerBound>
							<upperBound>68000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A063</speciesCode>
						<scientificName>Somateria mollissima</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>5000</lowerBound>
							<upperBound>5000</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A195</speciesCode>
						<scientificName>Sterna albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>160</lowerBound>
							<upperBound>160</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A193</speciesCode>
						<scientificName>Sterna hirundo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>5300</lowerBound>
							<upperBound>5300</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A194</speciesCode>
						<scientificName>Sterna paradisaea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1500</lowerBound>
							<upperBound>1500</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A191</speciesCode>
						<scientificName>Sterna sandvicensis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>14000</lowerBound>
							<upperBound>14000</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>38400</lowerBound>
							<upperBound>38400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A161</speciesCode>
						<scientificName>Tringa erythropus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>1200</lowerBound>
							<upperBound>1200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A164</speciesCode>
						<scientificName>Tringa nebularia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>1900</lowerBound>
							<upperBound>1900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A162</speciesCode>
						<scientificName>Tringa totanus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>16500</lowerBound>
							<upperBound>16500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A142</speciesCode>
						<scientificName>Vanellus vanellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>10800</lowerBound>
							<upperBound>10800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>39.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>55.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Together with the Danish and German sections, the Wadden Sea (Waddenzee) is the largest intertidal area in Europe. The Dutch section is bounded by the Waddeneilanden and the mainland. It was separated from Lake IJsselmeer (NL9803028) in 1932 and from the Lauwerszee (NL9802012) in 1969. The Wadden Sea consists of mudflats, sandflats, saltmarshes, shallowly submerged sandbanks, and estuaries.The site includes the permanent water and mudflats of the Wadden Sea, the adjacent saltmarshes of Texel, Vlieland, Terschelling, Ameland, and Schiermonnikoog (of which the main dune areas are included in NL2003057-060) and a number of  small uninhabited isles and sand flats. The most important of these being Griend between Harlingen and Terschelling. It is a small, crescent-shaped island with beaches, intertidal mudflats and sandflats, and raised saltmarshes. The island was reinforced by building a 2.5 km long dyke on the northern side in 1987 with sand supplementation in 1988 to enlarge the breeding area for terns Sterna. xxx SPA Waddenzee adjacent to the Dollard (Germany) and it belongs to an ecosystem that continues into Germany (Niedersächsisches Wattenmeer). xxx </otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). The Wadden Sea is a major breeding, staging, wintering, feeding and moulting area for huge numbers of many duck, goose, wader, gull and tern species.  xxx One of the five most important sites for (breeding): Spoonbill Platalea leucorodia, Avocet Recuvirostra avosetta, Sandwich Tern Sterna sandvicensis, Common Tern Sterna hirundo, Arctic Tern Sterna paradisaea, Little Tern Sterna albifrons; (non-breeding): Spoonbill Platalea leucorodia, Barnacle Goose Branta leucopsis, Peregrine Falcon Falco peregrinus, Avocet Recuvirostra avocetta, Eurasian Golden-Plover Pluvialis apricaria, Bar-tailed Godwit Limosa lapponica, Black Tern Chlidonias niger. xxx Species meeting the 1% threshold (breeding): Eurasian Spoonbill Platalea leucorodia (13,9%), Avocet Recurvirostra avosetta (15,2%), Lesser Black-backed Gull Larus fuscus (8,6%), Sandwich Tern Sterna sandvicensis (14,3%), Common Tern Sterna hirundo (9,2%); (non-breeding): Eurasian Spoonbill Platalea leucorodia (43,0%), Bewick`s Swan Cygnus bewickii (3,6%), Bean Goose Anser fabalis rossicus (1,1%), Greylag Goose Anser anser (2,1%), Barnacle Goose Branta leucopsis (35,7%), Brent Goose Branta bernicla (40,9%), Common Shelduck Tadorna tadorna (16,6%), Eurasian Wigeon Anas [Mareca] penelope (7,0%), Common Teal Anas crecca (1,9%), Northern Pintail Anas acuta (8,5%), Northern Shoveler Anas clypeata (1,9%), Greater Scaup Aythya marila (6,4%), Common Eider Somateria mollissima (7,1%), Eurasian Oystercatcher Haematopus ostralegus (24,2%), Avocet Recurvirostra avosetta (16,6%), Common Ringed Plover Charadrius hiaticula (3,2%), Eurasian Golden-Plover Pluvialis apricaria (2,9%), Grey Plover Pluvialis squatarola (21,0%), Knot Calidris canutus (17,4%), Sanderling Calidris alba (4,1%), Dunlin Calidris alpina (21,7%), Bar-tailed Godwit Limosa lapponica (19,1%), Eurasian Curlew Numenius arquata (31,5%), Spotted Redshank Tringa erythropus (5,5%), Common Redshank Tringa totanus (24,7%), Turnstone Arenaria interpres (5,9%), Black Tern Chlidonias niger (17,8%). xxx The site regularly supports more than 20,000 wintering waterbirds: average peak number 111,121 (1991/92-1995/96). xxx Site includes IBA001, 002, 005-6, 009, 011-14, 016-17 (IBA2000). xxx An extensive are of mudflats.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Jong Fde Bakker JF Dankers N Dahl K ea. 1993., Quality Status Report of the North Sea. Subregion 10. The Wadden Sea., Common Wadden Sea Secretariat,  Wilhelmshaven --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Jong Fde Bakker J Berkel Cvan ea. 1999., 1999 Wadden Sea Quality Status Report., Wadden Sea Ecosystem9CWSS / TMAG / QSRGroup,  Wilhelmshaven --- Jong Fde Bakker J Berkel Cvan ea. 2000., 1999 Waddenzee Quality Status Rapport., RIKZ Rapport  2000.008, RIKZ/Rijkswaterstaat/CWSS,  Haren/Leeuwarden --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01  SOVON,  Beek-Ubbergen --- Dijksen L Koks B. 2000., Broedvogelmonitoring in het Nederlandse Waddengebied in 1998., SOVON Monitoringrapport  2000/01, SOVON,  Beek-Ubbergen --- Rasmussen LM Fleet DM H?lterlein B Koks BJ ea. 2000., Breeding Birds in the Wadden Sea in 1996. Results of a total survey in 1996, and of numbers of colony breeding species between 1991 and 1996., Wadden Sea Ecosystem  10, Common Wadden Sea Secretariat,  Wilhelmshaven --- Kleefstra R Koks B Roomen Mvan Winden Evan. 2002., Watervogels in de Nederlandse Waddenzee in 1999/2000., SOVON Monitoringrapport  2002.01, SOVON,  Beek-Ubbergen --- Jong MLde Ens BJ Kats RKH. 2002., Aantallen Eidereenden in en rond het Waddengebied in januari en maart 2002., Alterra Rapport  630, Alterra,  Wageningen --- Koks B Roomen Mvan. 2003., Afname van Eider, Scholekster en Kanoet in de Waddenzee: zoeken naar, parallellen., SOVON Nieuws 16.2:  4-6; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
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Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
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				<otherSiteCharacteristics>Fluvio-glacial sands with heathlands, moor pools and treeplantations.</otherSiteCharacteristics>
				<qualityAndImportance>Important for heathlands on fluvio-glacial dunes.</qualityAndImportance>
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				<documentation>
					<description>Broedvogelonderzoek SOVON 2003 (concept)				

Diverse inventarisatiegegevens (ongepubliceerd / in concept): vegetatie, wilde bijen en wespen e.a.				

Natuurontwikkeling op minerale Gronden: meerjarig onderzoek door Rijks Universiteit Goningen (o.a. dr. J.P. Bakker)				

D.T.E. van der Ploeg. Door It Fryske Gea (handboek natuurgebieden) 1993. 				
Inventarisatiejaarverslagen It Fryske Gea 1996 t/m 2002.</description>
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				<siteDesignationAdditional>Nature reserve of State Forestry Service and provincial NGO - It Fryske Gea.</siteDesignationAdditional>
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					<managementBody>
							<organisation>Provincie Friesland</organisation>
							<addressUnstructured>Postbus 20120
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							<email>e.c.bakker@fryslan.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
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				<conservationMeasures>Beheersplan Bakkeveensterduinen, Heide van Allardsoog en Landweer periode 1983-1993. It Fryske Gea.</conservationMeasures>
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				<siteName>Fochteloërveen</siteName>
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				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1998-12</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/023/N2K023_DB%20HV%20Fochtelo%C3%ABrveen.pdf</spaLegalReference>
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				<explanations>Formerly known as SCI/SPA Fochteloerveen en Esmeer</explanations>
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						<global>B</global>
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						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
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				</habitatClass>
				<otherSiteCharacteristics>A complex of (degraded) raised bogs, heathland, open water, forested areas andsome improved grasslands. The site is located west of the city of Assen.</otherSiteCharacteristics>
				<qualityAndImportance>Species meeting the 1% threshold (non-breeding): Bean Goose (fabalis) Anser (fabalis) fabalis (2%).A roost for geese Anser from surrounding feeding areas, but no counts are available.Site included in IBA082 (IBA2000)Raised bog (degraded). Very important area for populations of Vipera berus and Coronella austriaca. One of the five most important sites for the habitat type Degraded raised bogs still capable of natural regeneration (7120).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Vogels in belangrijke vogelgebieden 1992-1994 (Voslamber et al., 1997; SOVON)

Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994-95 (Voslamber et al., 1998, SOVON)

Tempel Rvanden Osieck ER. 1994. Areas important for birds in the Netherlands. Techn Rapport Vogelbescherming  13E. Vogelbescherming Nederland,  Zeist

Abrahamse J. 1998. Fochteloërveen. Noorderbreedte 22.1: 27

Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000. Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van Europese vogelwaarden in aangewezen en aan te wijzen speciale beschermingszones en andere belangrijke gebieden.  SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen

Brink Hvanden. 2000. Nieuw leven voor het Fochteloërveen. Noorderbreedte 24.4: 7-9

Feenstra h Bergh LMJvanden. 2001. Toenemend aantal Toendrarietganzen A.s.r. op het Fochteloërveen.    Drentse Vogels 14 : 1-9

Feenstra H Bergh Lvanden. 2003. Veranderingen in aankomst, vertrek en verblijfsduur van rietganzen in het Fochteloërveen. Twirre 14:  86-89.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention>ramsar</convention>
							<siteName>Fochteloerveen</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of National NGO - Natuurmonumenten. Qualifies for Ramsar and EU Bird directive.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Drenthe</organisation>
							<addressUnstructured>Postbus 122
9400 AC Assen</addressUnstructured>
							<email>g.arkema@drenthe.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801009</siteCode>
				<siteName>Drentsche Aa-gebied</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/025/N2K025_DB%20H%20Drentsche%20Aa-gebied.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.6454</longitude>
				<latitude>53.0245</latitude>
				<area>3902.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL11</code>
						<name>Groningen</name>
					</region>
					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>24.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2320</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.2</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.7</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3260</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.6</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>61.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>111.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>5130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.3</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>23.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>12.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>11.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.9</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>32.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.2</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>9190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>22.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.9</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>28.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1099</speciesCode>
						<scientificName>Lampetra fluviatilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>77.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Brook valley with adjacent heathlands and conifer plantations with some small bogs and moor pools.</otherSiteCharacteristics>
				<qualityAndImportance>One of the eight most important sites for the habitat type Species-rich Nardus grassland  (6230). Includes several prime forest sites already existing before 1850 (so-called "A-locatie bos"). One of the three most important sites for the habitat type Old acidophilous oak woods with Quercus robur on sandy plains (9190). One of the two known spawning sites of Lampetra fluviatilis in the Netherlands.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)

Monitoring van vogels in belangrijke vogelgebieden: Broedvogels 1995, niet-broedvogels seizoen 1994/95 (Voslamber et al., 1998)

Klooker, J., R. van Diggelen &amp; J.P. Bakker (1999). Natuurontwikkeling op minerale gronden. Ontgronden: nieuwe kansen voor bedreigde plantensoorten? Rapport Rijksuniversiteit Groningen, Laboratorium voor Plantenoecologie, Groningen

Nijland, G., 1994. Haalbaarheidsstudie herstel natuurwaarden in een negental deelgebieden van het ROMgebied Drentse Aa en Elperstroom. 48 pp.

Gutter, M. &amp; H.D. Heinemeyer, 1997. Beheersplan Kampsheide. Stichting Het Drentsche Landschap. Assen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service and provincial NGO.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie van Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Gutter, M.J. &amp; H.D. Heinemeyer, 1997. Beheersplan Kampsheide. Stichting Het Drentsche Landschap. Assen

Management plan for the larger National landscape Drentsche Aa adopted in 2002 (Beheer-, Inrichtings- en Ontwikkelingsplan voor het Nationaal Beek- en Esdorpenlandschap Drentsche Aa)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801013</siteCode>
				<siteName>Weerribben</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-11</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/034/N2K034_DB%20HV%20Weerribben.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.9539</longitude>
				<latitude>52.7808</latitude>
				<area>3280.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.9</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>214.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>129.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>15.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>335.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>7210</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.8</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>12.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>4056</speciesCode>
						<scientificName>Anisus vorticulus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1082</speciesCode>
						<scientificName>Graphoderus bilineatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1042</speciesCode>
						<scientificName>Leucorrhinia pectoralis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>10000</lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>501</lowerBound>
							<upperBound>5000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1060</speciesCode>
						<scientificName>Lycaena dispar</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>251</lowerBound>
							<upperBound>500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1016</speciesCode>
						<scientificName>Vertigo moulinsiana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>31.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>42.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Fen area, for large part excavated. Site is adjacent to NL2003064 Wieden.</otherSiteCharacteristics>
				<qualityAndImportance>Together with the Wieden the site forms the biggest low-lying peat bog complex in north-western Europe. One of the five most important sites for the habitat type Molinia meadows on calcareous, peaty or clayey-silt-laden soils (6410). One of the three most important sites for the habitat type Transition mires and quaking bogs (7140, subtype Caricion davallianae). One of the ten most important sites for the habitat type Calcareous fens with Cladium mariscus (7210).  The stronghold of the endemic subspecies Lycaena dispar batava in the Netherlands. One of the two known sites of Graphoderus biliniatus in the Netherlands. One of the five most important sites for the orchid Liparis loeselli. 
Important for breeding marsh birds. Includes new IBAs 053-00 and 054-00 (van den Tempel &amp; Osieck, 1994). Important for invertebrates and plants.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Vogels in belangrijke vogelgebieden 1992-94 (Voslamber et al., 1997), SOVON

Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)

Bink, F.A. (1962). De grote vuurvlinder van het Fries-Overijsselse moerasgebied (Thersamonia dispar batavus Obth.). Linneana Belgica 2: 2-13.				
Bink, F.A. (1970a). Het milieu van de grote vuurvlinder, Thersamonia (Lycaena) dispar Haw.(Lep., Lycaenidae). Rapport Rijksinstituut voor Natuurbeheer, Leersum.				

Bink, F.A. (1970b). Het veengebied in het Land van Vollenhove. Een geologisch en historisch overzicht van het moerasgebied in Noordwest-Overijssel en een vergelijking met het Fenland in Engeland en de Anklamer Stadtbruch in de DDR. Hugo de Vrieslaboratorium, Universiteitvan Amsterdam, Rijksinstituut voor Natuurbeheer. 62 pp. Skriptie. (R-0203).				

Bink, F.A. (1972). Het onderzoek naar de grote vuurvlinder (Lycaena dispar batava Oberthur) in Nederland (Lep., Lycaenidae). Entomologische Berichten 32: 225-239.				

Bink, F.A. (1992). Ecologische Atlas van de Dagvlinders van Noordwest-Europa. Schuyt &amp; Co., Haarlem, xx pp.				

Bink, F.A. (1997a). De grote vuurvlinder. 1: overleeft de vervening. Natura 1997(1): 4-7.				

Bink, F.A. (1997b). De grote vuurvlinder. 2: tamelijk gewiekst. Natura 1997(2): 35-41.				

Bredenbeek, P., P. Gerrits &amp; V. van Loon (1979). Vegetatiekartering van de `Stobbenribben' in natuurreservaat `De Weerribben' te Ossenzijl (NW-Overijssel). Stichting Opleidingen Leraren, 46 pp. (R-0222).				

Dijk, J. van &amp; V. Westhoff (1955). De plantengroei der Natuurgebieden in Noordwest-Overijssel. Natuur en Landschap 9 (2): 3-35. (001698).				
Dijkgraaf, E. (1996). Vervening, verlanding en de grote vuurvlinder. Rapport VS96.069, De Vlinderstichting, Wageningen.				

Ende, C. van de &amp; E. van der Meulen (1990). Dagvlinderonderzoek in De Weerribben in 1982 en 1988. Intern Rapport RIN, Leersum.				
Epema-van Ommeren, M.A. (1971). Onderzoek naar de oecologie van Utricularia vulgaris L. in Nederland, in het bijzonder in Noordwest-Overijssel (periode 1967). Doctoraalverslag Hugo de Vries Laboratorium, Amsterdam, 56 pp. (R-0058).				
Gelder, P. van &amp; N.Verweij (1982). Natuurreservaat de Weerribben. Vegetatiekartering van een deel van de `Pierink' in het CRM-Natuurreservaat `De Weerribben' te Ossenzijl (NW-Overijssel). Rapport Stichting Opleidingen Leraren, Utrecht, 54 pp. (R-0271).				

Gonggrijp, G., V. Langenhoff &amp; W. Schroevers (1981). Ontdek Noordwest-Overijssel. Instituut voor Natuurbeschermingseductaie (IVN), Amsterdam, 288 pp.				

Haans, J.C.F.M. &amp; C. Hamming (1962). Over de bodemgesteldheid in het veengebied in het Land van Vollenhove. Rapport 392, Stichting voor Bodemkartering (STIBOKA), Wageningen, 58 pp.				

Jong, Th. De &amp; P. Verbeek (2001). Beschermingsplan groene glazenmaker 2002-2006. Rapport 15, Ministerie van Landbouw, Natuurbeheer en Visserij, Directie Natuurbeheer, Wageningen., 42 pp. 				

Kooijman, A.M. (1992). De Weerribben. In: Hommel, P.W.F.M. (red). Excursieverslagen 1991. Plantensociologische Kring Nederland, pp 30-31. (002989)				

Kuiper, P. &amp; C. Kuiper (1958). Verlandingsvegetaties in Noordwest Overijssel. In : J.C. Smittenberg (1973) Plantengroei in enkele Nederlandse landschappen. Kruipnieuws 1937-1958: 357-401. (000100).				

Kuiper, P. (1958). Verlandingsvegetaties in N.W.-Overijssel. Kruipnieuws20 (1): 1-18 (+tabellen). (001042).				

Leentvaar, P. (1965). Hydrobiologische waarnemingen in het plassengebied van N.W. Overijssel. I. Biologisch Jaarboek Dodonaea 33: 243-267. (008475).				
Oosting-Haagsma, M. (1967). De oecologie van Calla palustris L. in Nederland, in het byzonder in Noordwest-Overijssel. Rapport Universiteit van Amsterdam, Hugo de Vries Laboratorium / RIVON-rapport 55, 55p. (R-0173).				

Sanders, M.E. (1999). Remotely sensed hydrological isolation: a key factor predicting plant species distribution in fens. PhD Thesis, Wageningen Universiteit, 136 pp. 				

Segal, S. (1966). Ecological studies of Peat-Bog vegetations in the North-Western part of the province of Overijssel (The Netherlands). Wentia 15: 109-141. (000779).				

Staatsbosbeheer (1988). Beheersplan voor de periode 1988-1998 (De Weerrribben). Rapport Staatsbosbeheer, Utrecht/Zwolle, 273 pp + bijl.				
Swaay, C.A.M. van (2000). Beschermingsplan Grote vuurvlinder 2000-2004. Rapport Directie Natuurbeheer 39, Ministerie van Landbouw, Natuurbeheer en Visserij, Den Haag.				

Veenenbos, J.S. (1950). De bodemgesteldheid van het gebied tussen Lemmer en Blokzijl in het randgebied van de Noordoostpolder. Staatsdrukkerij, ?s-Gravenhage, 162 pp.				

Verhoeven, J.T.A. (1992). Fens and bogs in the Netherlands: vegetation, history, nutrient dynamics and conservation. Kluwer, Dordrecht, 490 pp.				
Wiegers, J. (1982). Untersuchungen zum Verhalten von Betula pubescens Ehrh. in Mooren der Niederlande. I.Prozesse der Vegetationsentwicklung in Niedermoor-Bruchw. in n.w. Overijssel. In: Dierschke, H. (red.). Struktur und Dynamik von Wäldern. Berichte der Internationalen Symposien der Internationalen Vereinigung für Vegetationskunde: 275-297. (A-0095).				

Wirdum, G. van (1991). Vegetation and hydrology of floating rich-fens. PhD Thesis, Universiteit van Amsterdam, 310 pp. 				

A.M. van Zon-Van Wagtendonk (1969). Vegetatiekartering van het natuurreservaat De Weerribben in NW-Overijssel. Hugo de Vries-laboratorium Amsterdam, Rijksinstituut voor natuurbeheer. 39 pp.				

A.M. van Zon-Van Wagtendonk (1965). Vegetatiekartering van een gedeelte van het natuurreservaat De Weerribben te Oldemarkt (NW-Overijssel). Hugo de Vries-laboratorium Amsterdam, Rijksinstituut voor natuurbeheer. 40 pp.</description>
					<links>
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			</siteDescription>
			<siteProtection>
				<nationalDesignations>
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						<designationCode>NL22</designationCode>
						<cover>99.0</cover>
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					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
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					<internationalRelationships>
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							<siteName>WEERRIBBEN</siteName>
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						<internationalRelationship>
							<convention></convention>
							<siteName>Weerribben</siteName>
							<type>*</type>
							<cover>97.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Weerribben</siteName>
							<type>-</type>
							<cover>97.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Designated as nature reserves of State Forestry Service. National park (1992), SPA (Bird directive), Biogenetic Reserve (Council of Europe) and Ramsar-site and twinned to Ranwoth Staithe (UK) and Le Marais Audomarois (F).</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801016</siteCode>
				<siteName>Borkeld</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/044/N2K044_DB%20H%20Borkeld.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.5035</longitude>
				<latitude>52.2725</latitude>
				<area>493.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>15.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>48.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>5130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>17.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.6</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>40.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>46.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Fine heathlands with juniperus communis, surrounded by forests and grasslands. Varied soils and accidentation.</otherSiteCharacteristics>
				<qualityAndImportance>One of the eight most important sites for the habitat type Species-rich Nardus grassland  (6230). Very important site for formations of Juniperus.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Handboek Natuurmonumenten

E.J. Weeda (2000). Jeneverbesstruwelen op lemig zand. Stratiotes 21: 13-32.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801017</siteCode>
				<siteName>Vecht- en Beneden-Reggegebied</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/039/N2K039_DB%20HN%20Vecht-%20en%20Beneden-Reggegebied.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.4669</longitude>
				<latitude>52.4956</latitude>
				<area>4122.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>59.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>39.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>9.7</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>93.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>215.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>5130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>118.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.6</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.5</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>36.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.2</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>32.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>32.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>12.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>51.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>16.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Heathlands, forests and dry and wet grasslands along several streams and braches of these streams that have been cut off from the main stream though natural processes.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type European dry heaths (4030). Very important site for formations of Juniperus and depressions on peat substrates. Important site for species-rich Nardus grasslands and alluvial forests.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)				
Handboek Natuurmonumenten				

Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels 1994/95 (Voslamber et al., 1998; SOVON)				
Sloet van Oldruitenborgh, C.J.M. (1982). Rivierduinstruwelen langs de Overijsselse Vecht en tussen Ommen en Hardenberg. De Levende Natuur, 84(4): 97-109. (A-0117).				

Heinen, M.A., P. Bremer, J. Brouwer &amp; A.J. Dijkstra (1993). Flora en fauna van het Vechtdal. De huidige situatie en ontwikkeling tussen 1976 - 1989/90. Basisrapport Milieu-inventarisatie. Provincie Overijssel. 134 pp. (R-0312).				
Kleuver, J.J. (2000). Junner Koeland en de Maat. In: Hommel, P.W.F.M., M.A.P. Horsthuis &amp; V. Westhoff (red.). Excursieverslagen 1998. Plantensociologische Kring Nederland, pp 45-47. (008746).				

E.J. Weeda (2000). Jeneverbesstruwelen op lemig zand. Stratiotes 21: 13-32.				
J.J. Kleuver (1991). Arrier Koeland en Rheezer maten. In: Excursieverslagen 19##. Plantensociologische Kring Nederland:#.				
P.W.F.M. Hommel &amp; M.A.P. Horsthuis (1999). Karshoek en Stegerense veld. In: Excursieverslagen 19##. Plantensociologische Kring Nederland:#.				
P.W.F.M. Hommel &amp; G.J. Maas (1996). Koelanden langs de Overijsselse Vecht. In: Excursieverslagen 19##. Plantensociologische Kring Nederland:#.				
Kwint, N., R. Beringen, K. van der Veen &amp; P. Bremer (1995) Flora en fauna van de Vechtstreek, Dalmsholte en het Reggedal. Provincie Overijssel.				
Provincie Overijssel (1996). De Karshoek. Beheersplanperiode 1999 t/m 2001				
Hazelhorst, H (2003) Lemeler- &amp; Archemerberg, Vossenbelt, Regge-West. Broedvogels, dagvlinders &amp; libellen, sprinkhanen &amp; krekels, herpetofauna. Landschap Overijssel.				

Provincie Overijssel (1999). De Stekkenkamp. Beheersplanperiode 1997 t/m 1999.				
Bremer, P. (2002). Verandering in de ondergroei van de droge loofbossen in het Vechtgebied en op de Ootmarsumse stuwwal. Provincie Overijssel.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of  Natuurmonumenten (eerde 522 ha); State Forestry Service (Ommen, 762 ha); Provincial NGO - Landschap Overijssel (Lemerberg 872 ha and Beerze 397 ha). Small parts protected by Nature Conservation Act (Junner/Arrier Koeland, Karshoek and Stekkenkamp)</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Older management plans:

Stichting Het Overijssels Landschap (1994). Beheerplan voor de periode 1994-2003. Voor het natuurreservaat Lemelerberg, in de gemeenten Ommen en Den Ham. Dalfsen.  Stichting Het Overijssels Landschap (1991). Beheerplan voor het natuurreservaat 'Beerze' groot ca. 397.67.07 ha voor de periode 1991-2000. Dalfsen.

Frentz, W.I. (1999). Eerde middellange termijnplan : beheersvisie 1999. - 's Graveland : Vereniging Natuurmonumenten, 1999. - 39 p. - (BNL-rapport : 99-17)				
				
Frentz, W.I. en Manhoudt, A.G.E. (1999). Eerde beheersvisie 1999. - 's Graveland : Vereniging Natuurmonumenten, 1999. - 73 p. - (BNL-rapport : 99-16)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801018</siteCode>
				<siteName>Wierdense Veld</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2004-02</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.5159</longitude>
				<latitude>52.3747</latitude>
				<area>420.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>70.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>13.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>14.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Degraded raised bog. Peat has been dug away. Now character of wet heath.</otherSiteCharacteristics>
				<qualityAndImportance>Fine wet heathlands with Erica tetralix.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Stichting Het Overijssels Landschap (1983). Beheersplan voor het natuurreservaat "Wierdense Veld" - groot 399.38.46 ha voor de periode 1983-1992. Dalfsen.				
Stichting Het Overijssels Landschap (1998). Natuurdoeltypen Wierdense Veld. Bouwsteen voor beheerplan 2005-2015. Dalfsen.				

Van den Akker, P. &amp; H. Hazelhorst, 1991. Broedvogels Wierdense Veld 1990. Rapport in eigen beheer. Almelo.				

H. Hazelhorst &amp; A. Huizinga, 2001. Dagvlinders en libellen van het Wierdense Veld in 2000.				

Hazelhorst, H., 2000. Broedvogels Wierdense veld 2000. Rapport in opdracht van Landschap Overijssel.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL21</designationCode>
						<cover>97.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of provincial NGO.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Stichting Het Overijssels Landschap (1995). Beheerplan voor de periode 1995-2004 voor het natuurreservaat Wierdense Veld in de gemeenten Wierden en Hellendoorn, groot 440.33.49 ha. Dalfsen.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801019</siteCode>
				<siteName>Buurserzand &amp; Haaksbergerveen</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/053/N2K053_DB%20H%20Buurserzand%20&amp;%20Haaksbergerveen.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.7784</longitude>
				<latitude>52.1431</latitude>
				<area>1243.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>19.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>82.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>57.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>5130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.6</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>519.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>7230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.2</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<observationDataQuality>P</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>30.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>18.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>30.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Partly wet heathlands with Juniperus communis. Degraded bog. Site adjacent to pSCI Lüntener Fischteich u. Ammeloer Venn (DE-3806-301) in Nordrhein-Westfalen</otherSiteCharacteristics>
				<qualityAndImportance>One of the six most important sites for the habitat type Degraded raised bogs still capable of natural regeneration (7120). One of the ten most important sites for the habitat type Bog woodland (91D0).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Beers, P.W.M. van, M. van der Veen, G.H.P. Arts en G. Schmidt (2003). Inventarisatie Overijsselse vennen. Een onderzoek naar de betekenis van Overijsselse vennen ten aanzien van vegetatie, waterchemie en libellen en een evaluatie van herstelmaatregelen.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Big parts are nature reserves of national NGO (Natuurmonumenten - Buurserzand 375 ha) and State Forestry Service (Haaksbergerveen 525 ha). Adjoins German Natura 2000-site DE-4006-301.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Buurserzand : beheersvisie en beheerplan 1997 / Ploeg, N. van der &amp; O. de Bruijn (1997). - 's-Graveland : Vereniging Natuurmonumenten, 1997. - 56 p. - (O7B-rapport : 97-52).				
				
Buurserzand : middellange termijnplan en beheerplan 1997 / Ploeg, N. van der (1997). - 's-Graveland : Vereniging Natuurmonumenten, 1997. - 32 p. - (O7B-rapport : 97-53).</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801021</siteCode>
				<siteName>Dinkelland</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/049/N2K049_DB%20HN%20Dinkelland.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>7.024</longitude>
				<latitude>52.2919</latitude>
				<area>532.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>23.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>49.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.9</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.2</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.5</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>6.6</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>55.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
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				<otherSiteCharacteristics>Heathlands, inland sand dunes, dry and wet grasslands, wetlands, natural steams, deciduous forests with important shrubs.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Molinia meadows on calcareous, peaty or clayey-silt-laden soils (6410). One of the five most important spawning sites of  Cottus gobio (in brooks) in the Netherlands. Very important site for Cottus gobio.</qualityAndImportance>
				<impacts>
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				<ownership>
				</ownership>
				<documentation>
					<description>handboek natuurmonumenten

Bernink, J.B., 1901 Aan de Boorden van den Dinkel. De Levende Natuur 6: 226-228 				

Eysink, A.Th.W. &amp; A.J.M. Jansen (1993). Punthuizen, een Twents blauwgrasland: waterhuishouding, vegetatie en beheer. In: Weeda, E.J. (red.). Blauwgraslanden in Twente. Schatkamers van het natuurbehoud. Wetenschappelijke Mededelingen KNNV nr 209, Utrecht, pp 50-63.				

Kleuver (1999). Tussen Dinkel en IJssel : natuurgebieden in Overijssel. Staatsbosbeheer, Zwolle, 240 pp.				

Leentvaar, P., 1956: 233-238. De samenstelling van het plankton van de Dinkel en enige zijbeken in 1956. De Levende Natuur				

Soest, J.L. van (1933). Plantengeografie in het Dinkelland. Natura: 1-4. (001953).				
Thijsse, J.P., 1916 Ons Dinkelland. De Levende Natuur 21: 116-119 				
A.J.M. Jansen (2000). Hydrology and restoration of wet heathland and fen meadow communities. Proefschrift. 189 pp.				

P.W.F.M. Hommel, G.H.P. Dirkx, A.H. Prins, H.P. Wolfert &amp; J.G. Vrielink (1994). Natuurbehoud en natuurontwikkeling langs de Bloemenbeek en de Boven-Dinkel. SC-Rapport 304. 127 pp.				

F. Eysink, J. Westrik &amp; A. Jansen (2001). Natuurontwikkeling op voormalige landbouwgronden. 22 pp.				

J. Bernink (1926/1978). Ons Dinkelland. Vereniging tot behoud van natuurmonumenten.				

Bruijn, O. de 1989. Natuurwetenschappelijke inventarisatie van het landgoed Het Meuleman.				

Beers, P.W.M. van, M. van der Veen, G.H.P. Arts en G. Schmidt (2003). Inventarisatie Overijsselse vennen. Een onderzoek naar de betekenis van Overijsselse vennen ten aanzien van vegetatie, waterchemie en libellen en een evaluatie van herstelmaatregelen.</description>
					<links>
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				<relations>
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				<siteDesignationAdditional>Partly nature reserve of State Forestry Service</siteDesignationAdditional>
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							<organisation>Provincie Overijssel</organisation>
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8000 GB Zwolle</addressUnstructured>
							<email></email>
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				<managementPlans>
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				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>not yet available</spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2014-06</sacDesignationDate>
				<sacLegalReference>not yet available</sacLegalReference>
				<explanations>Merge of SPA NL3009017 Veluwe and SCI NL9801023 Veluwe</explanations>
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						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A277</speciesCode>
						<scientificName>Oenanthe oenanthe</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>66</lowerBound>
							<upperBound>66</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A072</speciesCode>
						<scientificName>Pernis apivorus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>150</lowerBound>
							<upperBound>150</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A276</speciesCode>
						<scientificName>Saxicola torquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1100</lowerBound>
							<upperBound>1100</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>12.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>29.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>22.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An extensive area of forestry plantations, heathland, fen and sanddrifts, situated in the centre of the country. Forest stands consist mainly of conifers but also dry deciduous/mixed woodland, and are of various ages and under various forestry regimes. Furthermore wet and dry heathlands and inland sand dunes. The site is bordered in the southeast by the River Rhine and in the east by the valley of the River IJssel. Small villages and farmland are excluded from the site.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type European dry heaths (4030). One of the eight most important sites for the habitat type Species-rich Nardus grassland  (6230). Includes quite a few prime forest sites already existing before 1850 (so-called "A-locatie bos"). One of the three most important sites for the habitat type Old acidophilous oak woods with Quercus robur on sandy plains (9190).One of the five most important spawning sites of  Lampetra planeri and Cottus gobio (in brooks) the Netherlands. One of the five most important sites for Luronium natans.
Site largely overlaps with IBA094 (IBA2000) 
Largest terrestrial nature area in the Netherlands.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Agsteribbe, E. S. Groenhuijzen &amp; W.D. Margadant (1954). De excursie naar de zuidoostelijke Veluwezoom. Buxbaumia 8 (1/2): 1-9. 
Arts, G.H.P. &amp; L.H.T. Dederen (1984). Begrazingsproef Imbos. Een qualitatieve en quantitatieve beschrijving van de vegetatie van een deel van de Imbosch (Nationaal Park Veluwezoom) vanuit een historisch gezichtspunt. Rapport Vakgroep Natuurbeheer L.H. Wageningen / I.V.M. Amsterdam. 
Baartmans, M.J. (1991). Beekbegeleidende graslanden op Staverden. Stageverslag, Stichting Het Geldersch Landschap. 
Bakker, P.A. (1964). Excursierapport Landgoed Staverden. Bryologische Werkgroep van de K.N.N.V..
Bakker, P.A. (1964). Onderzoek van beken op de Noordoost-Veluwe. Natuurklanken (K.N.N.V. afd. Epe) 3(2): 3-5. 
Balen, H.J. van (1919). Kootwijk op de Veluwe. Eigen haard 45: 801-805. 
Barkman, J.J. (1956). Rapport over flora en vegetatie van enige Noord-Veluwse bossen in verband met het belang voor de natuurbescherming. Intern rapport. 
Barkman, J.J. (1969). De epifytenvegetatie van Speulder- en Sprielderbosch, de gezelschappen, hun milieu en successie. Vergelijking met andere bossen. Meded. Biologisch Station (Wijster) 146. 
Boo, M. de (1999). Bomen, beesten en buitens. Staatsbosbeheer Regio Gelderland.
Brugging, M., A. van Doorn, G. Heil &amp; M. Post (1980). Heidevegetatie, heidehaantje en bodem op het Oud-Reemsterveld, Hoge Veluwe. Heidekeverprojekt, rapport nr. 1. Doctoraalverslag Instituut voor Systematische Plantkunde, RU Utrecht, 61 pp. 
Castel, I.I.Y., J. Fanta &amp; E.A. Koster (1983). De vallei van de Leuvenumse Beek (Noordwestelijke Veluwe). Een fysisch-geografische streekbeschrijving. Koninklijke Nederlandse Natuurhistorische Vereniging. Wetenschappelijke Mededelingen 159, 55 pp.
Daniels, F.J.A. (1990). Changes in dry grassland after cutting of Scots pine in inland dunes near Kootwijk, the Netherlands. Spatial processes in plant communities: 215-235. 
Dijk, G. van (1972). Documentatie over het Veluwerandgebied en het Veluwemeer. Scriptie Natuurbehoud en -beheer, Landbouwhogeschool Wageningen, 109 p.. 
Dijkstra, V. (1997). Belangrijke zoogdiergebieden in Nederland. VZZ
Dresscher, Th.G.N. et al (1952). De Gerritsflesch bij Kootwijk. Hydrologische Vereniging publicatie No.4.
Embden, A.E. van &amp; L.E. Verwey (1968). Het Kootwijkerzand. Vegetatiekundig onderzoek. Instituut voor Systematische Plantkunde, Utrecht. 43 pp. 
Giesen, Th.G. &amp; M.J. Nooren (1994). Vegetatiekartering van de Staatsbosbeheer-reservaten Oostereng/Renkumse beekdal en Doorwerth. Rapport Giesen &amp; Geurts in opdracht van Staatsbosbeheer, 119 pp. 
Hagen, M.J.E.M. van der &amp; P.N.M.C. van Rijssel (1983). De heide en voedselarme graslanden van "de Hoge Veluwe". Vakgroep Botanische Oecologie, Rijksuniversiteit Utrecht. 50 pp. 
Haveman, R. (2000). Infanterieschietkamp Harskamp en vliegbasis Twente. In: Hommel, P.W.F.M., M.A.P. Horsthuis &amp; V. Westhoff (red). Excursieverslagen 1998. Plantensociologische Kring Nederland, pp 16-18. 
Hoog, G.S. de (1971). Myco-sociologisch onderzoek Kootwijkerveld. Inst. voor Systematische Plantkunde-R.U. Utrecht, 161 pp.. 
IJzerman, A.J. (1982). De sprengen en sprengbeken van de Veluwe. Wetenschappelijke Mededelingen KNNV 151, 74 pp. 
Ketner-Oostra, R. (1993). De korstmossenvegetatie van het Kootwijkerzand. Vegetatie- en bodemkundig onderzoek bij de aanleg van permanente kwadraten in het stuifzandgebied. Rapport Staatsbosbeheer, Regio Veluwe-Achterhoek. 143 pp. 
Ketner-Oostra, R. (1996). Stuifzandvegetatie van het Kootwijkerzand - De invloed van beheersmaatregelen en andere ingrepen in de periode 1960  - 1985. Rapport Staatsbosbeheer, 27 pp + bijlagen. 
Klein, W.C. (1943). Landschappelijke beschouwingen over de heiden op de Veluwe,door dr. W.C. Klein. In weer en wind 7-9: 1-8. 
Kloen, H (1984). De groen-grijze revolutie op het Hulsthorsterzands. Kruipnieuws 45: 35-41. 
Knol, R. (1996). De Leemputten van Staverden en het Verbrande bos. In: Hommel P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1994. Plantensociologische Kring Nederland pp 82-86.
Leijs, H.M. (1964). Een vegetatiekartering van het Speulderbos. De Levende Natuur 67: 17-24.
Lensink R. 1993., Vogels in het hart van Gelderland., KNNV/SOVON, Utrecht
Leys H Sanders G Knol W. 1993., Avifauna van Wageningen en wijde omgeving., KNNV Vogelwerkgroep Wageningen, Wageningen
Loon-Vredenduin, A.van (1968). Van karrespoor naar asfaltweg-Onderzoek naar de begroeiing van bermen langs half-verharde en verharde wegen door de hei op de noordelijke Veluwe. Rapport RIVON 67pp..
Maas, F.M. (1959). Bronnen, bronbeken en bronbossen van Nederland, in het bijzonder die van de Veluwezoom. Een plantensociologische en geologische studie. Landbouwhogeschool Wageningen. Dissertatie. Wageningen. 166 pp. 
Malsch, F.W. (1934). Excursie naar het Speulder- en Sprielderbosch. Nederlandsch Bosbouw-Tijdschrift, 7(7):261-270. 
Meertens, M.H. (1994). De vegetatie van de Gerritsfles bij Kootwijk. Instituut voor Bos- en Natuuronderzoek,Wageningen. 32 pp.. 
Ott, E.C.J. (1994). Het Speulderbos. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1992. Plantensociologische Kring Nederland, pp 62. 
Pflanzensoziologie-Bodenkunde vom 18. bis 22. 9. 1956 in Stolzenau/Wezer: 23-30. 
Polak, B. (1959). Palynology of the Uddeler Meer-A contribution to our knowledge of the vegetation and of the agriculture in the northern part of the Veluwe in prehistoric and early historic times. Acta Botanica Neerlandica 9: 547-571. 
Polak, B. (1968). Peat under a table-shaped drift sand mound in the northern Veluwe (Hulshorst). Acta Botanica Neerl. 17: 33-43. 
Pos, R. (1968). Cetraria (L.) Ach. op het Kootwijkerzand. Gorteria 4 (4): 45-47. 
Provincie Gelderland (2002). Gebiedsplan Natuur en Landschap Veluwe.
Reijnders, T. &amp; W.J.. Reijnders (1971). De epifytenvegetatie van het Speulder- en Sprielderbosch. Verspreiding en oecologie van de voornaamste soorten. RIVON-mededeling, no. 307. 
Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON, Beek-Ubbergen
Schimmel, H. (1965). Hoog Buurlo... een oeroud hoekje van de Veluwe. De Levende Natuur (juni/juli). 
Schimmel, H.J.W. &amp; J. ter Hoeve (1952). Bodemgesteldheid en waterhuishouding van de `Gerritsflesch'bij Kootwijk. Tijdschrift van het Koninklijk Nederlandsch Aardrijskundig Genootschap, Deel LXIX, (1): 16-28. 
Schneider, F. &amp; J.J. Westra (1954). Indeling en typeninventarisatie van het Querceto-Betuletum op de Veluwe. Vereniging tot Behoud van Natuurmonumenten in Nederland, 's-Graveland.
Schneider, F. &amp; J.J. Westra (1954). Tabel van het Querceto-Betuletum Tüxen op de Veluwe. Losse tabel. 
Sierdsema H. 1992., Natuur en natuurwaardering op de Veluwe., SBB-regiorapport 78/9202., Staatsbosbeheer Regio Veluwe-Achterhoek, Brummen
Sissingh, G. (1940). Plantengemeenschappen van de Veluwe. Natura 1940. 
SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen
Stege, E. ter &amp; M. Brongers (1995). De vegetatie van drie reservaten in de regio Veluwe- Achterhoek in 1993. Rapport Altenburg &amp; Wymenga, Veenwouden, nr 109, 29 pp + bijlagen. 
Stoutjesdijk, P. (1959). Heaths and inland dunes of the Veluwe. Wentia, Vol. 2: 96 pp. 
Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland, Zeist
Tesch, O., E. Hesselink &amp; J. Valckenier Suringar (1926). De zandverstuivingen bij Kootwijk in woord en beeld-Tekst bij de platenatlas. Staatsbosbeheer Utrecht DL 2. 70 pp. Photo en druk Versloijs &amp; Scherjon, Utrecht. 
Timmers, W.P.M., A.F. de Goede &amp; Th.G. Giesen (1994). Vegetatiekartering van de Staatsbosbeheer-reservaten Oeverlanden (Gemeente: Nunspeet en Elburg), 1993.. Staatsbosbeheer Brummen/Driebergen, Giesen &amp; Geurts, Ulft 99pp.. 
Tol, G. van (1979). Natuurlijke verjonging van beuk op de Veluwe. Nederlands Bosbouw Tijdschrift, 51(4): 106-112. Dorschkamp meded. nr. 176.
Uittien, H. (1932). Eenige plantengeografische opmerkingen over de Veluwe. Nederlandsch Kruidkundig Archief, afl. 2: 278-288. 
Vlieger, J. (1937). Über einige Waldassoziationen de Veluwe. Mitteilungen der Floristisch-Soziologischen Arbeitsgemeinschaft in Niedersachsen 3: 193-203. 
Voslamber et al., 1997. Monitoring van vogels in Belangrijke vogelgebieden; broedvogels 1995, niet-broedvogels 1994/95. SOVON
Voûte, A.D., Nes, C.L. van, Florschütz, F., Sissingh, G., Hoff, C.M. van 't, Wigman, C. (1941). `De Hoge Veluwe' natuurhistorisch beschouwd.. rapport 45 p.. 
Weeda, E.J. (2000). Jeneverbesstruwelen op lemig zand. Stratiotes 21: 13-32.
Werf, S. van der (1952). De natuur-wetenschappelijke betekenis van de centrale Veluwe. Mededelingen der Natuurbeschermingscommissie van de Ned. Jeugdbond voor Natuurstudie 9: 5-8. 
Westhoff, V. (1958). Boden- und Vegetationskartierungen von Wald- und Forstgesellschaften im Quercion robori-petraeae- Gebied der Veluwe (Niederlande). Bericht über das Internationale Symposion 
Westhoff, V. (1958). Boden- und Vegetationskartierungen von Wald- und Forstgesellschaften im Quercion robori-petraeae-Gebiet der Veluwe (Niederlande). Angewandte Planzensoziologie, Heft 15: 23-30. Sonderdruck aus: Bericht über das Intern. Symp. Pflanzensoziol.-Bodenkunde vom 18.bis 22.9.1956, Stolzenau/Weser. 
Westhoff, V. (1958). De plantengroei van het nationale park Veluwezoom. Wetenschappelijke mededelingen KNNV 26, 40 pp.
Westhoff, V. (1958). De plantengroei van het Nationale Park Veluwezoom. Koninklijke Nederlandse Natuurhistorische Vereniging. Wetenschappelijke Mededelingen 26. 40 pp. 
Wolf, R.J.A.M. &amp; J.G. Vrielink (1998). Het Loo. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1995. Verslag Plantensociologische Kring Nederland, 61pp.
</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>12.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Gelderland</organisation>
							<addressUnstructured>Postbus 9090 
6800 GX Arnhem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Separate management plans of the different owners and subsites.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
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		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801025</siteCode>
				<siteName>Sint Pietersberg &amp; Jekerdal</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/159/N2K159_DB%20HN%20Sint%20Pietersberg%20&amp;%20Jekerdal.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL9801025 St. Pietersberg en Jekerdal</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.6739</longitude>
				<latitude>50.8239</latitude>
				<area>256.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>6110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.02</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6210</code>
						<priorityFormOfHabitatType>true</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6510</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.5</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>42.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1078</speciesCode>
						<scientificName>Callimorpha quadripunctaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>101</lowerBound>
							<upperBound>250</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1321</speciesCode>
						<scientificName>Myotis emarginatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1324</speciesCode>
						<scientificName>Myotis myotis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>40.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N21</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>22.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N12</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Transition from top of partly excavated lime stone hill with nice grasslands and forests to brook valley. Site adjacent to pSCI Voerstreek (BE2200039) in Vlaanderen &amp; pSCI Montagne Saint-Pierre (BE33003) in Wallon (BE).</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Semi-natural dry grasslands and scrubland facies: on calcareous substrates (6210, important orchid site). One of the eight most important sites for the habitat type Species-rich Nardus grassland  (6230). One of the three sites of Callimorpha quadripunctata in the Netherlands.

One of the few lime stone formations in the Netherlands. Consequently many rare plant species are present, especially in the grasslands. The mountain is and has been used to extract lime stone. A huge system of corridores and caves remained in which many bats (15 of the 19 species present in the Netherlands) winter. Very importatn site for insects.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)

Handboek Natuurmonumenten

Vreeken, B. 1999. Flora van de Sint-Pietersberg 1993-1999. Met lijst van bijzondere soorten sinds 1900. FLORON-rapport 18. Leiden</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of National NGO - Natuurmonumenten. Partly protected by Nature Conservation Act. Adjoins Belgium Natura 2000-sites BE2200036 and BE33003</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
6202 MA Maastricht</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801035</siteCode>
				<siteName>Weerter- en Budelerbergen &amp; Ringselven</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/138/N2K138_DB%20HV%20Weerter-%20en%20Budelerbergen%20en%20Ringselven.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL9801035 Weerterbos
Including former SCI NL2003065 Ringselven en Kruispeel, proposed as SCI 2003-03, confirmed 2004-12</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.6693</longitude>
				<latitude>51.3031</latitude>
				<area>1139.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>14.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7210</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>44.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>35.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N20</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>40.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Inland sand dunes, decidious woodlands on relatively wet soils, coniferous forests.
Water-rich area along the brook Tungelroyse Beek: transition of swampforests and moist heath.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for oligo-meso trophic standing waters with vegetation of Littorelletea uniflorae. Important site for Alluvial forests. One of the ten most important sites for the habitat type Calcareous fens with Cladium mariscus (7210).  Important site for amphibians and birds.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Handboek Natuurmonumenten

Monitoring van vogels in belangrijke broedvogelgebieden: broedvogels 1995, niet-broedvogels 1994/95 (Voslamber et al., 1998; SOVON)

Themanummer Weerterbos. Natuurhistorisch Maandblad, december 2002</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of National NGO - Natuurmonumenten and provincial NGO's - Limburgs Landschap and Brabants Landschap.  Part qualifies for EU-Bird-directive.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
6202 MA Maastricht</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801036</siteCode>
				<siteName>Leenderbos, Groote Heide &amp; De Plateaux</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/136/N2K136_DB%20HV%20Leenderbos,%20Groote%20Heide%20&amp;%20De%20Plateaux.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL9801036 Groote Heide - De Plateaux</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.5011</longitude>
				<latitude>51.3291</latitude>
				<area>4390.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>107.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>73.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>32.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>40.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3260</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.6</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>49.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>371.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>5130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality></observationDataQuality>
						<representativity>D</representativity>
						<relativeSurface></relativeSurface>
						<conservation></conservation>
						<global></global>
					</habitatType>
					<habitatType>
						<code>6510</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>11.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>21.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>7210</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.01</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>26.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>53.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1096</speciesCode>
						<scientificName>Lampetra planeri</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>14.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>45.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>12.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Conifer plantations with moor pools and heathlands. Brookvalleys. Site adjacent to pSCI "Hageven met Dommelvallei, Beverbeekse heide, Warmbeek en Wateringen" (BE2200032) in Flanders</otherSiteCharacteristics>
				<qualityAndImportance>One of the ten most important sites for the habitat type Calcareous fens with Cladium mariscus (7210). One of the ten most important sites for the habitat type Bog woodland (91D0). One of the five most important spawning sites of  Lampetra planeri in the Netherlands. Several brooks included in the site belong to the five most important sites for the aquatic plant Luronium natans.

Important for fishes, dragonflies, butterflies, Pelobates fuscus and breeding birds of heathlands. Includes new IBA 211-00 (van denTempel &amp; Osieck, 1994).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Beers, P.W.N. (1996). Inventarisatie Noord-Brabantse vennen 1994. Rapport Provincie Noord-Brabant 45 p. +bijlagen 250 p.. (R-0501				

Beltman, B. &amp; T. van den Broek (1993). Verzuring van kalkrijke venen. Landschap 10: 17-33. (008893).				

Goede, A.F. de, 1998. De Plateaux en Hageven (B), botanische inventarisatie en kartering. FLORON-rapport 5. Leiden.				

Kleuver, J. (1958). Het beheer van de Brabantse vennen. Mededelingen der Natuurbeschermingswerkgroep van de Nederlandse Jeugdbond voor Natuurstudie 13 (2) : 1-16. (000369).				

Koning, H. de &amp; J. Soetens (1995). Inventarisatieonderzoek van: de Dommelbeemden en de Moerkuilen. Heem-natuurgroep uit Sint-oedenrode. (008377).				

Monitoring van vogels in belangrijke vogelgebieden, broedvogels 1995, niet-broedvogels 1994/95 (Voslamber et al., 1998; SOVON)				
Mörzer Bruijns, M.F. (1958). Vergelijkend botanisch onderzoek van Oude rivierlopen in Nederland en vergelijkend botansisch onderzoek van de voedselarme heidevennen in Brabant en Limburg. Stichting tot onderzoek van Levensgemeenschappen. Verslag van werkzaamheden in 1957. (001578).				
Nooren, M.J. &amp; M.G.C. Schouten (1972). Inventarisatie van flora en vegetatie van het ruilverkavelingsgebied St. Oedenrode en vegetatiekartering van het Dommeldal van Son en Breugel tot Boxtel. Katholieke Universiteit Nijmgegen. Afdeling Geobotanie. Doctoraalverslag. 45 pp. (R-0047).				

Schimmel, H. (1952). Het "Goor", het "Turfwater" en de "Groote heide" onder Soerendonk. De Levende Natuur 55 (11): 201-206. (001594).				
Voo, E.E. van der (1964). Over de betekenis en het behoud van de Brabantse vennen. Brabantia 13 (4). 6 pp. (000916).</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly (Grote Heide, Baronie Cranendonck,Malpiebeemden 119 ha and Keersop en Run 75 ha) nature reserves of State Forestry Service. Partly (Valkenhorst/Leenderhoeve) nature reserve of provincial NGO. Qualifies partly for  EU-Birddirective (I). Valkenhorst Fishponds twinned to Labodi Fishponds (H). Adjoins to Belgium Natura 2000-site Hageven: BE2200032</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801040</siteCode>
				<siteName>Savelsbos</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/160/N2K160_DB%20H%20Savelsbos.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.7475</longitude>
				<latitude>50.8029</latitude>
				<area>357.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>6110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.01</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6210</code>
						<priorityFormOfHabitatType>true</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.3</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>29.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>163.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1078</speciesCode>
						<scientificName>Callimorpha quadripunctaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1083</speciesCode>
						<scientificName>Lucanus cervus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>V</abundanceCategory>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1321</speciesCode>
						<scientificName>Myotis emarginatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1324</speciesCode>
						<scientificName>Myotis myotis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N21</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N20</code>
					<coveragePercentage>30.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>65.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Wooded slopes on chalk stone substrate. Disused chalk stone mines, important for wintering bats.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Semi-natural dry grasslands and scrubland facies: on calcareous substrates (6210). Prime forest site already existing before 1850 (so-called "A-locatie bos"). One of the three sites of Callimorpha quadripunctata in the Netherlands'</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)

Laar, V. van (1970). De verspreiding en oecologie van de Eikelmuis Eliomys quercinus (L.) in het Savelsbos. RIN-rapport, Leersum.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of State Forestry Service (Savelsbos 240 ha).</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801041</siteCode>
				<siteName>Geuldal</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2004-02</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.9394</longitude>
				<latitude>50.7794</latitude>
				<area>2472.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3260</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6210</code>
						<priorityFormOfHabitatType>true</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>7220</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>9110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<observationDataQuality></observationDataQuality>
						<representativity>D</representativity>
						<relativeSurface></relativeSurface>
						<conservation></conservation>
						<global></global>
					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.00</coveredArea>
						<caves></caves>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1193</speciesCode>
						<scientificName>Bombina variegata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1078</speciesCode>
						<scientificName>Callimorpha quadripunctaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1096</speciesCode>
						<scientificName>Lampetra planeri</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1083</speciesCode>
						<scientificName>Lucanus cervus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1321</speciesCode>
						<scientificName>Myotis emarginatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>11</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1324</speciesCode>
						<scientificName>Myotis myotis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>11</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality></observationDataQuality>
						<population>D</population>
						<conservation></conservation>
						<isolation></isolation>
						<global></global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>45.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N21</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N20</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A valley with a small stream through a diverse small scale landscape.  Site adjacent to pSCI Voerstreek (BE2200039) in Vlaanderen (BE)</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Semi-natural dry grasslands and scrubland facies: on calcareous substrates (6210, important orchid site). One of the only two sites in the Netherlands holding Petrifying springs with tufa formation (7220).Only site for Calaminarian grasslands (Violetalia calaminariae). Includes several prime forest site already existing before 1850 (so-called "A-locatie bos"). The only site that holds habitat type Luzulo-Fagetum beech forests (9110). One of the three sites of Callimorpha quadripunctata and Vertigo moulisiana in the Netherlands. Kwaliteit: One of the five most important sites for the habitat type Alluvial forests (91E0, subtype Alno-Padion).One of the five most important spawning sites of  Lampetra planeri and Cottus gobio (in brooks) in the Netherlands. One of the two most important sites of Bombina variegata in the Netherlands.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Bakker, P. (1960). Het bovenste bos bij Epen. Kruipnieuws 22(2): 9-20. (A-0112).				
Belangrijke zoogdiergebieden in Nederland (Dijkstra et al., 1997; VZZ)				
Dort, K. van (1999). Bemelerberg, Koelebosch en Geuldal. In: Hommel, P.W.F.M., Horsthuis, M.A.P. &amp; Westhoff, V., 1999. Excursieverslagen 1996. Plantensociologische Kring Nederland.				

Gubbels, R.E.M.B. (1996). Visfauna van de Zieversbeek. Natuurhistorisch Maandblad 85: 27-30.				

Gubbels, R.E.M.B. (1999). Herstel vismigratie binnen het stroomgebied van de Geul: knelpunten en kansen. Natuurhistorisch Maandblad 85: 27-30. Zie ook lit.				
Handboek natuurmonumenten				

Hommel, P.W.F.M. &amp; V. Westhoff (2000). Kloosterbosch en Ravensbosch. In: 
Hommel, P.W.F.M., M.A.P. Horsthuis &amp; V. Westhoff (red.). Excursieverslagen 1998. Plantensociologische Kring Nederland, 9-15 pp. 				

Hommel, P.W.F.M., K.W. van Dort &amp; J.G. Vrielink (1998). Biebosch en Schaelsbergerbosch. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1995. Plantensociologische Kring Nederland.				
Hommel, P.W.F.M., K.W. van Dort &amp; J.G. Vrielink (1998). Bossen in de omgeving van Vaals. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1995. Plantensociologische Kring Nederland.				

Koop, H.G.J.M. &amp; A.P.P.M. Clerkx (1995). De vegetatie van bosreservaten in Nederland deel 5. Bosreservaat Vijlnerbos, Vaals. IBN-rapport 142, Instituut voor Bos- en Natuuronderzoek (IBN-DLO), Wageningen, 46 pp.				

Koop, H.G.J.M. &amp; P. Boddez (1991). Inventarisaties van bosreservaten deel 5. Vijlnerbos Vaals: bosstructuur kernvlakte. Intern rapport 91/5, Rijksinstituut voor Natuurbeheer (RIN), Leersum, 29 pp.				

Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels 1994/95 (Voslamber et al., 1998; SOVON)				
Peters, B., H. van Buggenum, R. Gubbels, J. Hermans &amp; A. Ovaa (1999). Flora en fauna van het Geuldal. Natuurhistorisch Maandblad 88: 165-180.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL21</designationCode>
						<cover>73.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserves of national NGO (Natuurmonumenten - Geuldal 73 ha, Genhoes 139 ha, Berghofweide 2 ha, Mechelderbeekdal 8 ha, Bovenste Bos 32 ha), provincial NGO (Limburgs Landschap - Bergse Heide 91 ha, Wittemermolen 32 ha, Dal Cottesserbeek 65 ha, De Dellen 61 ha) and State Forestry Service (Geul- en Gulpdal 495 ha, Gerendal 225 ha, Vaals 639 ha). Small part protected by Nature Conservation Act (Meertensgroeve). Adjoins Belgium Natura 2000-site BE2200039 (Voerstreek).</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
6202 MA Maastricht</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>There is a management plan for a part of the site</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801044</siteCode>
				<siteName>Botshol</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/083/N2K083_DB%20H%20Botshol.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.9257</longitude>
				<latitude>52.2522</latitude>
				<area>218.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL31</code>
						<name>Utrecht</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>24.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>36.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7210</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.9</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>11.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>45.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>34.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Lowland fen. Important water plant vegetations. meadow and wetland area, reed stands, hay meadows, forest on extremely wet soils (standing water), many bird species (wetland species). Water calcium rich and slightly brackish with rare aquatic vegetation. Microtus oeconomus is present.</otherSiteCharacteristics>
				<qualityAndImportance>One of the ten most important sites for the habitat type Calcareous fens with Cladium mariscus (7210). The site is also famous for its extensive submerged Chara vegetation (3140).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Commissie Beheer Landbouwgronden (1988). Beheersplan voor het reservaatsgebied Botshol - Nellestein. Directie Beheer Landbouwgronden, Utrecht, 16 pp. 

Copijn, G.M. &amp; P.J.Oostendorp (1972). Een vegetatiekundig onderzoek in de Botshol (Gemeente: Abcoude). Doctoraalverslag. 

Daalder, R. &amp; M. Ohm (1988). Waterplanten en algeninventarisaties in de Botshol. Rapport vakgroep Oecologie &amp; Oecotoxicologie, Vrije Universiteit, Amsterdam / Provincie Utrecht.

De Groene Ruimte (2001). Beheersvisie Botshol.

Dijk, D. van &amp; P. Melman (1981). Vegetatiekartering van de Botshol en de Polder Nellestein bij Abcoude. Stageverslag Hogere Bosbouw en Cultuurtechnische School te Velp / Vereniging tot Behoud van Natuurmonumenten, 16 pp + 6 bijl.

Hillebrand, H. (1987). De eutrofiëring van de Botshol. Wetenschappelijke Mededelingen Koninklijke Nederlandse Natuurhistorische Vereniging 182. 48 p.  

Iersel, P.B.W. van &amp; W.J. Rip (1992). Restoration of the Botshol (the Netehrlands) by reduction of external load: problem analyses and restoration methods. Hydrobiol. Bull. 25(3): 265-273.

Meijer, D. (1968). Het voorkomen en de autoecologie van diatomeeen in "Botshol", in de periode van december 1967 tot oktober 1968. Studentenverslag Vrije Universiteit Amsterdam, Vakgroep Systematische Plantkunde, 38 p. 

Nat, E. &amp; R. Daalder (1999). Een globaal overzicht van de waterplantenbegroeiing in de plassen van Botshol. Rapport 99.05, Landelijk Informatiecentrum voor Kranswieren, Amsterdam, 9 pp + bijl.

Ohm, M., R. Daalder &amp; E. Nat (1997). Waterplantenonderzoek in de plassen van de Botshol, 1996 en 1997. Amsterdam, 6 pp + bijl.

Ouboter, M.R.L. (1997). Dynamiek eutrofiëring Botshol : een balansstudie. Rapport Waterloopkundig laboratorium, Delft, 86 pp.

Ouboter, M.R.L. (1998). Nieuwe ontwikkelingen in de waterkwaliteit in Botshol. Rapport Delft Hydraulics, Delft, 16 pp.

Ouden, J.B. den &amp; M.E.A. Broekmeyer (1997). A-locatie bossen in Utrecht. IBN-Rapport 229, Instituut voor Bos- en Natuuronderzoek (IBN-DLO), Wageningen, 83 pp + bijl.

Schaminée, J.H.J. (1994). Vechtplassengebied, Gooimeer en Waterland. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1992. Plantensociologische Kring Nederland, pp 58-61

Simons, J, R. Daalder, M. Ohm &amp; W.J. Rip (1991). Floristische veranderingen en beheersmaatregelen in de veenplas Botshol. De Levende Natuur 92: 29-35.
Sluiters, J.E. (1942). De Botshol. De Levende Natuur xx: 161-169.

Vorstman, A.G. (1944). Over het voorkomen van Peridinium borgei Lemm. in de plassen van Botshol. De Levende Natuur xx: 111-112.

Vroman, M. 1976. De verspreiding van waterplanten in de Botshol. In: xxxxx. De Noordelijke Vechtplassen. Stichting Comissie voor de Vecht en het Oostelijk en Westelijk Plassengebied, Vlaardingen, pp 317-331.

Walker, P.A. &amp; A.J.P. Raat (1990). Visstandbemonstering in de Botshol - zomer en najaar 1989. Rapport PWU/OVB 1989-02, Organisatie ter Verbetering van de Binnenvisserij (OVB), Nieuwegein, 57 pp.

Westhoff, V. (1950). De plantengroei van de Botshol (bij Abcoude). Nederlandsch Kruidkundig Archief 57: 88-91. 

Westhoff, V. (red.) (1949). Landschap, flora en vegetatie vamn de Botshol nabij Abcoude. Stichting Comissie voor de Vecht en het Oostelijk en Westelijk Plassengebied, Baambrugge, 102 pp.

Wijngaard, M. van de &amp; H. Zloch (1981). Botshol, 'n inventarisatie. Intern rapport Vrije Universiteit, Amsterdam.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of national NGO- Natuurmonumenten (Botshol 287 ha).</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Utrecht</organisation>
							<addressUnstructured>Postbus 80300
3508 TH Utrecht</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801049</siteCode>
				<siteName>Vlijmens Ven, Moerputten &amp; Bossche Broek</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-06</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/132/N2K132_DB%20H%20Vlijmens%20Ven,%20Moerputten%20&amp;%20Bossche%20Broek.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.2363</longitude>
				<latitude>51.6826</latitude>
				<area>897.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>13.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>13.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6510</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality></observationDataQuality>
						<representativity>D</representativity>
						<relativeSurface></relativeSurface>
						<conservation></conservation>
						<global></global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1061</speciesCode>
						<scientificName>Maculinea nausithous</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>true</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>G</observationDataQuality>
						<population>D</population>
						<conservation></conservation>
						<isolation></isolation>
						<global></global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1059</speciesCode>
						<scientificName>Maculinea teleius</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>700</lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>9.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N21</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>30.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>45.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Several small sites of wetland with Salix forests, reed stands, wet grasslands and ponds. Fen, mainly reclaimed to agricultural grassland. Some fine semi-natural grasslands.</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for hard oligo-mesotrophic waters with bentic vegetation of Chara spp.. Re-introduction site of two Maculinea butterflies, which were extinct in The Netherlands.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Handboek Natuurmonumenten

Anonymus  (1996). Natuur in Noord-Brabant. Twee eeuwen plant en dier. Stichting het Noord-Brabants Landschap, Haaren.				

Bruinsma, J.H.P. (2000). Distribution (1986-1999) of Characeae in the Dutch province of North Brabant. Systematics and Geography of Plants 70(2): 421-427.				
Buskens, R.F.M. 1991. De Langstraat. In:  Hommel, P.W.F.M. (red.). Excursieverslagen 1990. Plantensociologische Kring Nederland.				
Ganzevlees, P. (1993). Beheersplan Bossche Broek 1994 ? 2004. Buro Hemmen, Hemmen, 83 pp.				

Gerven, M.W. van, A.J.M. Jansen &amp; W. Koerselman (1994). Mogelijkheden voor behoud en herstel van natuurwaarden in de Moerputten. Aanbevelingen voor inrichting, beheer en ingrepen in de waterhuishouding. Rapport SWO 94.318 KIWA, Nieuwegein.				

Helmich, M. &amp; J. Cools (1988). Het Vlijmensch Ven, een bijzondere contaktzone. Natura 85(2): 39-42.				

Jansen, A.J.M. , A.P. Grootjans &amp; M.H. Jalink (xxxx). Hydrology of Dutch Cirsio-Molinietum meadows: prospects for restoratioon. Applied Vegetation Science				

Jeurink, N. (1992). Beheersplan Moerputten 1992 ? 2002. Rapport 90100-6, LB&amp;P Bureau voor Landschapsoecologisch Onderzoek, 85 pp				

Oeffelt, P.A. van &amp; I. Wynhoff, 1999. Meer ruimte voor zeldzame pimpernelblauwtjes. De Levende Natuur 100(6): 220-221. 				

Streefkerk, J.G. (1990). Nadere analyse waterhuishouding reservaat Moerputten. Rapport Staatsbosbeheer, Driebergen.				

Stuurman, R.J. &amp; J.W. Foppen (1993). Perspectieven voor ?vernatting? van de Moerputten. Rapport OS 92-110A, Instituut voor Grondwater en Geo-Energie TNO, Delft.				

Weeda, E.J. (2001). Melkviooltje (Viola persicifolia Schreber) in Nederalnd in verleden en heden. 1. Varieteiten, voorkomen, standplaats en plantensociologische positie. Stratiotes 23: 73-103.				

Wynhoff, I. (2001).  At home on foreign meadows. The reintroduction of two Maculinea butterfly species. Thesis Wageningen Universiteit, 236 pp.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserves of State Forestry Service (Moerputten 119 ha , Nieuwkuiks Bosjs 8 ha) and national NGO (Natuurmonumenten - Rijskampen 45 ha).</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Brabant</organisation>
							<addressUnstructured>Postbus 90151
5200 MC 's-Hertogenbosch</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801055</siteCode>
				<siteName>Brabantse Wal</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/128/N2K128_DB%20HVN%20Brabantse%20Wal.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL9801055 Ossendrecht</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.3861</longitude>
				<latitude>51.3961</latitude>
				<area>1725.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>108.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>29.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>31.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.2</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>22.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>6.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>30.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N21</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N20</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>12.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Nice heathlands. Wet and dry types. Heath pools. Site adjacent to pSCI Kalmthoutse Heide (BE2100015) in Vlaanderen (BE)</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for Luronium natans. Good humid and dry heathlands. Nice moor pools. Very important site for dry sand heaths with Calluna and Genista .</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95 (Voslamber et al., 1998; SOVON)</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>99.0</cover>
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					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>6.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>National Park. Partly nature reserves of State Forestry Service (Staartse Heide en Duinen 128 ha, Kortenhoef 94 ha). Small part protected by Nature Conservation Act (Kortenhoef). Qualifies for EU-Bird-directive. Adjoins to Belgium Natura 2000-site Kalmhoutse Heide: BE21000015.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Brabant</organisation>
							<addressUnstructured>Postbus 90151
5200 MC 's-Hertogenbosch</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beleidsplan Beheer en Inrichting Grenspark De Zoom - Kalmthoutse Heide 1999 - 2014</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9801063</siteCode>
				<siteName>Nieuwkoopse Plassen &amp; De Haeck</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1997-02</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/103/N2K103_DB%20HVN%20Nieuwkoopse%20Plassen%20&amp;%20De%20Haeck.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.8051</longitude>
				<latitude>52.1426</latitude>
				<area>1986.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>340</lowerBound>
							<upperBound>340</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3500</lowerBound>
							<upperBound>3500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3000</lowerBound>
							<upperBound>3000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A029</speciesCode>
						<scientificName>Ardea purpurea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>62</lowerBound>
							<upperBound>62</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A027</speciesCode>
						<scientificName>Egretta alba</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>60</lowerBound>
							<upperBound>60</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A176</speciesCode>
						<scientificName>Larus melanocephalus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>9</lowerBound>
							<upperBound>9</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A292</speciesCode>
						<scientificName>Locustella luscinioides</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>18</lowerBound>
							<upperBound>18</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>31.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>36.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>28.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A extensive complex of shallow freshwater lakes, pools, canals, reedbeds, wet xxx meadows and swamp-forest, located 15 km north-west of the city of xxx Utrecht.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Important breeding area for marsh birds.  xxx Species meeting the 1% threshold (breeding): Purple Heron Ardea purpurea (2%). xxx One of the five most important sites for (breeding): Purple Heron Ardea purpurea, Mediterranean Gull Larus malanocephalus, Black Tern Chlidonias niger. xxx Site largely overlaps with IBA076 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Osieck E. 1997., Nieuwkoopse Plassen beschermd onder Vogelrichtlijn., Vogelnieuws 10.4:  4-5 --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Wenneker M. 2003., Nieuwkoopse Plassen: van dikke veenbult tot waterrijk natuurgebied., Natuurbehoud 34.1: 42-43; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag</addressUnstructured>
							<email>cgm.van.kruining@pzh.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9801064</siteCode>
				<siteName>Springendal &amp; Dal van de Mosbeek</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-09</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/045/N2K045_DB%20H%20Springendal%20&amp;%20Dal%20van%20de%20Mosbeek.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.8741</longitude>
				<latitude>52.4436</latitude>
				<area>1245.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>114.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>5130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.7</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.5</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>7230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.3</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>9120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>24.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1096</speciesCode>
						<scientificName>Lampetra planeri</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1083</speciesCode>
						<scientificName>Lucanus cervus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>101</lowerBound>
							<upperBound>250</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>43.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>12.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N20</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Mainly agricultural and sylvicultural. Small alkaline fen at spring with excellent vegetation. Some heathland.</otherSiteCharacteristics>
				<qualityAndImportance>One of the three most important sites for the habitat type Alkaline fens (7230; subtype Caricion davallianae). t: One of the five most important sites for the habitat type Alluvial forests (91E0, subtype Alno-Padion). One of the five most important spawning sites of  Lampetra planeri in the Netherlands  Important area for Lucanus cervus.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)

Angsteribbe, E. &amp; S. Groenhuijzen (1952). De najaarsexcursie naar Ootmarsum 1951. Buxbaumia 6 (1/2): 15-22.				

Brand, M. &amp; W. Loode (1979). De voorjaarsexcursie naar Twente en het gebied rond Bentheim. Buxbaumiella 8: 4-9.				

Dijk, J. van &amp; R. de Wit (1947). Rijkdommen in het Twentse landschap. Een greep uit de botanisch belangrijke terreinen van N.-O. Twente. Plantensociologische Werkgroep van de Nederlandse Jeugdbond voor Natuurstudie: 3-32. (001697).				
Eysink, A.T.W. &amp; G. Kooijman, 1999. Bronnen en bronbeken in beweging. De Levende Natuur 100 (4): 136-137. (WiU; Springendalse Beek, Ootmarsum - Vasse,Twente)				

Eysink, A.Th.W., M.A.P. Horsthuis &amp; C.G. Abbink-Meijerink (1999). Terug naar de bron ? plantensoorten als indicator voor herstelbeheer van bronnen in Oost-Nederland. Stratiotes 19: 103-128.				

Hofstra, J. (1993). Over enkele Caricion davallianae-gemeenschappen van het Pleistoceen. Stratiotes (7): 3-25.				

Hofstra, J. / C.J.W. Bruin (1996). Nogmaals over de associatie van Armbloemige waterbies (Eleocharietum quinqeflorae. Stratiotes (12): 29-40.				
Horsthuis, M.A.P., M. Zekhuis &amp; B. Slatman, 1999. Erosiedalen in beweging. De Levende Natuur 100 (1): 27-28. (WiU; Dal van de Paasweide, Molenbeekdal, Ootmarsum, Twente)				

Jongman, R., J. Peltzer, H. Reimerink &amp; J. Wiltenburg (1974). N.O. Twente. Een geobotanische inventarisatie en evaluatie. Doctoraalverslag afd. geobotanie K.U. Nijmegen, in opdracht van P.P.D. Overijssel. (R-0278).				

Kleuver, J.J. (1996). Hazelbekke en Mosbeek. In: Hommel P.W.F.M. &amp; M.A.P. Horsthuis (red). Excursieverslagen 1994. Plantensociologische Kring Nederland, pp 47-49. (004291).				

Linden, M. van der (1988). De bronnen van de Mosbeek. Een vegetatiekundig en ecolgoisch onderzoek. Doctoraalverslag Amsterdam.				

Saaltink, H.J. (1962). Het Ericetum tetratis in Twente. Doctoraal verslag. (R-0141).				

Sloff, J.G. (1950). Verslag van de excursie der KNBV naar Ootmarsum en omgeving van 1 tot 9 Augustus 1946. Nederl. Kruidk. Archief 57: 7-20.				
Tweel-Groot, L. van &amp; M.A.P. Horsthuis (2001). Meer dan vijftig jaar vegetatieonderzoek in het brongebied van de Mosbeek. Stratiotes 23: 40-56.				
Westhoff, V. &amp; A.J.M. Jansen (1990). Vegetatiegegevens uit de jaren veertig van Noordoost-Twente. KIWA, SWE 90.025, Nieuwegein. 162 pp. (R-0065).				
Westhoff, V. &amp; J. van Dijk (1946). Landschap en plantengroei van Oost-Twente. Natuur en Landschap 1 (2-3): 2-20. (001113).				

Westhoff, V. (1949). Beken en Beekdalen in Twente. In: Besemer, A.H.F et al.. In het voetspoor van Thijsse. Wageningen, pp 36-64. (001869).				
Zielman, R., E. Weeda &amp; F. Bos (1993). De najaarsexcursie 1992 in Noordoost-Twente. Buxbaumiella 32: 41-51. (002965).				

M.A.P. Horsthuis &amp; L. van Tweel-Groot (2002). Een rasterkartering in het brongebied van de Mosbeek. Stratiotes 24:13-26.				

Beringen, R., N. Kwint, H. Hazelhorst &amp; P. Bremer (1994). Flora en fauna van de Ootmarsumse stuwwal. Provincie Overijssel.				

Bremer, P. (2002). Verandering in de ondergroei van de droge loofbossen in het Vechtgebied en op de Ootmarsumse stuwwal. Provincie Overijssel.</description>
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				<otherSiteCharacteristics>Forests, heathland and inland sand dunes on sandy, sometimes calcium rich soils. The area is considered to be of high quality for flora and fauna</otherSiteCharacteristics>
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				<documentation>
					<description>Handboek Natuurmonumenten

Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)

Van der Hagen, H.G.J.M. (1995). Havelte. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis. Excursieverslagen 1993. Plantensociologische Kring Nederland, pp 29-31.

Waterbolk, H.T. (1948). Landschap en plantengroei van Havelte. Kruipnieuws 10(1): 3-29.

Heinemeyer, H.D. &amp; G. Nijland, 1991. Beheersplan Uffelter Binnenveld. Stichting het Drentsche Landschap, Assen

Biet, E. van der, 1987. Bos en Bosbeheer bij de Stichting Het Drentsche Landschap, Assen</description>
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				<conservationMeasures>Heinemeyer, H.D. &amp; G. Nijland, 1991. Beheersplan Uffelter Binnenveld. Stichting het Drentsche Landschap, Assen</conservationMeasures>
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				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
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				<spaLegalReference></spaLegalReference>
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					<description>Westhoff, V. &amp; J. van Dijk Jr. (1952). Experimenteel successie-onderzoek in natuurreservaten, in het bijzonder in het Korenburgerveen bij Winterswijk. De Levende Natuur 1: 5-16.

Provincie Gelderland (2002) Gebiedsplan Natuur en Landschap Achterhoek.</description>
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							<email></email>
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				<siteCode>NL9801075</siteCode>
				<siteName>Grensmaas</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
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				<spaLegalReference></spaLegalReference>
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						<scientificName>Castor fiber</scientificName>
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					<speciesPopulation>
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					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1099</speciesCode>
						<scientificName>Lampetra fluviatilis</scientificName>
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					<speciesPopulation>
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						<scientificName>Salmo salar</scientificName>
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				<otherSiteCharacteristics>River with natural banks. : Site adjacent to pSCI "Uiterwaarden langs de Limburgse Maas met Vijverbroek" (BE2200037) in Vlaanderen</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for water courses with Ranunculus fluitans and rivers with muddy banks</qualityAndImportance>
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				<documentation>
					<description>Berg, J. van den, J. de Kramer, M. Kleinhans &amp; A. Wilbers (2000). De Allier als morfologisch voorbeeld voor de Grensmaas. Natuurhistorisch Maandblad 89: 118-122.				

Boer, D. de (1991). Vegetaties in het oevermilieu van de Grensmaas. I. Veldopname en verwerking van gegevens. Rapport Stichting voor Toegepaste Landschapsecologie, 23 pp. (R-0309). (Reports of the project "Ecological rehabilitation of the River Meuse" ; nr. 4) Ecological rehabilitation of rivers ; nr. 44-1992)Arnhem : RIZA				

Desender, K., J.P. Maelfait, J. Stevens &amp; L. Allemeersch (1994). Loopkevers langs de Grensmaas. Jaarboek Likona 1993: 41-50.				

Hamhuis, D. (1997). Kerkeweerd en de Maas van de 17e tot de 19e eeuw. Natuurhistorisch Maandblad 86: 132-136.				

Haye, M. de la, H. Coops &amp; S. Kerkhofs (1994). Vlottende waterranonkel, een toekomst inde Grensmaas? Natuurhistorisch Maandblad 83: 2-7.				
Kurstjens, G., K. van Looy, S. Vancker &amp; F. Verstraeten (1999). Blauwvleugelsprinkhaan op grindafzetting langs de Grensmaas: indicatorsoort voor een levende Maas. Natuurhistorisch Maandblad 88: 44-47.				

Lejeune, M. (1997). Maas, zand, grind,? natuurontwikkeling. Natuurhistorisch Maandblad 86: 130-131.				

Looy, K. van &amp; B. Peters (2000). Bosontwikkeling en morfodynamiek langs de Grensmaas. Natuurhistorisch Maandblad 89: 143-148. 				

Looy, K. van &amp; G. Kurstjens (1997). Kerkeweerd: doorkijk naar de natuurontwikkeling langs de Grensmaas. Natuurhistorisch Maandblad 86: 155-159.				
Looy, K. van, K. Kenzeler &amp; R-J. Bijlsma (2000). Structuur en ontwikkeling van het ooibos in Hochter Bampd. Natuurhistorisch Maandblad 89: 143-148.				
Peeters, B. &amp; K. van Looy (1996). Nieuwe kansen voor stroomdalgraslanden in het Zuidelijk Maasdal. Natuurhistorisch Maandblad 85: 120-126.				
Peters, B., K. van Looy &amp; G. Kurstjens (2000). Pioniervegetaties langs de grindrivieren: De Allier en de Grensmaas. Natuurhistorisch Maandblad 89: 123-136. (008451).				

Raat, A.J.P. (1996). De visstand in de Grensmaas. Natuurhistorisch Maandblad 85: 127-130.				

Toebat, J., K. Lantmeeters, I. Hoet &amp; H. Gielen (2000). Het Vlaamse project ?Levende Grensmaas?. Natuurhistorisch Maandblad 89: 160-163.				
Vanacker, S. (2000). Grindbanken soortenrijker dan je denkt. Natuurhistorisch Maandblad 89: 149-154.				

Verbeek, P.J.M. &amp; N. Geilen (1997). Waterplanten in de Grensmaas 1996. Inventarisatie en standplaatskarakterisering. Natuurhistorisch Maandblad 86: 141-144.				

Verbeek, P.J.M., G.Hoogerwerf, B. Crombaghs, F. Schepers, J. Habraken &amp; J. Verbeek (1996). Waterplanten in de Grensmaas 1996. Inventarisatie en standplaatskarakterisering. Rapport Bureau natuurbalans &amp; Limes Divergens, Nijmegen. (R-0503).				

Wever, A. de (1914). Lijst van wildgroeiende en eenige gekweekte planten in Z.-Limburg IV. Jaarboek van het Natuurhistorisch Genootschap in Limburg 1914: 9-103.</description>
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					<habitatType>
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						<speciesCode>1321</speciesCode>
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						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
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					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1324</speciesCode>
						<scientificName>Myotis myotis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
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							<lowerBound>6</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
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						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
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						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
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					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
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					<code>N15</code>
					<coveragePercentage>5.0</coveragePercentage>
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				<habitatClass>
					<code>N14</code>
					<coveragePercentage>25.0</coveragePercentage>
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					<code>N09</code>
					<coveragePercentage>25.0</coveragePercentage>
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					<coveragePercentage>10.0</coveragePercentage>
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					<coveragePercentage>1.0</coveragePercentage>
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					<code>N16</code>
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				<otherSiteCharacteristics>Wooded slopes on chalk stone. Some semi-natural grassland. Partly agricultural land.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Semi-natural dry grasslands and scrubland facies: on calcareous substrates (6210). One of the eight most important sites for the habitat type Species-rich Nardus grassland  (6230). The most important site of Bombina variegata in the Netherlands.Very important wintering site for many bat species.</qualityAndImportance>
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				</ownership>
				<documentation>
					<description>Handboek Natuurmonumenten

Berris, L., During,H., Rijnberk, van, H. (1984). Boven en ondergrondse patronen van mossen in het Mesobromion op de Bemelerberg.. Publicaties Natuurhistorisch Genootschap in Limburg 34: 49-51. (004482).				

Diemont, W.H. &amp; A.J.H.M. van de Ven (1953). De kalkgraslanden van Zuid-Limburg. A. De Phaneroga­men. Publ. Natuurhist. Genootsch. Limburg. VI: 3?20.				

Dort, K. van (1999). Bemelerberg, Koelebosch en Geuldal. In: Hommel, P.W.F.M., Horsthuis, M.A.P. &amp; Westhoff, V., 1999. Excursieverslagen 1996. Plantensociologische Kring Nederland.				

Eppink, J. (1977). Vegetatiepatronen en soortsgedrag langs de Bemelerberg gradient. Doctoraalverslag, K.U. Nijmegen. 				

Heimans, J. (1939). De Bemelerberg. Ned. Kruidk. Arch.: 59-63. (002842).				
Hennekens, F &amp; J. Schaminée (1980). Fenologie van de Bemelerberg. De Levende Natuur 82: 17-27. (003955).				

Hennekens, S. &amp; J. Hermans (1984). De mosflora van de Bemelerberg. Natuurhistorisch Maandblad, XXXIV (1984) : 44-49. (008714).				
Hennekens, S., H. Hillegers &amp; J. Schaminée (1982). De botanische waarde van de Bemelerberg (Zuid-Limburg). De Levende Natuur Jrg. 84 (2): 47-54. (003444).				
Hillegers, H. (red.) (1984). De Bemelerberg. Een bundel artikelen over de natuur- en cultuurhistorische betekenis van een droog schraalland-reservaat in Zuid-Limburg.. Publicaties van het Natuurhistorisch Genootschap in Limburg: XXXIV (1-5). 92 pp.. (G-0027).				

Hillegers, H.P.M. (1981). De Bemelerhei. Limburgs Landschap 33: 7?9.				
Hillegers, H.P.M. (1982). De vegetatiesuccessie op de Bemeler­hei van +1800-1979. Rapport, Stichting het Limburgs Landschap. 15 pp. 				
Hillegers, H.P.M. (1983). De vegetatiesuccessie op de Bemeler­hei van 1979 tot 1982. Rapport, Stichting Het Limburgs Landschap. 				

Schaminée, J.H.J.  &amp; Willems, J.H. (2001?). Schrale hellinggraslanden in Zuid-Limburg				

Schaminée, J.H.J. (1984). Plantengemeenschappen van de Bemelerberg, een syntaxonomische beschouwing. Publ. Natuurhist. Gen. Limburg, XXXIV (1-5): 21-32. (000602).				

Snoek, H. van der (1982). Een vegetatiekartering van de kalkgras­landhelling "Het Hoefijzer", Bemelen, Zuid-Limburg. Doctoraal­verslag Instituut voor Systemati­sche Plantkunde, R.U. Utrecht. 33 pp. 				

Willems, J.H. (1982a). Het Brachypodio?Siegingietum Will. &amp; Blanck. 1975 in Zuid?Limburg. Gorteria 11 (1) 14-21.				

Willems, J.H. (1984). Plantengeografische aspecten van de Bemelerberg. Publ.Natuurhist.Gen.Limburg XXXIV (1-5): 38-42. (003939).</description>
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					<description>Handboek Natuurmonumenten				

Annema, M. &amp; A.J.M Jansen (1998). Het herstel van het vroongrondengebied Midden- en Oostduinen op Goeree. Stratiotes 17: 20-60.				

Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)				
Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet broedvogels 1994/95 (Voslamber et al., 1998; SOVON)				

Beijersbergen, J., J. Vermue &amp; W. van Wijngaarden (1982). De verarming van de plantengroei in de duinen van Goeree. Duin 1982(1): 3-10.				

Braat, C.W. &amp; I. van Zanten (1990). Hydrologie en vegetatieontwikkeling in de Kwade Hoek. Doctoraalverslag 1089, Vakgroep Natuurbeheer, L.U. Wageningen.				
Braat, C.W. (1992). Beheersplan 1992 Kwade Hoek. Rapport Natuurmonumenten, ?s-Graveland.				

Dongen, M. van (1974). Vergelijkend onderzoek aan Scirpus rufus en Scirpus planifolius op de Kwade Hoek, Goeree. Doctoraalverslag Katholieke Universiteit, Botanisch Laboratorium, Afdeling Geobotanie, 52 pp. (R-0032).				
Dort, K.W. van &amp; F.H. Severijn (1998). Toelichting bij de vegetatiekaart Kwade Hoek 1995. Rapport MDGAE-9834, Rijkswaterstaat Meetkundige Dienst, Delft.				
Ebbers, C.S. (1965). Vegetatiekartering van een gedeelte van de Kwade Hoek op Goeree. Studentenverslag d1-1965, Delta Instituut voor Hydrologisch Onderzoek (DIHO), Yerseke.				

Janssen, J.A.M. (2000). Kwade Hoek (Goeree). In: XXXX Excursieverslagen 1998. Plantensociologische Kring Nederland.				

Joanknecht, N. &amp; L. Meuleman (1981). Vegetatiekartering van een gedeelte van de Kwade Hoek op Goeree; vergelijking tussen de vegetatiesamenstelling voor en na de afsluiting van het Haringvliet in 1970. Studentenverslag d2-1981, Delta Instituut voor Hydrologisch Onderzoek (DIHO), Yerseke.				

Kok, B. &amp; R. Postma (1988). De Kwade Hoek; hydrodynamische en morfologische porcessen. Doctoraalverslag vakgroep Fysische Geografie, R.U. Utrecht.				
Meuleman, L. &amp; N. Joanknecht (1980). Gevolgen van de Deltawerken voor de vegetatie van de Kwade Hoek. De Levende Natuur 82(3): 89-98.				
RIVON (1962). Vegetatie en fauna van Goeree. Een biologische inventarisatie van de Kop van Goeree. Stichting Natuurmonument De Beer, 's-Gravenhage, 127 pp. (G-0002).				

Sloet van Oldruitenborgh, C.J.M. (1976). Duinstruwelen in het Deltagebied. Meded. Landbouwhogeschool Wageningen 76-8.				

Schaminée, J.H.J., Stortelder, A.H.F. &amp; Weeda, E.J. (1996). De Vegetatie van Nederland deel 3. Plantengemeenschappen van graslanden, zonen en droge heiden. Opulus Press, Uppsala, Leiden, xx pp.				

Tüxen, R. &amp; V. Westhoff (1963). Saginetea maritimae, eine Gesellschaftsgruppe im wechselhalinen Grenzbereich der europäischen Meeresküsten. Mitteilungen der floristisch-soziologischen Arbeitsgemeinschaft N.F. Heft 10: xxxx				
Weevers, T. (1940). De flora van Goeree en Overflakkee dynamisch beschouwd. Nederlandsch Kruidkundig Archief 50: 285-354. (001045).				

Weevers, Th. (1921 of 1920). De plantengroei van het eiland Goeree in verband met zijn bodem en geschiedenis. Ned. Kruidk. Arch. 80: xxx				
Westhoff, V. &amp; C.G.van Leeuwen (1962). Catapodium marinum (L.) Hubbard, Scirpus planifolius Grimm en Trifolium micranthum Viv. op Goeree. Gorteria 1(5): 33-38. (001227).				

Westhoff, V. (1963). Achteruitgang van Catapodium marinum op Goeree na de strenge winter van 1962-1963. De Levende Natuur 66 (9): 216. (001903).				
Westhoff, V., C.G. van Leeuwen &amp; M.J. Adriani (1961). Enkele aspecten van vegetatie en bodem der duinen van Goeree, in het bijzonder de contactgordels tussen zout en zoet milieu. Wetenschappelijk Genootschap voor Goeree-Overflakkee, Jaarboek 1961, pp 46-92. (001982).				

Wiertz, J. &amp; S. van Opstal (1977). Bodemkundig onderzoek in het kustgebied van Goeree. Studenten Rapport 3-77, Deltadienst Rijkswaterstaat, Middelburg</description>
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				<siteDesignationAdditional>Partly nature reserve of national NGO (Natuurmonumenten - Springertduinen 90 ha + Kwade Hoek 379 ha); partly nature reserve of provincial NGO (Zuid-Hollands Landschap - Westduinen 156 ha); partly ?? (Middel- en Oostduinen 204 ha).</siteDesignationAdditional>
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				<habitatClass>
					<code>N04</code>
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				<habitatClass>
					<code>N05</code>
					<coveragePercentage>1.0</coveragePercentage>
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				<otherSiteCharacteristics>Extensive coastal dune area. Site adjacent to NL1000010 Duinen Schoorl.</otherSiteCharacteristics>
				<qualityAndImportance>One of the ten/ seven most important sites for the habitat types Fixed dunes with herbaceous vegetation ("grey dunes"; 2130) and Decalcified fixed dunes with Empetrum nigrum (2140). Includes prime forest site already existing before 1850 (so-called "A-locatie bos").</qualityAndImportance>
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				</impacts>
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				<documentation>
					<description>Aptroot, A. (1982). Campylopus introflexus (Catusmos) in Castricum. Kruipnieuws 44: 3-7. 

Aptroot, A. (19xx). De lichenologische najaarsexcursie 1978 naar Bergen. Buxbaumiella 12: 3-11.

Aptroot, A. (1986). De veranderingen van de epifytische lichenenflora van de binnenduinrand bij Heemskerk en Castricum over de peridoe 1975-1985. Buxbaumiella 20: 40-44.

Bakker, T.W.M., J.A. Klijn &amp; F.J. van Zadelhoff (1979). Duinen en duinvalleien. Een landschapsoecologische studie van het Nederlandse duingebied. Pudoc, Wageningen.

Barkman, J.J. (1947). Enige sociologische en plantengeografische opmerkingen over de flora van het Bergerbos. Ned. Kruidk. Archief 54: 55-59.

Ooyen, H. van (1943). De duinrandbossen bij Bergen. Kruipnieuws 5(4/5): 1-6.
Bijhouwer, J.T.P. (1926). Geobotanische studie van de Berger duinen. Dissertatie Wageningen, 202 pp.

Broekmeyer, M.E.A. &amp; J.B. den Ouden (1997). A-locatie bossen in Noord-Holland. IBN-Rapport 301, Instituut voor Bos- en Natuuronderzoek, Wageningen.

Doing, H. (1962). Rapport over de duinstreek van Camperduin tot IJmuiden. Laboratorium voor Plantensystematiek en-geografie der Landbouwhogeschool, Wageningen, 16 pp. 

Doing, H. (1964). Recreatie en Natuurbescherming in het Noordhollands duinreservaat. Supplement 2: Vegetatie. Mededeling nr. 69c, Instituut voor Toegepast Biologisch Onderzoek in de Natuur (ITBON), Arnhem, 52 pp. 

Doing, H. (1966). Beschrijving van de vegetatie der duinen tussen IJmuiden en Camperduin. Mededelingen Landbouwhogeschool Wageningen 66-13: 1-63.

Doing, H. (1986). Onstaan en ontwikkeling van het zeedorpenlandschap. Duin 3: 79-80. 

Doing, H. (1988). Landschapsoecologie van de Nederlandse kust. Stichting Duinbehoud, Leiden, 228 pp + bijl.

Doing, H. (1993a). Het Sileno-Tortuletum (ass.nov.), een karakteristieke associatie van het zeedorpenlandschap. Stratiotes 6: 40-52. 

Doing, H. (1993b). Wimmenummerduinen. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (red.). Excursieverslagen 1993. Plantensociologische Kring Nederland.

Faber, J. &amp; L. Kuiters (1982). De binnenduingraslanden tussen Egmond en Bakkum. Rapport Landbouwuniversiteit Wageningen, afdeling Natuurbeheer.
Haaf, C. ten &amp; N. Jonker (1981). De duinen van Six. Duin 4(1): 3-9.

Hoffmann, M.E. &amp; V. Westhoff (1951). Flora en vegetatie van de Verbrande Pan bij Bergen (N.H.). De begroeiing van een "kalkgrensgebied" tussen Duin- en Waddendistrict. De Levende Natuur (3,4 en 5): 45-51 + 74-79 +  92-98. 

IJzendoorn, A.L.J. van (1980). Een hok in Bakkum-Noord. Natura 77(4): xxxxx.

IJzendoorn, A.L.J. van (1981). Papenberg, een hok in Castricum. Natura 78: 234-247. 

Kruijsen, B.W.J.M. &amp; F.W. van der Vegte (1984). Vegetatiekartering Noordhollands Duinreservaat. PWN Nieuwsbrief 3: 2-18.

Kruijsen, B.W.J.M. &amp; E.J.Weeda (1992). Herniaria glabra L. en Crassula tillaea Lester-Garland op voetpaden in de duinen in Bergen (N.-H.). Gorteria 18: 29-33. 

Kruijsen, B.W.J.M., Q.L. Slings &amp; H. Snater (1992). Vegetatiekartering Noordhollands Duinreservaat 1982-1989. Rapport PWN Waterleidingbedrijf Noord-Holland, 191 pp + bijlagen.

Nijs, H.C.M. de, M.F. de Haan &amp; J.G.B. Oostermeyer (1990). Onderzoek aan populatiebiologie en voortplantingssucces van genttiaansoorten. PWN Nieuwsbrief 7: 19-36.

Slings, Q.L. &amp; H. Snater (1992). Bosbeheer in het Norodhollands Duinreservaat. Molm 12(2): 2-17.

Slings, Q.L. &amp; H. Snater (1998). Lijst van vaatplanten, kranswieren, mossen en korstmossen van het Noord-Hollands duinreservaat. Rapport nv PWN waterleidingbedrijf Noord-Holland, 62pp. 

Slings, Q.L. (1994). De kalkgraslanden van de duinen. De Levende Natuur 95(4): 120-130.

Slings, Q.L. (1995a). De maakbaarheid van de natuur. Duin 18(1)): 8-10.

Slings, Q.L. (1995b). Het plan voetspoor. Duin 18(1)): 16-17.

Snater, H. (1992). Noordhollands duinreservaat. In: Hommel, P.W.F.M. (red). Excursieverslagen 1991. Plantensociologische Kring Nederland, pp 7-9. (002989).

Vegte, F.W. van der, J. Faber &amp; L. Kuiters (1985). Vegetation, land use and management of the inner-dune zone in the North-Holland Dune Reserve, The Netherlands.

Zumkehr, P. (2001). Een vegetatiekartering van de Wimmenummerduinen bij Egmond. Rapport 2001-1, nv PWN Waterleidingbedrijf Noord-Holland, Velserbroek.</description>
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					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1351</speciesCode>
						<scientificName>Phocoena phocoena</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>V</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A141</speciesCode>
						<scientificName>Pluvialis squatarola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3200</lowerBound>
							<upperBound>3200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A063</speciesCode>
						<scientificName>Somateria mollissima</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>26200</lowerBound>
							<upperBound>26200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A195</speciesCode>
						<scientificName>Sterna albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>520</lowerBound>
							<upperBound>520</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>97.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Coastal zone of the Northsea, from the moderate high tide line to the -20m depth line. Site stretches from Bergen to north of Schiermonnikoog. Adjacent to the dune areas of the Wadden Islands and Wadden sea. It consists of sandbanks permanently covered by seawater (1110).</otherSiteCharacteristics>
				<qualityAndImportance>Very important site for sandbanks covered by seawater and sea-mammals: Phocoena phocoena, Halichoerus grypus and Phoca vitulina.

De begrenzing van de Noordzeekustzone wordt vooral bepaald door het gebied met hoge natuurwaarden voor vogels en vissen. Deze grens valt voor vogels aan de zeezijde samen met de doorgaande NAP 20 m dieptelijn. De Noordzeekustzone wordt gekenmerkt door hoge natuur- en belevingswaarden. Bij Schiermonnikoog wordt een hoge benthos-diversiteit gevonden. De visfauna in de Kustzee onderscheidt zich van de rest van het NCP door een hoge soortenrijkdom. En potentiëel kunnen hier een aantal Habitatrichtlijnsoorten als, Fint, Elft en Zeeprik, voorkomen. In de Noordzeekustzone kunnen kunnen grote aantallen (tot &gt; 100.000) Zwarte zee-eenden verblijven. Ook grote groepen Eidereenden worden regelmatig in dit gebied gezien. In voorjaar en zomer (de broedperiode) is de hele Noordzeekustzone zeer belangrijk als foerageergebied voor Kleine Mantel- en Zilvermeeuwen, Grote sterns en Visdieven. In de trektijd (najaar en voorjaar) verblijven bovendien zeer grote aantallen zeevogels tijdelijk in het gebied, die er "onderweg naar elders" ook kunnen foerageren. De al onder de Vogelrichtlijn aangewezen gebieden zijn ook van belang voor Roodkeelduikers. In de winter en het voorjaar kunnen tot enige duizenden exemplaren in de Noordzeekustzone voorkomen. Voorts fungeert de Noordzeekustzone tijdens strenge winters soms ook als uitwijkgebied voor grote aantallen Futen en andere watervogels. De belangrijkste locatie in het afgelopen decennium was een groot complex van Spisula-banken tussen Bergen aan Zee en Callantsoog. Gezien het voorkomen van ondiep water met her en der (op wisselende plaatsen en eveneens wisselend in de tijd) rijke voorkomens van schelpdieren (Spisula of andere soorten)  kunnen zeer grote groepen eenden overal in de Hollandse Noordzeekustzone opduiken. De Noordzeekustzone voor de Waddeneilanden is van belang voor de in de HR genoemde Gewone en Grijze zeehonden en de Bruinvis.

Kenmerkende vissoorten die vooral in de Kustzone voorkomen, vergeleken met de rest van het Nederlandse deel van de Noordzee zijn: Adderzeenaald (Entelurus aequoraeus), Botervis (Pholis gunnulus), Diklipharder (Chelon labrosus), Geep (Belone belone), Gevlekte gladde haai (Mustelus asterias), Grote koornaarvis (Atherina presbyter), Puitaal (Zoarces viviparus), Ruwe haai (Galeorhinus galeus), Schol (Pleuronectes platessa), Slakdolf (Liparis liparis), Spiering (Osmerus eperlanus), Tong (Solea vulgaris). Vijfdradige meun (Ciliata mustela).

Kenmerkende benthossoorten van de Noordzeekustzone zijn: Synchelidium maculatum, Vlokreeftje (Urothoe brevicornis), Buldozerkreeftje (Urothoe poseidonis), Zaagje (Donax vittatus), Amerikaanse zwaardschede (Ensis americanus), Nonnetje (Macoma balthica), Halfgeknotte strandschelp (Spisula subtruncata), Ovale zeeklit7schelp/7mosseltje (Tellimya ferruginosa), Rechtgestreepte strandschelp (Tellina fabula), Slangpier (Capitella capitata), Eumida sanguinea, Schelpkokerworm (Lanice conchilega), Magelona johnstoni, Magelona mirabilis, Malmgreniella lunulata, Mediomastus fragilis, Nephtys caeca, Zandzager (Nephtys hombergii), Wapenworm (Scoloplos armiger).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>- Anonymus (2005) Integraal Beheerplan Noordzee 2015. Interdepartementale Directeurenoverleg Noordzee (IDON)
- Arts FA, Berrevoets CM (2005) Monitoring van zeevogels en zeezoogdieren op het Nederlands Continentaal Plat 1991 - 2005: Verspreiding, seizoenspatroon en trend van zeven soorten zeevogels en de Bruinvis. Rapport RIKZ/2005.032, Rijksinstituut voor Kust en Zee/RIKZ, Middelburg
- Beintema A.J. &amp; Schekkerman H. 2001., Nadere toetsing van aanwijzing en begrenzing van negen, Vogelrichtlijngebieden., Alterra Rapport  328, Alterra,  Wageningen 
- Berrevoets CM Arts AA. 2003., Midwintertelling van zee-eenden in de Waddenzee en de Nederlandse, kustwateren, januari 2003., RIKZ Rapport  2003.008, RIKZ,  Middelburg.
- Brasseur SMJM, Tulp I, Reijnders PJH, Smit CJ, Dijkman EM, Cremer JSM, Kotterman MJJ, Meesters HWG (2004) Voedselecologie van de Gewone en Grijze zeehond in de Nederlandse kustwateren. Rapport 905, Alterra, Wageningen
- Daan N, Heessen HJL, Hofstede Rt (2005) North Sea Elasmobranchs: distribution, abundance and biodiversity. ICES, Copenhagen
- De Groot SJ (2002) A review of the past and present status of anadromous fish species in the Netherlands: is restocking the Rhine feasible? Hydrobiologia 478:205-218
- Degraer S, Wittoeck J, Appeltans W, Cooreman K, Deprez T, Hillewaert H, Hostens K, Mees J, Vanden Berghe W, Vincx M (2006) De macrobenthosatlas van het Belgisch deel van de Noordzee. Federaal Wetenschapsbeleid D/2005/1191/5
- Hammond PS, Berggren P, Benke H, Borchers DL, Collet A, Heide Jorgensen MP, Heimlich S, Hiby AR, Leopold MF, Oien N (2002) Abundance of harbour porpoise and other cetaceans in the North Sea and adjacent waters. Journal-of-Applied-Ecology [print] April, 2002; 39 (2): 361-376 URLJ: http://wwwblackwell-sciencecom/~cgilib/jnlpageasp?Journal=jappl&amp;File=jappl
- Lindeboom HJ, Dijkman EM, Bos OG, Meesters EH, Cremer JSM, De Raad I, Bosma A (2008) Ecologische Atlas Noordzee ten behoeve van gebiedsbescherming. Wageningen IMARES vestiging Texel
- Lindeboom HJ, Geurts van Kessel AJM, Berkenbosch A (2005) Gebieden met bijzondere ecologische waarden op het Nederlands Continentaal Plat. Rapport RIKZ/2005008, Den Haag / Alterra rapport 1109, Wageningen:103 p.
- Patberg W, De Leeuw JJ, Winter HV (2005) Verspreiding van rivierprik, zeeprik, fint en elft in Nederland na 1970. Rapport C004/05, RIVO, IJmuiden, The Netherlands.
- Roomen M. van, Boele A., Weide M. van der, Winden E. van ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen 
- SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen.
- Tempel R. van den, Osieck E.R. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist 
- Ter Hofstede R, Heessen HJL, Daan N (2005) Systeembeschrijving Noordzee: Natuurwaardenkaarten vis. Rapport C090/05, RIVO, IJmuiden
- Ter Hofstede R, Quirijns FJ, Daan N, Dekker W, Verver SW, Heessen HJL, Asjes J, Star B (2004) Beschermde Gebieden Noordzee: Begrenzing en ecologische waardering t.a.v. visgemeenschappen; visserij-activiteiten. Rapport C057/04, RIVO Biologie en Ecologie</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>4.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Noordzeekustzone, Breebaart</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Small part nature reserve, small part National Park. Qualifies for Ramsar.
The same designation as under OSPAR under consideration.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat Zee en Delta</organisation>
							<addressUnstructured>Postbus 5807
2280 HV Rijswijk</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan voor de Rijkswateren 2001-2004, Beheersvisie Noordzee 2010 (2000)
Integraal Beheerplan Noordzee 2015 (2005)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802012</siteCode>
				<siteName>Lauwersmeer</siteName>
				<compilationDate>1998-09</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/008/n2k008_db%20vnw%20lauwersmeer.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.2031</longitude>
				<latitude>53.3605</latitude>
				<area>5755.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
					<region>
						<code>NL11</code>
						<name>Groningen</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1900</lowerBound>
							<upperBound>1900</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>510</lowerBound>
							<upperBound>510</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>290</lowerBound>
							<upperBound>290</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1900</lowerBound>
							<upperBound>1900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1600</lowerBound>
							<upperBound>1600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1700</lowerBound>
							<upperBound>1700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>900</lowerBound>
							<upperBound>900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>190</lowerBound>
							<upperBound>190</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1100</lowerBound>
							<upperBound>1100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A042</speciesCode>
						<scientificName>Anser erythropus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A222</speciesCode>
						<scientificName>Asio flammeus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>540</lowerBound>
							<upperBound>540</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1700</lowerBound>
							<upperBound>1700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A067</speciesCode>
						<scientificName>Bucephala clangula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>60</lowerBound>
							<upperBound>60</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A084</speciesCode>
						<scientificName>Circus pygargus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>140</lowerBound>
							<upperBound>140</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A038</speciesCode>
						<scientificName>Cygnus cygnus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>970</lowerBound>
							<upperBound>970</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A075</speciesCode>
						<scientificName>Haliaeetus albicilla</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>260</lowerBound>
							<upperBound>260</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A292</speciesCode>
						<scientificName>Locustella luscinioides</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>23</lowerBound>
							<upperBound>23</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A272</speciesCode>
						<scientificName>Luscinia svecica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>9</lowerBound>
							<upperBound>9</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A160</speciesCode>
						<scientificName>Numenius arquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A151</speciesCode>
						<scientificName>Philomachus pugnax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>6</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>80</lowerBound>
							<upperBound>80</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A140</speciesCode>
						<scientificName>Pluvialis apricaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>150</lowerBound>
							<upperBound>150</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>60</lowerBound>
							<upperBound>60</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>15</lowerBound>
							<upperBound>15</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>110</lowerBound>
							<upperBound>110</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A275</speciesCode>
						<scientificName>Saxicola rubetra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>11</lowerBound>
							<upperBound>11</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A190</speciesCode>
						<scientificName>Sterna caspia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A194</speciesCode>
						<scientificName>Sterna paradisaea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>480</lowerBound>
							<upperBound>480</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A161</speciesCode>
						<scientificName>Tringa erythropus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>100</lowerBound>
							<upperBound>100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>19.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>19.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A dammed estuary, formerly part of the Waddenzee (closed off in 1969), which has become freshwater, though the estuary structure remains. The surrounding area is mainly open grassland and arable xxx land with scattered farms. The site consists of a large freshwater lake, former creeks, grasslands, marshlands and shrubs. It is adjacent to the mudflats and saltmarshes of the SPA Waddenzee (NL9801001)</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). An important wetland for breeding marshland birds and for non-breeding Platalea leucorodia and a wide variety of waterbirds. xxx Species meeting the 1% threshold (non-breeding): Eurasian Spoonbill Platalea leucorodia (10,4%), Bewick`s Swan Cygnus bewickii (8,6%), Greylag Goose Anser anser (1,8%), Barnacle Goose Branta leucopsis (8,1%), Gadwall Anas strepera (4,6%), Common Teal Anas crecca (1,4%), Northern Pintail Anas acuta (5,6%), Northern Shoveler Anas clypeata (1,1%). xxx One of the five most important sites for (breeding): Western Marsh-Harrier Circus aeruginosus, Montagu's Harrier Circus pygargys, Ruff Philomachus pugnax; (non-breeding): Spoonbill Platalea leucorodia, Bewick's Swan Cygnus bewickii, Caspian Tern Sterna caspia. xxx Site largely overlaps with IBA 015 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Beintema AJ Schekkerman H. 2001., Nadere toetsing van aanwijzing en begrenzing van negen, Vogelrichtlijngebieden., Alterra Rapport  328, Alterra,  Wageningen --- Berrevoets CM Arts AA. 2003., Midwintertelling van zee-eenden in de Waddenzee en de Nederlandse, kustwateren, januari 2003., RIKZ Rapport  2003.008, RIKZ,  Middelburg.; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Lauwersmeer</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Econiomische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheers- en inrichtingsplan Nationaal Park Lauwersmeer (2003)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802019</siteCode>
				<siteName>Hollands Diep</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/111/N2K111_DB%20HVN%20Hollands%20Diep.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.5075</longitude>
				<latitude>51.7015</latitude>
				<area>4139.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>540</lowerBound>
							<upperBound>540</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1900</lowerBound>
							<upperBound>1900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>230</lowerBound>
							<upperBound>230</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>660</lowerBound>
							<upperBound>660</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1200</lowerBound>
							<upperBound>1200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1300</lowerBound>
							<upperBound>1300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>160</lowerBound>
							<upperBound>160</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>90.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>River course, part of former estuary of Rhine/Meuse system, dammed off from the sea in 1966. A stagnant 17-km long freshwater lake, located between SPA Haringvliet (NL9802018) and SPA Biesbosch (NL3009002), bordered by reedbeds and grassland polders. The water-level varies, depending on the river supply.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). The site is especially important for roosting geese from surrounding xxx feeding areas, although there have been few counts of numbers.  xxx Species meeting the 1% threshold (non-breeding): Greylag Goose Anser anser (1,4%).The site regularly supports more than 20,000 wintering waterbirds: average peak number 28,356 (1991/92-1995/96). xxx Site largely overlaps with IBA 025 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Hoog JEWde Coops H Storm AA Ohm M Prins KH. 1997., Biologische monitoring zoete rijkswateren. Watersysteemrapportage, Haringvliet, Hollands Diep, Biesbosch 1994., RIZA Nota  96.032, RIZA,  Lelystad --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Meininger PL Arts FA Swelm Dvan. 2000., Kustbroedvogels in het Noordelijk Deltagebied. ontwikkelingen, knelpunten,, potenties., RIKZ Rapport  2000.052, RIKZ,  Middelburg.; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Esscheplaat</siteName>
							<type>+</type>
							<cover>24.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Hollands Diep</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Zomerlanden Gorzenbosch</siteName>
							<type>+</type>
							<cover>2.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat</organisation>
							<addressUnstructured>Postbus 556
3000 AN Rotterdam </addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Rijkswateren 2001-2004</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802025</siteCode>
				<siteName>Veerse Meer</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/119/n2k119_db%20vw%20veerse%20meer.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.7058</longitude>
				<latitude>51.5252</latitude>
				<area>2539.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4000</lowerBound>
							<upperBound>4000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3200</lowerBound>
							<upperBound>3200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>60</lowerBound>
							<upperBound>60</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>12100</lowerBound>
							<upperBound>12100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>760</lowerBound>
							<upperBound>760</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A046</speciesCode>
						<scientificName>Branta bernicla</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>210</lowerBound>
							<upperBound>210</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>600</lowerBound>
							<upperBound>600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A067</speciesCode>
						<scientificName>Bucephala clangula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>420</lowerBound>
							<upperBound>420</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A026</speciesCode>
						<scientificName>Egretta garzetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>7</lowerBound>
							<upperBound>7</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4200</lowerBound>
							<upperBound>4200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A183</speciesCode>
						<scientificName>Larus fuscus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>590</lowerBound>
							<upperBound>590</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A069</speciesCode>
						<scientificName>Mergus serrator</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>320</lowerBound>
							<upperBound>320</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>170</lowerBound>
							<upperBound>170</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>490</lowerBound>
							<upperBound>490</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>12</lowerBound>
							<upperBound>12</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A140</speciesCode>
						<scientificName>Pluvialis apricaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>820</lowerBound>
							<upperBound>820</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>290</lowerBound>
							<upperBound>290</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A004</speciesCode>
						<scientificName>Tachybaptus ruficollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>160</lowerBound>
							<upperBound>160</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N01</code>
					<coveragePercentage>74.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A 20-km long brackish lake (formerly part of the Oosterschelde estuary, closed off in 1961) with sandbanks and small islands, and surrounded by wet meadows, improved grassland, arable land and xxx some forestry plantations.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). An important roost for tens of thousands of geese Anser (although xxx there are few counts), and for thousands of waders from Oosterschelde xxx (028) at high water. xxx Species meeting the 1% threshold (non-breeding): Barnacle Goose Branta leucopsis (1,5%), Eurasian Wigeon Anas [Mareca] penelope (1,1%), Red-breasted Merganser Mergus serrator (1,5%), Common Coot Fulica atra (1,1%). xxx The site regularly supports more than 20,000 wintering waterbirds: average peak number 27,933 (1991/92-1996/97). xxx Site largely overlaps with IBA 031 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Coosen J ea. 1998., Themanummer: Rijkswaterstaat 200 jaar., Zeeuws Landschap 14.2 : hele nr. --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Berrevoets CM Strucker RCW Arts FA Meininger PL. 2003., Watervogels in de Zoute Delta 2001/2002., RIKZ Rapport  2003.001, RIKZ,  Middelburg --- Meininger PL Strucker RCW. 2003., Kustbroedvogels in het Deltagebied in 2002., RIKZ Rapport  2003.020, RIKZ, Middelburg; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>VEERSE MEER</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat</organisation>
							<addressUnstructured>Postbus 5014
4330 KA Middelburg</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Rijkswateren 2001-2004</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802026</siteCode>
				<siteName>Westerschelde &amp; Saeftinghe</siteName>
				<compilationDate>2014-06</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/122/n2k122_db_hvnw_westerschelde_en_saeftinghe.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Formerly known as SPA NL9802026 Westerschelde (2007-2012)
Merged with SAC Westerschelde under sitecode NL9803061 (2012-2014)
Diveded from SAC Westerschelde &amp; Saeftinghe in 2014 because of change in border of SAC

From 2007 former SPA NL9802026 Westerschelde was a merge of:
SPA NL9802026 Westerschelde and 
SPA NL1000019 Verdronken land van Seaftinghe</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.7641</longitude>
				<latitude>51.3798</latitude>
				<area>43683.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1400</lowerBound>
							<upperBound>1400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1100</lowerBound>
							<upperBound>1100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>16600</lowerBound>
							<upperBound>16600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>11700</lowerBound>
							<upperBound>11700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>380</lowerBound>
							<upperBound>380</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>16600</lowerBound>
							<upperBound>16600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A169</speciesCode>
						<scientificName>Arenaria interpres</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>230</lowerBound>
							<upperBound>230</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A144</speciesCode>
						<scientificName>Calidris alba</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1000</lowerBound>
							<upperBound>1000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A149</speciesCode>
						<scientificName>Calidris alpina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>15100</lowerBound>
							<upperBound>15100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A143</speciesCode>
						<scientificName>Calidris canutus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>590</lowerBound>
							<upperBound>590</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A138</speciesCode>
						<scientificName>Charadrius alexandrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>37</lowerBound>
							<upperBound>37</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A138</speciesCode>
						<scientificName>Charadrius alexandrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>16</lowerBound>
							<upperBound>16</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>430</lowerBound>
							<upperBound>430</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>22</lowerBound>
							<upperBound>22</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A026</speciesCode>
						<scientificName>Egretta garzetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A103</speciesCode>
						<scientificName>Falco peregrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>8</lowerBound>
							<upperBound>8</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A130</speciesCode>
						<scientificName>Haematopus ostralegus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>7500</lowerBound>
							<upperBound>7500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A075</speciesCode>
						<scientificName>Haliaeetus albicilla</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A176</speciesCode>
						<scientificName>Larus melanocephalus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>41</lowerBound>
							<upperBound>41</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A157</speciesCode>
						<scientificName>Limosa lapponica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1200</lowerBound>
							<upperBound>1200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A272</speciesCode>
						<scientificName>Luscinia svecica</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>450</lowerBound>
							<upperBound>450</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A069</speciesCode>
						<scientificName>Mergus serrator</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A160</speciesCode>
						<scientificName>Numenius arquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2500</lowerBound>
							<upperBound>2500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A140</speciesCode>
						<scientificName>Pluvialis apricaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1600</lowerBound>
							<upperBound>1600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A141</speciesCode>
						<scientificName>Pluvialis squatarola</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1500</lowerBound>
							<upperBound>1500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>100</lowerBound>
							<upperBound>100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>540</lowerBound>
							<upperBound>540</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>170</lowerBound>
							<upperBound>170</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A195</speciesCode>
						<scientificName>Sterna albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>110</lowerBound>
							<upperBound>110</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A193</speciesCode>
						<scientificName>Sterna hirundo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1600</lowerBound>
							<upperBound>1600</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A191</speciesCode>
						<scientificName>Sterna sandvicensis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>3000</lowerBound>
							<upperBound>3000</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4500</lowerBound>
							<upperBound>4500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A161</speciesCode>
						<scientificName>Tringa erythropus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>270</lowerBound>
							<upperBound>270</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A164</speciesCode>
						<scientificName>Tringa nebularia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A162</speciesCode>
						<scientificName>Tringa totanus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1100</lowerBound>
							<upperBound>1100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A142</speciesCode>
						<scientificName>Vanellus vanellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4100</lowerBound>
							<upperBound>4100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>90.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A tidal estuary of the River Schelde with mudflats and sandbanks and the only estuary in south-west Netherlands which will be allowed to remain open to the sea. The estuary is 60 km long from the Belgian border up to the North Sea, and is adjacent to the Voordelta (NL9802017) in the west and "Schelde- en Durmeëstuarium van de Nederlandse grens tot Gent" (BE2300006) in Vlaanderen (BE) in the south. Saeftinge is one of the largest, contiguous salt marshes in Western Europe, which is an important breeding site for various Annex I species and wintering/ staging site for geese and dabbling ducks. The SPA includes the shallow parts of the estuary (depth less than 10 m) and the raised saltmarsh Verdronken Land van Saeftinghe; deeper parts including the shipping lane have been excluded.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). For Westerschelde: Species meeting the 1% threshold (breeding): Sandwich Tern Sterna sandvicensis (4,2%), Common Tern Sterna hirundo (1,6%), (non-breeding): Greylag Goose Anser anser (5,8%), Common Shelduck Tadorna tadorna (1,7%), Eurasian Oystercatcher Haematopus ostralegus (2,2%), Avocet Recurvirostra avosetta (1,1%), Common Ringed Plover Charadrius hiaticula (1,2%), Grey Plover Pluvialis squatarola (2,5%), Knot Calidris canutus islandica (1,0%), Sanderling Calidris alba (1,3%), Calidris alpina alpina (2,1%), Bar-tailed Godwit Limosa lapponica (1,3%), Eurasian Curlew Numenius arquata (1,1%), Common Redshank Tringa totanus totanus (1,3%). 
One of the five most important sites for (breeding): Sandwich Tern Sterna sandvicensis, Common Tern Sterna hirundo, Little Tern Sterna albifrons. 
For Verdronkenland van Saeftinghe: Species meeting the 1% threshold (breeding): Herring Gull Larus argentatus (2,0%), (non-breeding): Eurasian Spoonbill Platalea leucorodia (3,1%), Greylag Goose Anser anser (18,5%), Common Shelduck Tadorna tadorna (1,1%), Eurasian Wigeon Anas [Mareca] penelope.
One of the five most important sites for (non-breeding): Little Egret Egretta garzetta, Peregrine Falcon Falco peregrinus. (3,0%), Northern Pintail Anas acuta (10,6%).  The site is an important roost for tens of thousands of geese Anser from Zeeuws-Vlaanderen, but numbers of Anser albifrons in particular have been poorly covered by counts. The site regularly supports more than 20,000 wintering waterbirds: average peak 131,283 (1991/92-1996/97). 
Site largely overlaps with IBA 029 (IBA2000).
Large estuary  with sandflats and salt marshes. Extensive estuarine system (type 1130) and one of the largest continuo</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description></description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat Zee en Delta</organisation>
							<addressUnstructured>Postbus 5014
4330 KA Middelburg</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL9802031</siteCode>
				<siteName>Zwarte Meer</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1995-07</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/074/n2k074_db_hvnw_zwarte_meer.pdf</spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2010-02</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/074/n2k074_db_hvnw_zwarte_meer.pdf</sacLegalReference>
				<explanations>Merge of SPA NL9802031 Zwarte Meer and SCI NL2003056 Zwarte Meer</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.9524</longitude>
				<latitude>52.6303</latitude>
				<area>2162.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
					<region>
						<code>NL23</code>
						<name>Flevoland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>34.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6430</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6510</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>11.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A298</speciesCode>
						<scientificName>Acrocephalus arundinaceus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>35</lowerBound>
							<upperBound>35</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>270</lowerBound>
							<upperBound>270</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>470</lowerBound>
							<upperBound>470</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1300</lowerBound>
							<upperBound>1300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>740</lowerBound>
							<upperBound>740</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>630</lowerBound>
							<upperBound>630</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A039</speciesCode>
						<scientificName>Anser fabalis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2000</lowerBound>
							<upperBound>2000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A029</speciesCode>
						<scientificName>Ardea purpurea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>9</lowerBound>
							<upperBound>9</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>240</lowerBound>
							<upperBound>240</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1700</lowerBound>
							<upperBound>1700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1800</lowerBound>
							<upperBound>1800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>700</lowerBound>
							<upperBound>700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A292</speciesCode>
						<scientificName>Locustella luscinioides</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>27</lowerBound>
							<upperBound>27</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1145</speciesCode>
						<scientificName>Misgurnus fossilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>330</lowerBound>
							<upperBound>330</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>170</lowerBound>
							<upperBound>170</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>82.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>14.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Part of border lakes between former coast and empoldered land, the banks have grown into a marsh land.
A freshwater lake with extensive reedbeds, bounded in the north by the dyke of Noordoostpolder (reclaimed in 1942) and in the south by the mainland (province of Overijssel). The river Zwarte Water (NL9902003) flows into the lake in the north-east corner, and the site is adjacent to Lake Ketelmeer (NL3009013) in the west (Ramspol). The north-eastern border is close to De Wieden (NL3009004).</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (non-breeding): White-fronted Goose Anser albifrons (1%); Greylag Goose Anser anser (2%); Common Pochard Aythya ferina (1%). This is an important roost for geese Anser from surrounding feeding areas, but counts underestimate numbers.  
One of the five most important sites for (non-breeding): Black Tern Chlidonias niger. 
The site regularly supports more than 20,000 wintering waterbirds: average peak number 28,416 (1991/92-1995/96). 
Site coincides with IBA040 (IBA2000)
Very important site for natural eutrophic lakes. Also important for several fish-species and bats.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Graveland J. 1998., Beheersvisie Zwarte Meer., IBN Rapport  347, IBN - DLO,  Wageningen 
Noordhuis R. 1997., Biologische monitoring zoete rijkswateren. Watersysteemrapportage, Randmeren., RIZA Rapport  95.003, Dir.-Gen.Rijkswaterstaat/RIZA, Lelystad 
Osieck E.R. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist 
Roomen M. van, Boele A., Weide M.van der, Winden E. van, ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen 
SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen
Tempel R. van den, Osieck E.R. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland,  Zeist 
Thissen J. &amp; Osieck E. 2001. Vogelrichtlijn in IJsselmeergebied., Levende Natuur 102/98 : 201.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Zwarte Meer</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service, partly protected  by Nature Conservation Act. Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat - IJsselmeergebied</organisation>
							<addressUnstructured>Postbus 600
8200 AP Lelystad</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Rijkswateren 2001-2004</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL9802033</siteCode>
				<siteName>Veluwerandmeren</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/076/n2k076_db_hvnw_veluwerandmeren.pdf</spaLegalReference>
				<sciProposalDate>2002-08</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2010-02</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/076/n2k076_db_hvnw_veluwerandmeren.pdf</sacLegalReference>
				<explanations>Merge of SPA NL9802033 Veluwerandmeren and SCI NL2003048 Veluwerandmeren in 2011

From 2007 former SPA NL9802033 Veluwerandmeren was a merge of:
SPA NL9802032 Drontermeer
SPA NL9802033 Veluwemeer and
SPA NL9802034 Wolderwijd en Nuldernauw</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.6619</longitude>
				<latitude>52.38</latitude>
				<area>6123.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL22</code>
						<name>Gelderland</name>
					</region>
					<region>
						<code>NL23</code>
						<name>Flevoland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>4177.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>566.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A298</speciesCode>
						<scientificName>Acrocephalus arundinaceus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>18</lowerBound>
							<upperBound>18</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>140</lowerBound>
							<upperBound>140</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3500</lowerBound>
							<upperBound>3500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>280</lowerBound>
							<upperBound>280</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6600</lowerBound>
							<upperBound>6600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>5700</lowerBound>
							<upperBound>5700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A067</speciesCode>
						<scientificName>Bucephala clangula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>220</lowerBound>
							<upperBound>220</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1163</speciesCode>
						<scientificName>Cottus gobio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A027</speciesCode>
						<scientificName>Egretta alba</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>11000</lowerBound>
							<upperBound>11000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>60</lowerBound>
							<upperBound>60</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A070</speciesCode>
						<scientificName>Mergus merganser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A058</speciesCode>
						<scientificName>Netta rufina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>420</lowerBound>
							<upperBound>420</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>400</lowerBound>
							<upperBound>400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>95.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Part of border lakes between former coast and empoldered land. A complex of three freshwater lakes (with sluices in between), bounded in the north-west by the dykes of the polders Oostelijk and Zuidelijk Flevoland (reclaimed in 1957) and in the south-east by the mainland. It is connected to the lakes SPA Ketelmeer en Vossemeer (NL3009013) in the north and to lake Nijkerkernauw (connected to SPA Eemmeer &amp; Gooimeer Zuidoever, NL9802035) in the south, and is also adjacent to SPA Arkemheen (NL9802062) in the south. There are extensive though narrow reedbeds along the mainland coast.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). For Veluwemeer: Species meeting the 1% threshold (non-breeding): Bewick`s Swan Cygnus bewickii (11,0%), Northern Pintail Anas acuta (1,0%), Common Pochard Aythya ferina (4,2%), Common Coot Fulica atra (1,4%). One of the five most important sites for (non-breeding): Bewick's Swan Cygnus bewickii. The site regularly supports more than 20,000 wintering waterbirds: average peak number 26,795 (1991/92-1995/96). For Drontermeer: Species meeting the 1% threshold (non-breeding): Bewick`s Swan Cygnus bewickii (2,1%). For Wolderwijd en Nuldernauw: Species meeting the 1% threshold (non-breeding): Bewick`s Swan Cygnus bewickii (1,6%), Common Pochard Aythya ferina (2,1%). This site is a roost for large numbers of Cygnus columbianus and geese Anser from surrounding feeding areas, but count data are not available. Site coincides with IBA041 (IBA2000) and largely overlaps with IBA042 (IBA2000).

Very important site for hard oligo-mesotrophic waters with bentic vegetation of Chara spp. Most extensive areas of The Netherlands and probably of the Atlantic biogeographic region (covering virtually the entire site, thus over 1500 hectares)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>TBeemster N., Brenninkmeijer A., Wymenga E. 2002., Gewenst beheer van het Veluwemeer in het kader van de Vogelrichtlijn. Een, verkenning., Altenburg&amp;Wymenga,  Veenwouden 

Beemster, N. e.a., 2002. Gewenst beheer van het Wolderwijd/Nuldernauw ihkv de Vogelrichtlijn. Een verkenning. Altenburg &amp; Wymenga. Rapport 311.

Berg Mvanden Doef R Postema J. 2001., Waterplanten in het IJsselmeergebied., Levende Nat Natura ~102/98 ~237-241 

Berg M. van den, Jans L., Noordhuis R. ea. 2000., Ecologische effecten Inrichtingsplan Veluwerandmeren. Waterkwaliteit, Waterplanten, Watervogels en Moerasvogels., BOVAR / RIZA Werkdocument  2000.076X, Min.VW/Dir.IJsselmeergebied . 

Berg, M.S. van den, R.W. Doef &amp; J. Postma (2001). Waterplanten in het IJsselmeergebied. De Levende Natuur 98(5): 179-183.

Clevering O.A/ ea. 1999., Themanummer Riet., Levende Nat 100.2 : hele nr. 

Coops, H., R. Doef, B. de Witte &amp; M. van den Berg (1997). Herstel van de watervegetatie in de Veluwerandmeren. De Levende Natuur 98 (1): 8-13.

Dijk, G. van &amp; G. Blom (1991). Relaties tussen lichtklimaat en waterplanten in het Veluwemeer. De Levende Natuur 92(4): 122-127.

Hosper, S.H., M.L. Meyer &amp; J.R. Eulen (1986). Herstel van het Veluwemeer. Recente ontwikkelingen. H2O 20: 274-279.

Koolstra B.J.H., Reijnen M.J.S.M. 2001., Ecologische effecten van de Hanzelijn op Vogelrichtlijngebieden., Effectbepaling in het kader van de EU-Vogelrichtlijn. Aanvullende, rapportage Drontermeer., Alterra Rapport  176b, Alterra,  Wageningen

Lauwaars, S. &amp; M. Platteeuw (1999). Een Groene Riem onder het Natte Hart. Evaluatie van natuurontwikkelingsprojecten in het IJsselmeergebied. Rapport 99.030, Rijkswaterstaat RIZA, Lelystad.

Lauwaars, S., M. Platteeuw &amp; H. Schutte (2001). Op weg naar een natuurlijker Nat Hart? De Levende Natuur 98(5): 184-188.

Leentevaar, P. (1961). Hydrobiologische waarnemingen in het Veluwemeer. De Levende Natuur 64: 273-279.

Noordhuis R. 1997., Biologische monitoring zoete rijkswateren. Watersysteemrapportage, Randmeren., RIZA Rapport  95.003, Dir.-Gen.Rijkswaterstaat/RIZA, Lelystad 

Noordhuis R. 2001., Macrofauna in het IJsselmeergebied., Levende Nat Natura 102/98 : 231-236 

Osieck E.R. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist 

Roomen M.van, Boele A., Weide M. van der, Winden E. van ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen 

Ruiters, P.S., R. Noordhuis &amp; M.S. van den Berg (1994). Kranswieren verklaren aantalsfluctuaties van Krooneenden Netta rufina in Nederland. Limosa 67: 147-158.

Smit, A. (1988). Inventarisaties van ondergedoken waterplanten in de randmeren van Flevoland en de Gouwzee in de jaren 1961 t/m 1984. Rijksdienst voor de IJsselmeerpodlers, Werkdocument 1988-93 cbw, Lelystad. 

SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen	

Tempel R. van den, Osieck E.R. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist 

Weeda, E.J., J.H.J. Schamineé, &amp; L. van Duuren (2000). Atlas van Plantengemeenschappen in Nederland. Deel 1. Wateren, moerassen en natte heiden. KNNV Uitgeverij, Utrecht, 334 pp.

Winden, J. van der, M.J.M. Poot, M.S. van den Berg, T.J. Boudewijn, S. Dirksen (1997). Kranswieren: voedsel voor grote aantallen watervogels. De Levende Natuur 98: 34-41.

Witte, B.J. de, M.L. Steekstra, C.H.M. Koenjer &amp; A.D. Grul (1997). Monitoring van waterplanten in het IJsselmeergebied 1997. Rapport 97-5, Rijkswaterstaat Directie IJsselmeergebied, Lelystad.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>VELUWEMEER</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Small part nature reserve of State Forestry Service. 
(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat - IJsselmeer</organisation>
							<addressUnstructured>Postbus 600
8200 AP Lelystad</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Rijkswateren 2001-2004</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802035</siteCode>
				<siteName>Eemmeer &amp; Gooimeer Zuidoever</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1994-11</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/077/n2k077_db_vn_eemmeer_en_gooimeer_zuidoever.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Merge of SPA NL3009011 Gooimeer and SPA NL9802035 Eemmeer in 2004.
These 2 SPAs were designated as 1 in 2000 as NL9802035 Eemmeer, Gooimeer en IJmeer</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.3263</longitude>
				<latitude>52.2846</latitude>
				<area>1584.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL31</code>
						<name>Utrecht</name>
					</region>
					<region>
						<code>NL23</code>
						<name>Flevoland</name>
					</region>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4900</lowerBound>
							<upperBound>4900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>300</lowerBound>
							<upperBound>300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>790</lowerBound>
							<upperBound>790</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2700</lowerBound>
							<upperBound>2700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1700</lowerBound>
							<upperBound>1700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>160</lowerBound>
							<upperBound>160</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>160</lowerBound>
							<upperBound>160</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A193</speciesCode>
						<scientificName>Sterna hirundo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>280</lowerBound>
							<upperBound>280</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>86.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>6.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Eemmeer is a freshwater lake, bounded in the north by the dyke of Zuidelijk Flevoland polder (reclaimed in 1968) and in the south by the mainland. There is an extensive reedbed along the mainland in the western corner. Gooimeer Zuidoever is the shallow part of a freshwater lake, bounded in the north by the dyke of Zuidelijk Flevoland polder (reclaimed in 1968) and in the south by the mainland. There are extensive though narrow reedbeds along the mainland coast. The site includes a grassland polder east of the city of Naarden.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). For Eemmeer: Species meeting the 1% threshold (breeding) Common Tern Sterna hirundo (1%), (non-breeding): Common Pochard Aythya ferina (2%). This is a roost for large numbers of Cygnus columbianus which come from feeding areas in nearby grassland polders (e.g. Arkemheen), but count data are not available. For Gooimeer Zuidoever: The site regularly supports more than 20,000 wintering waterbirds: average peak number 33,272 (1991/92-1995/96). Site covers the shallow part of IBA044 (IBA2000) and the site largely overlaps with the lake part of IBA045 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Noordhuis R. 1996., Watervogels en waterplanten in de randmeren., Limosa 69: 26-27 --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming 17, Vogelbescherming Nederland,  Zeist --- Noordhuis R. 1997., Biologische monitoring zoete rijkswateren. Watersysteemrapportage, Randmeren., RIZA Rapport  95.003, Dir.-Gen.Rijkswaterstaat/RIZA, Lelystad --- Platteeuw M Lauwaars SG Doef RW. 2001., Tien jaar natuurontwikkeling in het Natte Hart., Levende Nat 102: 7-12 --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen --- Thissen J Osieck E. 2001., Vogelrichtlijn in IJsselmeergebied., Levende Nat Natura 102/98 : 201 --- Noordhuis R. 2001., Macrofauna in het IJsselmeergebied., Levende Nat Natura 102/98 : 231-236 --- Berg Mvanden Doef R Postema J. 2001., Waterplanten in het IJsselmeergebied., Levende Nat Natura 102/98 : 237-241 --- Lauwaars S Platteeuw M Schutte H. 2001., Op weg naar een natuurlijker Nat Hart?., Levende Nat Natura 102/98 : 242-246; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat IJsselmeergebied</organisation>
							<addressUnstructured>Postbus 600
8200 AP Lelystad</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Rijkswateren 2001-2004</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802041</siteCode>
				<siteName>Leekstermeergebied</siteName>
				<compilationDate>2000-03</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/019/n2k019_db%20vw%20leekstermeergebied.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.4542</longitude>
				<latitude>53.182</latitude>
				<area>1543.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL11</code>
						<name>Groningen</name>
					</region>
					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>640</lowerBound>
							<upperBound>640</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>640</lowerBound>
							<upperBound>640</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>110</lowerBound>
							<upperBound>110</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A122</speciesCode>
						<scientificName>Crex crex</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality>DD</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>16.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>64.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A shallow freshwater lake located south-west of the city of Groningen, surrounded by reedbeds, peat-bogs and pastures used for diary farming.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (non-breeding): White-fronted Goose Anser albifrons (4,0%). xxx The site regularly supports more than 20,000 wintering waterbirds: average peak 33,500 (1993/94-1997/98). xxx Site includes IBA052 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Venema P. 1989., Ganzen in het Leekstermeergebied. Overwintering en trek., Provincie Groningen,  Groningen --- Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Eijk Avander. 1995., Tienduizenden kolganzen overwinteren in het Leekstermeergebied., Golden Raand 11.6:  4-7 --- Wierenga W. 1998., Vloedmoerassen bij het Leekstermeer., Golden Raand  98.2: 4-9 --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>LEEKSTERMEERGEBIED</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Drenthe</organisation>
							<addressUnstructured>Postbus 122
9400 AC Assen</addressUnstructured>
							<email>g.arkema@drenthe.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802046</siteCode>
				<siteName>Van Oordt's Mersken</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/015/N2K015_DB%20HV%20Van%20Oordts%20Mersken.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.0444</longitude>
				<latitude>53.0433</latitude>
				<area>842.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6400</lowerBound>
							<upperBound>6400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>5000</lowerBound>
							<upperBound>5000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4200</lowerBound>
							<upperBound>4200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A151</speciesCode>
						<scientificName>Philomachus pugnax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A275</speciesCode>
						<scientificName>Saxicola rubetra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>26.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>66.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Flood-plain meadows of the river Koningsdiep, situated in the eastern xxx part of Friesland. xxx </otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (non-breeding): White-fronted Goose Anser albifrons (2%), Barnacle Goose Branta leucopsis (5%). xxx This is an important roost for geese Anser from surrounding feeding areas.  xxx Site includes IBA057 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland, Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON, Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Friesland</organisation>
							<addressUnstructured>Postbus 20120
8900 HM Leeuwarden</addressUnstructured>
							<email>e.c.bakker@fryslan.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802047</siteCode>
				<siteName>Sneekermeergebied</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/012/n2k012_db%20vw%20sneekermeergebied.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.766</longitude>
				<latitude>53.0239</latitude>
				<area>2279.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>370</lowerBound>
							<upperBound>370</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>150</lowerBound>
							<upperBound>150</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>890</lowerBound>
							<upperBound>890</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>5900</lowerBound>
							<upperBound>5900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1500</lowerBound>
							<upperBound>1500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>220</lowerBound>
							<upperBound>220</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1400</lowerBound>
							<upperBound>1400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A040</speciesCode>
						<scientificName>Anser brachyrhynchus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>580</lowerBound>
							<upperBound>580</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>740</lowerBound>
							<upperBound>740</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A122</speciesCode>
						<scientificName>Crex crex</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1700</lowerBound>
							<upperBound>1700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>110</lowerBound>
							<upperBound>110</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A160</speciesCode>
						<scientificName>Numenius arquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1000</lowerBound>
							<upperBound>1000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A151</speciesCode>
						<scientificName>Philomachus pugnax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A151</speciesCode>
						<scientificName>Philomachus pugnax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>960</lowerBound>
							<upperBound>960</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A140</speciesCode>
						<scientificName>Pluvialis apricaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>520</lowerBound>
							<upperBound>520</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A142</speciesCode>
						<scientificName>Vanellus vanellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3500</lowerBound>
							<upperBound>3500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>53.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>40.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A complex of shallow freshwater lakes (former peat-workings), wet meadows (e.g. Akmarijp) and marshland, located east of the city of Sneek. The site belongs to the same  water management unit as SPA Witte and Zwarte Brekken (NL9802048).</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003).  Species meeting the 1% threshold (non-breeding): White-fronted Goose Anser albifrons (2,8%), Barnacle Goose Branta leucopsis (5,5%), Eurasian Wigeon Anas [Mareca] penelope (1,5%). xxx One of the five most important sites for (breeding): Ruff Philomachus pugnax; (non-breeding): Ruff Philomachus pugnax. xxx The site holds important roosts for geese Anser from surrounding feeding areas.  xxx Site largely overlaps with IBA058-59 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland, Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON, Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>SNEEKERMEER/GOËNGARIJPSTERPOELEN/TERKAPLESTERPOELEN</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802048</siteCode>
				<siteName>Witte en Zwarte Brekken</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/011/n2k011_db%20v%20witte%20en%20zwarte%20brekken.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.6812</longitude>
				<latitude>52.9977</latitude>
				<area>433.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>100</lowerBound>
							<upperBound>100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>340</lowerBound>
							<upperBound>340</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1100</lowerBound>
							<upperBound>1100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>9700</lowerBound>
							<upperBound>9700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A040</speciesCode>
						<scientificName>Anser brachyrhynchus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>7700</lowerBound>
							<upperBound>7700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6200</lowerBound>
							<upperBound>6200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>940</lowerBound>
							<upperBound>940</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A151</speciesCode>
						<scientificName>Philomachus pugnax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>6300</lowerBound>
							<upperBound>6300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>30.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>40.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A shallow freshwater lake (former peat-workings) surrounded by marshland xxx and wet meadows that partly flood in winter, and located to the south xxx of the city of Sneek. The site belongs to the same water management xxx unit as SPA Sneekermeer (NL9802047).</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Roosting site for waterfowl. xxx One of the five most important sites for (non-breeding): Ruff Philomachus pugnax. xxx This is an important roost for geese Anser from surrounding feeding areas.  xxx Site largely overlaps with IBA060 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Ploeg DTE. 1999., Natuur in Fryslan. 123 gebieden van Staatsbosbeheer., Friese Pers Boekerij,  Leeuwarden --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Kleefstra R. 1999., Slaapplaatstellingen van ganzen en zwanen in het centrale merengebied van, Fryslan in de winter van 1998/99., FFF Rapport 58  Eigen uitgave,  Akkrum --- Dijk AJvan Weide Mvander Deuzeman S ea. 2002., Kolonievogels en zeldzame broedvogels in Nederland in 2000 en 2001., SOVON Monitoringrapport  2002/03, SOVON,  Beek-Ubbergen.; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802049</siteCode>
				<siteName>Oudegaasterbrekken, Fleussen en omgeving</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/010/n2k010_db%20hvw%20oudegaasterbrekken,%20fluessen%20en%20omgeving.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Merge of SPA NL9802049 Oudegaasterbrekken and SPA NL9802050 Fluessen/Vogelhoek/Morra in 2007</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.5014</longitude>
				<latitude>52.9215</latitude>
				<area>2880.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2700</lowerBound>
							<upperBound>2700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6700</lowerBound>
							<upperBound>6700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A040</speciesCode>
						<scientificName>Anser brachyrhynchus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20500</lowerBound>
							<upperBound>20500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2400</lowerBound>
							<upperBound>2400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>39300</lowerBound>
							<upperBound>39300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A160</speciesCode>
						<scientificName>Numenius arquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2200</lowerBound>
							<upperBound>2200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A151</speciesCode>
						<scientificName>Philomachus pugnax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>2300</lowerBound>
							<upperBound>2300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>13.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>82.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A complex of shallow freshwater lakes situated to the south-west of the city of Sneek.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003).  For Oudegaasterbrekken: Species meeting the 1% threshold (non-breeding): Pink-footed Goose Anser brachyrhynchus (39,3%), Barnacle Goose Branta leucopsis (3,8%). For Fluessen en omgeving: Species meeting the 1% threshold (non-breeding): Barnacle Goose Branta leucopsis (3,4%). This site is a complex of lakes and adjacent wet grasslands, important for waterfowl. This is an important roost for geese Anser from surrounding feeding areas. Site largely overlaps with IBA061and IBA62 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Altenburg W Wymenga E. 1990., Beheersvisie. De Samenvoeging., Altenburg &amp; Wymenga,  Veenwouden --- Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland, Zeist --- Ploeg DTE. 1999., Natuur in Fryslan. 123 gebieden van Staatsbosbeheer., Friese Pers Boekerij,  Leeuwarden --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON, Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>OUDEGAASTERBREKKEN</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Friesland</organisation>
							<addressUnstructured>Postbus 20120
8900 HM Leeuwarden</addressUnstructured>
							<email>e.c.bakker@fryslan.nl</email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
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2500 EK Den Haag
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					<code>N16</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An extensive area of shallow lakes, pools, reedbeds, Salix woodland and grassland which has developed on a polder (Zuidelijk Flevoland, reclaimed in 1968), having been spared from cultivation. It is situated xxx between the cities of Lelystad and Almere, along the west dyke of the polder where it adjoins SPA Markermeer &amp; IJmeer (NL9803029).</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Major site for marshland birds and migratory waterfowl. The site is the main roost for geese Anser from feeding areas in xxx Flevoland, and is the most important moulting area for Anser anser xxx in north-west Europe. xxx Species meeting the 1% threshold (breeding): Great Cormorant Phalacrocorax carbo (8%); Great Bittern Botaurus stellaris (1%); Eurasian Spoonbill Platalea leucorodia (18%); (non-breeding): Great Cormorant Phalacrocorax carbo (2%); Eurasian Spoonbill Platalea leucorodia (14%); Greylag Goose Anser anser (8%); Barnacle Goose Branta leucopsis (2%); Gadwall Anas strepera (5%); Common Teal Anas crecca (2%); Northern Pintail Anas acuta (1%); Northern Shoveler Anas clypeata (10%); Common Pochard Aythya ferina (2%); Tufted Duck Aythya fuligula (2%); Avocet Recurvirostra avosetta (3%). xxx One of the five most important sites for (breeding): Great Bittern Botaurus stellaris, Great Egret Egretta alba, Spoonbill Platalea leucorodia, Western Marsh-Harrier Circus aeruginosus, Northern Harrier Circus cyaneus, Spotted Crake Porzana porzana, Bluethroat Luscinia svecica; (non-breeding): Great Egret Egretta alba, Spoonbill Platalea leucorodia, Whooper Swan Cygnus cygnus, Avocet Recuvirostra avocetta.The site regularly supports more than 20,000 wintering waterbirds: Greylag Goose up to 62,000 birds. xxx Site largely overlaps with IBA 066 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Vera F. 1988., De Oostvaardersplassen. Van spontane natuuruitbarsting tot gerichte, natuurontwikkeling., IVN,  Amsterdam --- Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Dobben WHvan. 1995., De Oostvaardersplassen: de voorgeschiedenis van een vogelparadijs., Limosa 68: 169-172 --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Bijlsma RG. 1998., Broedvogels van de buitendijkse Oostvaardersplassen; Een kartering in 1997., Altenburg &amp; Wymenga,  Veenwouden --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON, Beek-Ubbergen --- Beemster N Heide Yvander. 2003., Vogelmonitoring in de Oostvaardersplassen. De gegevens van 2002., Altenburg &amp; Wymenga,  Veenwouden; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Oostvaardersplassen</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802058</siteCode>
				<siteName>Wormer- en Jisperveld</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.8381</longitude>
				<latitude>52.5128</latitude>
				<area>1753.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>480</lowerBound>
							<upperBound>480</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>140</lowerBound>
							<upperBound>140</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>250</lowerBound>
							<upperBound>250</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>15600</lowerBound>
							<upperBound>15600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>17500</lowerBound>
							<upperBound>17500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>11</lowerBound>
							<upperBound>11</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>1500</lowerBound>
							<upperBound>1500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A151</speciesCode>
						<scientificName>Philomachus pugnax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>13</lowerBound>
							<upperBound>13</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>72.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A polder landscape including a shallow lake, numerous ditches, wet meadows xxx and marshland, situated to the north of the city of Zaandam.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (non-breeding): Eurasian Spoonbill Platalea leucorodia (1%), Eurasian Wigeon Anas [Mareca] penelope (1%), Black-tailed Godwit Limosa limosa (2%). xxx One of the five most important sites for (breeding): Ruff Philomachus pugnax. xxx Site included in IBA070 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Geld Jvander Leguijgt R. 1996., De Kemphaan terug in Nederlandse graslanden., Levende Nat  97: 134-138 --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Siffels JW ea. 1998., Vogels kijken in de Zaanstreek., Vogelbeschermingswacht Zaanstreek,  Zaandam --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON, Beek-Ubbergen --- Dijk AJvan Weide Mvander Deuzeman S ea. 2002., Kolonievogels en zeldzame broedvogels in Nederland in 2000 en 2001., SOVON Monitoringrapport  2002/03, SOVON, Beek-Ubbergen.; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802060</siteCode>
				<siteName>Oostelijke Vechtplassen</siteName>
				<compilationDate>1998-09</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/095/N2K095_DB%20HVNW%20Oostelijke%20Vechtplassen.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.0568</longitude>
				<latitude>52.2045</latitude>
				<area>6475.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
					<region>
						<code>NL31</code>
						<name>Utrecht</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A298</speciesCode>
						<scientificName>Acrocephalus arundinaceus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>51</lowerBound>
							<upperBound>51</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>880</lowerBound>
							<upperBound>880</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A229</speciesCode>
						<scientificName>Alcedo atthis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>6</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>80</lowerBound>
							<upperBound>80</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2800</lowerBound>
							<upperBound>2800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>920</lowerBound>
							<upperBound>920</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1200</lowerBound>
							<upperBound>1200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A029</speciesCode>
						<scientificName>Ardea purpurea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>35</lowerBound>
							<upperBound>35</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>36</lowerBound>
							<upperBound>36</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A022</speciesCode>
						<scientificName>Ixobrychus minutus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>3</lowerBound>
							<upperBound>3</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A292</speciesCode>
						<scientificName>Locustella luscinioides</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>150</lowerBound>
							<upperBound>150</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>370</lowerBound>
							<upperBound>370</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>8</lowerBound>
							<upperBound>8</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>60.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An extensive area of shallow lakes and canals (former peat-workings), fens, reedbeds, swampy woodland, and wet meadows. The site is located to the west of the city of Hilversum, close to the River Vecht.  xxx </otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). One of the five most important sites for (breeding): Little Bittern Ixobrychus minutus, Purple Heron Ardea purpurea, Black Tern Chlidonias niger, Common Kingfisher Alcedo atthis. xxx Site largely overlaps with IBA073 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Wolters HJ. 1989., Ontstaan en ontwikkeling van de Oostelijke Vechtplassen., Kruisbek 32: 150-152 --- Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON, Beek-Ubbergen --- Winden Jvander Horssen PWvan. 2001., Voedselgebieden van de purperreiger in Nederland., Bureau Waardenburg,  Culemborg --- Dijk AJvan Weide Mvander Deuzeman S ea. 2002., Kolonievogels en zeldzame broedvogels in Nederland in 2000 en 2001., SOVON Monitoringrapport  2002/03, SOVON,  Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>OOSTELIJKE VECHTPLASSEN</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheerplan Terra Nova 1999-2011</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802062</siteCode>
				<siteName>Arkemheen</siteName>
				<compilationDate>1998-09</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2011-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/056/N2K_056_WB_V_Arkemheen.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.4555</longitude>
				<latitude>52.2465</latitude>
				<area>1422.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL22</code>
						<name>Gelderland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>850</lowerBound>
							<upperBound>850</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>190</lowerBound>
							<upperBound>190</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>95.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A polder of wet grassland, located to the north-east of the city of Amersfoort. The site adjoins SPA Wolderwijd (NL9802034) in the east and is close to SPA Eemmeer &amp; Gooikust Zuidoever (NL9802035) in the west.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (non-breeding): Bewick`s Swan Cygnus bewickii 7%). xxx Site coincides with IBA075 (IBA2000) xxx Important area for freshwater fishes.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Dirkse GM Laar Vvan. 1992., Arkemheen te velde, KNNV, Utrecht --- Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland, Zeist --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming 17, Vogelbescherming Nederland, Zeist --- Keken Hvan. 1997., Arkemheen. Een echte polder., Koninklijke BDU Uitgeverij BV, Barneveld --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON, Beek-Ubbergen --- Manen Wvan.  2001., Broedvogels van Arkemheen 2001., SOVON Inventarisatierapport 2001/19., SOVON, Beek-Ubbergen.; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Gelderland</organisation>
							<addressUnstructured>Postbus 9090 
6800 GX Arnhem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802064</siteCode>
				<siteName>Broekvelden, Vettenbroek &amp; Polder Stein</siteName>
				<compilationDate>1998-09</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/104/n2k104_db%20vw%20broekvelden,%20vettenbroek%20&amp;%20polder%20stein.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.7775</longitude>
				<latitude>52.0363</latitude>
				<area>696.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>7500</lowerBound>
							<upperBound>7500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>24.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A freswater lake, wet meadows and improved grassland, located between the cities of Gouda and Bodegraven.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003).  xxx (non-breeding): Bewick`s Swan Cygnus bewickii (1,9%), Eurasian Wigeon Anas [Mareca] penelope (1,9%). xxx The site regularly supports more than 20,000 wintering waterbirds: average peak number 22,559 (1991/92-1996/97). xxx Site included in IBA077 (IBA2000) xxx </qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON,  Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>BROEKVELDEN/VETTENBROEK</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>Y</exists>
					<managementPlan>
						<name>Beheerplan bijzondere natuurwaarden
Broekvelden, Vettenbroek &amp; Polder Stein</name>
						<url>http://www.zuid-holland.nl/contentpagina.htm?id=94314</url>
					</managementPlan>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802065</siteCode>
				<siteName>Zouweboezem</siteName>
				<compilationDate>1998-09</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1994-05</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/105/N2K105_DB%20HV%20Zouweboezem.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.9966</longitude>
				<latitude>51.9438</latitude>
				<area>133.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>130</lowerBound>
							<upperBound>130</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A029</speciesCode>
						<scientificName>Ardea purpurea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>95</lowerBound>
							<upperBound>95</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>35</lowerBound>
							<upperBound>35</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>70.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Stagnant artificial water body with reedbeds, bushes, and wet meadows located south-west of the city of Utrecht.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Important for breeding marsh birds. xxx One of the five most important sites for (breeding): Purple Heron Ardea purpurea. xxx Site largely overlaps with IBA078 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Winden Jvander Krijgsveld K Eekelen Rvan Soes DM. 2002., Het succes van de Zouweboezem als foerageergebied voor purperreigers. Grote, modderkruiper is een belangrijke prooi in dynamisch moeras., Bureau Waardenburg,  Culemborg; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802066</siteCode>
				<siteName>Donkse Laagten</siteName>
				<compilationDate>1998-09</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/107/n2k107_db_v_donkse_laagten.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.7686</longitude>
				<latitude>51.8862</latitude>
				<area>190.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>830</lowerBound>
							<upperBound>830</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>6000</lowerBound>
							<upperBound>6000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>200</lowerBound>
							<upperBound>200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>98.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>The site is situated in the Alblasserwaard polder, east of Rotterdam, is covered by wet meadows and includes three duck decoys.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003).  xxx Species meeting the 1% threshold (non-breeding): White-fronted Goose Anser albifrons (1%). xxx Site largely coincides with IBA079 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Kleunen Avan. 1997., Broedvogels van de Donkse Laagten in 1997., SOVON Inventarisatierapport  97/07, SOVON,  Beek-Ubbergen --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen --- Kooij A ea. 2001., Checklist bijgewerkt t/m 1999. Avifauna Alblasserwaard.., VWG Natuur-Vogelwacht Alblasserwaard,  Papendrecht; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL9802068</siteCode>
				<siteName>Yersekse en Kapelse Moer</siteName>
				<compilationDate>1998-09</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/121/n2k121_db%20hv%20yerseke%20en%20kapelse%20moer.pdf</spaLegalReference>
				<sciProposalDate>1996-12</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2011-03</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/121/n2k121_db%20hv%20yerseke%20en%20kapelse%20moer.pdf</sacLegalReference>
				<explanations>Merge of SCI NL1000018 Oosterschelde (small part) and SPA NL9802068 Yerseke en Kapelse Moer</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.0197</longitude>
				<latitude>51.4911</latitude>
				<area>433.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>1310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>8.7</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>1330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>42.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>410</lowerBound>
							<upperBound>410</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1700</lowerBound>
							<upperBound>1700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>100.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A complex of wet grassland and hedges  situated on both sides of the Kanaal door Zuid-Beveland Canal that connects xxx SPA Oosterschelde (NL3009016) and SPA Westerschelde &amp; Saeftinghe (NL9802026). The site xxx is located east of the city of Goes.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003).  xxx Species meeting the 1% threshold (non-breeding): White-fronted Goose Anser albifrons (1%).Site overlaps with IBA081 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland, Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON, Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zeeland</organisation>
							<addressUnstructured>Postbus 6001 
4330 LA Middelburg</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802099</siteCode>
				<siteName>Boezems Kinderdijk</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/106/n2k106_db%20vn%20boezems%20kinderdijk.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.6487</longitude>
				<latitude>51.8802</latitude>
				<area>331.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3700</lowerBound>
							<upperBound>3700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A029</speciesCode>
						<scientificName>Ardea purpurea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>75</lowerBound>
							<upperBound>75</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>17</lowerBound>
							<upperBound>17</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A292</speciesCode>
						<scientificName>Locustella luscinioides</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>9</lowerBound>
							<upperBound>9</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>30.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of reedbeds, shallow ponds and wet meadows at the west tip of polder Alblassserwaard located east of Rotterdam.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Inaccessible marshland.  xxx One of the five most important sites for (breeding): Purple Heron Ardea purpurea. xxx Importance of site only recognised after completion of IBA2000</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000. --- Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON, ~Beek-Ubbergen --- Kooij A ea. 2001. Checklist bijgewerkt t/m 1999. Avifauna Alblasserwaard.., VWG Natuur-Vogelwacht Alblasserwaard, Papendrecht; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802101</siteCode>
				<siteName>De Wilck</siteName>
				<compilationDate>1998-09</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economic Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/102/N2K102_DB%20V%20De%20Wilck.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.549</longitude>
				<latitude>52.1147</latitude>
				<area>116.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2100</lowerBound>
							<upperBound>2100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>100.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A small area of wet meadows located to the southeast of the city of Leiden.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Important for meadow birds (breeding) and migratory waterfowl (winter). Species meeting the 1% threshold (non-breeding): Bewick`s Swan Cygnus bewickii (1%). Site included in IBA089 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Eijk Bvan. 1999., "De Wilck"., Braakbal  20.2: 22-27 --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen --- Alblas W. 2001., Broedvogels in De Wilck 1992-2000., Braakbal 22.3 : 20-22 --- Zevenhoven A. 2002., Wintervogeltellingen in De Wilck 2001-2002., Braakbal 23.2: 19 --- Zevenhoven A. 2003., Wintervogeltellingen in "De Wilck" 2002-2003., Braakbal 24.2: 32-33; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802103</siteCode>
				<siteName>Oudeland van Strijen</siteName>
				<compilationDate>1998-09</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/110/n2k110_db_v_oudeland_van_strijen.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.5204</longitude>
				<latitude>51.7631</latitude>
				<area>1568.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL33</code>
						<name>Zuid-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1100</lowerBound>
							<upperBound>1100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1500</lowerBound>
							<upperBound>1500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A042</speciesCode>
						<scientificName>Anser erythropus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1500</lowerBound>
							<upperBound>1500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>80.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An expanse of wet grassland and arable land overlying a clay polder to the south of xxx the city of Rotterdam.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Important wintering site for waterfowl. xxx Species meeting the 1% threshold (non-breeding): White-fronted Goose Anser albifrons (2%), Barnacle Goose Branta leucopsis (2%). xxx The site is well known for its wintering geese Anser and breeding waders. Geese from this feeding area roost in SPA Haringvliet. xxx Site includes IBA091 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Strucker r Luitwieler M. 1997., Broedvogelinventarisatie van het Oudeland van Strijen 1997., Eigen uitgave,  Maasdam --- Luitwieler M Mesker C Strucker R Verkerk J. 1999., Vogels van de Hoeksche Waard., Vogelwerkgroep Hoeksche Waard,  Oud-Beijerland --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON,  Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>Y</exists>
					<managementPlan>
						<name>Beheerplan Natura 2000-
gebied Oudeland van
Strijen</name>
						<url>http://www.zuid-holland.nl/documentenverkenner.htm?Gr=Landschap&amp;t1naam=Groen&amp;t2naam=Natuur</url>
					</managementPlan>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802201</siteCode>
				<siteName>Drents-Friese Wold &amp; Leggelderveld</siteName>
				<compilationDate>2000-03</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/027/n2k027_db%20hv%20drents-friese%20wold%20&amp;%20leggelderveld.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.2999</longitude>
				<latitude>52.9005</latitude>
				<area>6613.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A236</speciesCode>
						<scientificName>Dryocopus martius</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>28</lowerBound>
							<upperBound>28</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A233</speciesCode>
						<scientificName>Jynx torquilla</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A338</speciesCode>
						<scientificName>Lanius collurio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>8</lowerBound>
							<upperBound>8</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A246</speciesCode>
						<scientificName>Lullula arborea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>110</lowerBound>
							<upperBound>110</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A277</speciesCode>
						<scientificName>Oenanthe oenanthe</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>31</lowerBound>
							<upperBound>31</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A072</speciesCode>
						<scientificName>Pernis apivorus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>8</lowerBound>
							<upperBound>8</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A275</speciesCode>
						<scientificName>Saxicola rubetra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>18</lowerBound>
							<upperBound>18</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A276</speciesCode>
						<scientificName>Saxicola torquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>100</lowerBound>
							<upperBound>100</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A004</speciesCode>
						<scientificName>Tachybaptus ruficollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>38</lowerBound>
							<upperBound>38</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>60.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An extensive area of forestry plantations (85% of the IBA area), located xxx 20 km south-west of the city of Assen. Forest stands are mainly of xxx conifers but also include some deciduous/ mixed woodlands. They are xxx of various ages and under various forestry regimes, and are interspersed xxx with heathland, fens and wet meadows in brook valleys.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). One of the five most important sites for (breeding): European Honey-Buzzard Pernis apivoris, Black Woodpecker Dryocopus martius, Woodlark Lullula arborea, Red-backed Shrike Lanius collurio. xxx Site largely overlaps with IBA093 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland,  Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON,  Beek-Ubbergen --- Dekker H ea. 2000., Natuur in beweging., Bladwijzer 4.2: hele nr. --- Schuiling R. 2001., Verdroging Drents-Friese Wold aangepakt., Van Nature 11.1: 5; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>95.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie van Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9802209</siteCode>
				<siteName>Weerter- en Budelerbergen &amp; Ringselven</siteName>
				<compilationDate>2000-03</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/138/N2K138_DB%20HV%20Weerter-%20en%20Budelerbergen%20en%20Ringselven.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Formerly known as SPA NL9802209 Weerter- en Budelerbergen</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.6322</longitude>
				<latitude>51.2578</latitude>
				<area>2211.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A224</speciesCode>
						<scientificName>Caprimulgus europaeus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>18</lowerBound>
							<upperBound>18</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A246</speciesCode>
						<scientificName>Lullula arborea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>65</lowerBound>
							<upperBound>65</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A276</speciesCode>
						<scientificName>Saxicola torquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>14.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>17.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>45.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N20</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N22</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of woodland and dry heathland and drifting sands located to the north-west of the city of Weert. Forest stands consist of deciduous/ mixed woodlands and conifer plantations of various ages and under varying management regimes.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Inland sand dunes. Important for breeding heathland birds. xxx One of the five most important sites for (breeding): Woodlark Lullula arborea. xxx Site overlaps with IBA101 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Gerats R ea. 2002., Het Weerterbos., Natuurhistorisch Maandblad 91.12: hele nr. --- Pahlplatz R. 2001. Broedvogels op de grens van Weert en Budel. Limburgse Vogels 13.2: 1-7. --- Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland, Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON, Beek-Ubbergen --- Weele Jvander. 2002., De Vogels van het Weerterbos., Natuurhistorisch Maandblad 91: 319-324.; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
6202 MA Maastricht</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9803006</siteCode>
				<siteName>Rottige Meenthe &amp; Brandemeer</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/018/N2K018_DB%20H%20Rottige%20Meenthe%20&amp;%20Brandemeer.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.8984</longitude>
				<latitude>52.8431</latitude>
				<area>1369.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>17.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>3.2</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7140</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>170.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7210</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91D0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>35.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>4056</speciesCode>
						<scientificName>Anisus vorticulus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1149</speciesCode>
						<scientificName>Cobitis taenia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1082</speciesCode>
						<scientificName>Graphoderus bilineatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1042</speciesCode>
						<scientificName>Leucorrhinia pectoralis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>1000</lowerBound>
							<upperBound>10000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>25</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1060</speciesCode>
						<scientificName>Lycaena dispar</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>101</lowerBound>
							<upperBound>250</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1318</speciesCode>
						<scientificName>Myotis dasycneme</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1134</speciesCode>
						<scientificName>Rhodeus sericeus amarus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1016</speciesCode>
						<scientificName>Vertigo moulinsiana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>15.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>23.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>31.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>26.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Excavated fen with reedbeds and wet forest.</otherSiteCharacteristics>
				<qualityAndImportance>One of the ten most important sites for the habitat type Calcareous fens with Cladium mariscus (7210). Used to be important for Lyceana dispar, now almost disappeared.New IBA 051-00 (van den Tempel &amp; Osieck, 1994). Fine seminatural grasslands.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997, VZZ)

Braaksma, S., 1959. De Rottige Meenthe bij Nijetrijne, een van de belang­rijkste natuurreservaten in Nederland. De Levende Natuur 62: 136-138.				
Kloos, A.W., 1935. Verslag van de excursie gehouden te Wolvega en omgeving op 27 Augustus en volgende dagen. Nederlandsch Kruidkundig Archief 45: 184-195.				

Ploeg, D.T.E. van der, 1993. Door It Fryske Gea. Handboek met alle natuur­gebieden. It Fryske Gea, Olterterp, 196 pp.				

Ploeg, D.T.E. van der, 1999. Natuur in Fryslân. 123 gebieden van Staatsbosbeheer. Friese pers boekerij, Leeuwarden, 335 pp.				
Weeda, E.J., 1999. Atsma's Polder en Houtwiel. In: P.W.F.M. Hommel, M.A.P. Horsthuis &amp; V. Westhoff (red.), Excursieverslagen 1996, Plantensocio­logische Kring Nederland, pp. 39-42.				

Westhoff, V., P.A. Bakker, C.G. van Leeuwen &amp; E.E. van der Voo, 1971. Wilde planten, flora en vegetatie in onze natuurgebieden 2. Vereniging tot Behoud van Natuurmonumenten in Nederland, Amsterdam, 304 pp.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Rottige Meenthe</siteName>
							<type>+</type>
							<cover>81.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Nature reserve of State Forestry Service. Qualifies for EU-Bird directive and Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9803011</siteCode>
				<siteName>Drents-Friese Wold &amp; Leggelerveld</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2004-02</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2011-03</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/027/n2k027_db%20hv%20drents-friese%20wold%20&amp;%20leggelderveld.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.3044</longitude>
				<latitude>52.9018</latitude>
				<area>7466.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
					<region>
						<code>NL13</code>
						<name>Drenthe</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>152.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2320</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>35.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>234.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.1</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>78.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>3260</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.2</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>149.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>432.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>5130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.4</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>24.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>30.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>7150</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>26.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>9190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>59.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>59.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>16.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Fluvio-glacial sands with conifer plantations. Small area with active drifting sands. Oligotrofic pools. Wet heathlands.</otherSiteCharacteristics>
				<qualityAndImportance>The site holds one of the examples of habitatt type 3110 in the Netherlands. Includes prime forest site already existing before 1850 (so-called "A-locatie bos"). Important for heathlands on fluvio-glacial sands with Empetrum nigrum. New IBA 201-00 (van den Tempel &amp; Osieck, 1994).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997, VZZ)				
Braaksma, S., 1959. De Rottige Meenthe bij Nijetrijne, een van de belang­rijkste natuurreservaten in Nederland. De Levende Natuur 62: 136-138.				
Kloos, A.W., 1935. Verslag van de excursie gehouden te Wolvega en omgeving op 27 Augustus en volgende dagen. Nederlandsch Kruidkundig Archief 45: 184-195.				

Ploeg, D.T.E. van der, 1993. Door It Fryske Gea. Handboek met alle natuur­gebieden. It Fryske Gea, Olterterp, 196 pp.				

Ploeg, D.T.E. van der, 1999. Natuur in Fryslân. 123 gebieden van Staatsbosbeheer. Friese pers boekerij, Leeuwarden, 335 pp.				
Weeda, E.J., 1999. Atsma's Polder en Houtwiel. In: P.W.F.M. Hommel, M.A.P. Horsthuis &amp; V. Westhoff (red.), Excursieverslagen 1996, Plantensocio­logische Kring Nederland, pp. 39-42.				

Westhoff, V., P.A. Bakker, C.G. van Leeuwen &amp; E.E. van der Voo, 1971. Wilde planten, flora en vegetatie in onze natuurgebieden 2. Vereniging tot Behoud van Natuurmonumenten in Nederland, Amsterdam, 304 pp.				

Biet, E.W.G. van der, 1984. Beheersplan Dolsummerveld. Stichting Het Drentsche Landschap. Assen

Nijland, G. &amp; H.D. Heinemeyer, 1990. Beheersplan Bouwersveld. Stichting Het Drentsche Landschap. Assen

Heinemeyer, H.D. &amp; G. Nijland, 1990. Beheersplan Landgoed De Vledderhof. Stichting Het Drentsche Landschap. Assen

Dijk, A.J. van, 1983. Avifauna en vegetatie van het Dolsummerveld. Stichting Het Drentsche Landschap. Assen

Heinemeyer, H.D. &amp; A.J. van Dijk, 1993. Vegetatie en Avifauna van het Dolsummerveld. Stichting Het Drentsche Landschap. Assen

Biet, E.W.G. van der, 1987. Bos en Bosbeheer bij Stichting Het Drentsche Landschap. Assen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>87.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of State Forestry Service, National NGO - Natuurmonumenten, Provincial NGO - Drents Landschap. National Park. Qualifies partly for EU-Bird directive and Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie van Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>There is policy plan (gebiedsvisie).</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>C</siteType>
				<siteCode>NL9803015</siteCode>
				<siteName>Sallandse Heuvelrug</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/042/N2K042_DB%20HV%20Sallandse%20Heuvelrug.pdf</spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/042/N2K042_DB%20HV%20Sallandse%20Heuvelrug.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.4099</longitude>
				<latitude>52.3381</latitude>
				<area>2217.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.8</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4010</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.7</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>4030</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1037.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>5130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>21.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6230</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>7110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.6</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A224</speciesCode>
						<scientificName>Caprimulgus europaeus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>45</lowerBound>
							<upperBound>45</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A276</speciesCode>
						<scientificName>Saxicola torquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>59</lowerBound>
							<upperBound>59</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A107</speciesCode>
						<scientificName>Tetrao tetrix</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>15</lowerBound>
							<upperBound>15</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>50.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>44.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of forestry plantations and dry heathland with some Juniperus, located between the villages of Nijverdal and Holten. Forest stands consist of deciduous/ mixed woodlands and conifer plantations of various agesand under varying management regimes.</otherSiteCharacteristics>
				<qualityAndImportance>The only site for (breeding): Black Grouse Tetrao tetrix, and one of the five most important sites Eurasian Nightjar Caprimulgus europaeus. Also important for Lacerta agilis.Site included in IBA095 (IBA2000).One of the five most important sites for the habitat type European dry heaths (4030</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)

Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels 1994/95 (Voslamber et al., 1998;SOVON)

Handboek Natuurmonumenten

Den, P. ten, P. Bremer, M. Heinen &amp; M. Horsthuis (2002). Flora en fauna van de Sallandse Heuvelrug. Provincie Overijssel.				

Beers, P.W.M. van, M. van der Veen, G.H.P. Arts en G. Schmidt (2003). Inventarisatie Overijsselse vennen. Een onderzoek naar de betekenis van Overijsselse vennen ten aanzien van vegetatie, waterchemie en libellen en een evaluatie van herstelmaatregelen.				

Tempel Rvanden Osieck ER. 1994. Areas important for birds in the Netherlands. Techn Rapport Vogelbescherming  13E. Vogelbescherming Nederland,  Zeist

Niewold FJJ. 1993. Inrichting en beheer van de Sallandse Heuvelrug en het Wierdense Veld ten behoeve van een duurzame korhoenpopulatie. IBN Rapport  037. IBN,  Wageningen

Niewold FJJ Den PGAten. 1998. De korhoenpopulatie op de Sallandse Heuvelrug. Inventarisaties in de periode van 1975-1997. IBN - DLO,  Arnhem

Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000. Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van Europese vogelwaarden in aangewezen en aan te wijzen speciale     beschermingszones en andere belangrijke gebieden. SOVON Informatierapport 2000/01SOVON,  Beek-Ubbergen    

Manen Wvan. 1999. Broedvogels van de Sallandse Heuvelrug in 1999. SOVON Inventarisatierapport  99/23. SOVON,  Beek-Ubbergen

Groot Bruinderink GWTA Brandjes GJ Eekelen Rvan ea. 2002. Faunabeheerplan Nationaal Park Sallandse Heuvelrug i.o.. Alterra Rapport  502. Alterra,  Wageningen

Janssen R. 2002. Broedende nachtzwaluwen op de Sallandse Heuvelrug in de periode 1995-2002. Vogels in Overijssel 2002: 10-16</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>National Park. Nature reserve of State Forestry Service.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheer- en Inrichtingsplan Nationaal Park (2003)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9803028</siteCode>
				<siteName>IJsselmeer</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/072/n2k072_db_hvnw_ijsselmeer.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>From 2000-2007 part of the site was known as a separate SPA/SCI NL1000002 Friese IJsselmeerkust
In 2007 SPA and SCI were separated: the SPA merged with SPA NL9803028 IJsselmeer. The SCI kept the site code.</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.3566</longitude>
				<latitude>52.8216</latitude>
				<area>113341.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL12</code>
						<name>Friesland (NL)</name>
					</region>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
					<region>
						<code>NL23</code>
						<name>Flevoland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A295</speciesCode>
						<scientificName>Acrocephalus schoenobaenus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>990</lowerBound>
							<upperBound>990</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>60</lowerBound>
							<upperBound>60</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>60</lowerBound>
							<upperBound>60</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>280</lowerBound>
							<upperBound>280</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>10300</lowerBound>
							<upperBound>10300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A053</speciesCode>
						<scientificName>Anas platyrhynchos</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3800</lowerBound>
							<upperBound>3800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>200</lowerBound>
							<upperBound>200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4400</lowerBound>
							<upperBound>4400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>580</lowerBound>
							<upperBound>580</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A040</speciesCode>
						<scientificName>Anser brachyrhynchus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A039</speciesCode>
						<scientificName>Anser fabalis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>19500</lowerBound>
							<upperBound>19500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>310</lowerBound>
							<upperBound>310</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>11300</lowerBound>
							<upperBound>11300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A062</speciesCode>
						<scientificName>Aythya marila</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>15800</lowerBound>
							<upperBound>15800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>7</lowerBound>
							<upperBound>7</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1500</lowerBound>
							<upperBound>1500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A067</speciesCode>
						<scientificName>Bucephala clangula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>310</lowerBound>
							<upperBound>310</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A137</speciesCode>
						<scientificName>Charadrius hiaticula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>11</lowerBound>
							<upperBound>11</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>49700</lowerBound>
							<upperBound>49700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A081</speciesCode>
						<scientificName>Circus aeruginosus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>25</lowerBound>
							<upperBound>25</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3600</lowerBound>
							<upperBound>3600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A177</speciesCode>
						<scientificName>Larus minutus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>290</lowerBound>
							<upperBound>290</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A292</speciesCode>
						<scientificName>Locustella luscinioides</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>43</lowerBound>
							<upperBound>43</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>180</lowerBound>
							<upperBound>180</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A070</speciesCode>
						<scientificName>Mergus merganser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1300</lowerBound>
							<upperBound>1300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A160</speciesCode>
						<scientificName>Numenius arquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>310</lowerBound>
							<upperBound>310</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>2600</lowerBound>
							<upperBound>2600</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>8100</lowerBound>
							<upperBound>8100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A151</speciesCode>
						<scientificName>Philomachus pugnax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>2100</lowerBound>
							<upperBound>2100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A151</speciesCode>
						<scientificName>Philomachus pugnax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>25</lowerBound>
							<upperBound>25</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A140</speciesCode>
						<scientificName>Pluvialis apricaria</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>9700</lowerBound>
							<upperBound>9700</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1300</lowerBound>
							<upperBound>1300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>6</lowerBound>
							<upperBound>6</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A190</speciesCode>
						<scientificName>Sterna caspia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A193</speciesCode>
						<scientificName>Sterna hirundo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>2100</lowerBound>
							<upperBound>2100</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>210</lowerBound>
							<upperBound>210</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>97.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Previously the Zuiderzee, this area is now a vast shallow freshwater lake, having been cut off from the Wadden Sea (NL9801001) by the Afsluitdijk in 1932 and with 45% of its former extent having been reclaimed. The original IJsselmeer was then bisected by a dyke in 1975, which separated it from the southern part now called Markermeer &amp; IJmeer (NL9803029. The lake receives Rhine water through the IJssel river (NL9802036) via lake Ketelmeer (NL3009013). This site includes now SPA Friese IJsselmeerkust (Frisian coast) that  was designated separately in 1998. This coastline consists of foreshores of sandbanks,wet meadows, reedbeds and shallow waters.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (breeding): Common Tern Sterna hirundo (2,4%), (non-breeding): Great Crested Grebe Podiceps cristatus (3,1%), Great Cormorant Phalacrocorax carbo (6,1%), Eurasian Spoonbill Platalea leucorodia (5,2%), Mute Swan Cygnus olor (1,7%), Bewick`s Swan Cygnus bewickii (4,4%), Pink-footed Goose Anser brachyrhynchus (11,2%), White-fronted Goose Anser albifrons (7,0%), Greylag Goose Anser anser (1,0%), Barnacle Goose Branta leucopsis (9,8%), Eurasian Wigeon Anas [Mareca] penelope (2,5%), Gadwall Anas strepera (2,6%), Northern Shoveler Anas clypeata (2,2%), Common Pochard Aythya ferina (1,5%), Tufted Duck Aythya fuligula (3,3%), Greater Scaup Aythya marila (34,5%), Smew Mergus albellus (5,4%), Common Merganser Mergus merganser (1,7%), Black-tailed Godwit Limosa limosa (1,7%), Eurasian Curlew Numenius arquata (2,2%), Black Tern Chlidonias niger (1,3%). xxx One of the five most important sites for (breeding): Spotted Crake Porzana porzana, Common Tern Sterna hirundo; (non-breeding): Smew Mergus albellus, Ruff Philomachus pugnax, Caspian Tern Sterna caspia, Black Tern Chlidonias niger. Numbers are based on aerial counts, which tend to underestimate those xxx species with a scattered occurrence. This is the main moulting area for subadult Cygnus olor in the Netherlands, and the main feeding area for Phalacrocorax carbo from SPA Oostvaardersplassen, although the actual numbers are poorly represented by the aerial counts. The number of Chlidonias niger is based on numbers flying to roost at Balgzand (SPA  Waddenzee). Other species which do not fulfil the criteria include non-breeding Larus minutus (5,100 in January 1983). xxx The site regularly supports more than 20,000 wintering waterbirds: average peak number 193,665 (1991/92-1996/97). xxx Site includes IBAs 034-37 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Lammens E Hosper H. 1998., Het voedselweb van IJsselmeer en Markermeer. Trends, gradiënten en, stuurbaarheid., RIZA Rapport  98.003, RIZA,  Lelystad --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Burg Gvander Poutsma j. 2000., Analyse van vogeltellingen langs de Friese IJsselmeerkust, 1975-1999., It Fryske Gea,  Nijland --- Iedema CW ea (themared.). 2001., Thema Natte Hart., Levende Nat Natura  102.5/98.5: hele nr. --- Lammens E. 2001., Het voedselweb van IJsselmeer en Markermeer., Levende Nat Natura 102/98 : 210-214 --- Eerden Mvan. 2001., Watervogels in het IJsselmeergebied: de top van een wankelende piramide., Levende Nat Natura 102/98 : 216-221 --- Noordhuis R. 2001., Macrofauna in het IJsselmeergebied., Levende Nat Natura 102/98 : 231-236 --- Lauwaars S Platteeuw M Schutte H. 2001., Op weg naar een natuurlijker Nat Hart?., Levende Nat Natura 102/98 : 242-246 --- Lammens E. 1999., Het voedselweb van IJsselmeer en Markermeer. Veldgegevens, hypotheses,, modellen en scenario's., RIZA Rapport  99.008, RIZA, Lelystad.; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>IJSSELMEER</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat - IJsselmeergebied</organisation>
							<addressUnstructured>Postbus 600
8200 AP Lelystad</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Friese IJsselmeerkust: Fryske Gea (land) and Beheersplan Rijkswateren 2001-2004 (water)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9803029</siteCode>
				<siteName>Markermeer &amp; IJmeer</siteName>
				<compilationDate>1998-08</compilationDate>
				<updateDate>2011-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/073/n2k073_db_hvnw_markermeer_en_ijmeer.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Merge of SPA NL9803029 Markermeer and SPA NL9902008 IJmeer in 2007</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.2202</longitude>
				<latitude>52.5331</latitude>
				<area>68463.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
					<region>
						<code>NL23</code>
						<name>Flevoland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>15600</lowerBound>
							<upperBound>15600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>510</lowerBound>
							<upperBound>510</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A059</speciesCode>
						<scientificName>Aythya ferina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>3200</lowerBound>
							<upperBound>3200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>18800</lowerBound>
							<upperBound>18800</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A062</speciesCode>
						<scientificName>Aythya marila</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>70</lowerBound>
							<upperBound>70</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A045</speciesCode>
						<scientificName>Branta leucopsis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>160</lowerBound>
							<upperBound>160</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A067</speciesCode>
						<scientificName>Bucephala clangula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>170</lowerBound>
							<upperBound>170</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<observationDataQuality>DD</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4500</lowerBound>
							<upperBound>4500</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A177</speciesCode>
						<scientificName>Larus minutus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<observationDataQuality>DD</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A068</speciesCode>
						<scientificName>Mergus albellus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>80</lowerBound>
							<upperBound>80</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A070</speciesCode>
						<scientificName>Mergus merganser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>40</lowerBound>
							<upperBound>40</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A058</speciesCode>
						<scientificName>Netta rufina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<observationDataQuality>DD</observationDataQuality>
						<population>A</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2600</lowerBound>
							<upperBound>2600</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>C</abundanceCategory>
						<observationDataQuality>DD</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>170</lowerBound>
							<upperBound>170</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A193</speciesCode>
						<scientificName>Sterna hirundo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>630</lowerBound>
							<upperBound>630</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>98.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A stagnant freshwater lake, separated from Lake IJsselmeer (NL9803028) by xxx the closing of the Houtribdijk in 1975, and bordered to the east by the polders Oostelijk and Zuidelijk Flevoland  (reclaimed in 1957 and 1968). It includes the Gouwzee (pSCI, NL2003017) with its rich Chara vegetation. The lake is connected to Lake Gooimeer in the south east (including a part of NL9802035), and is xxx also adjacent to Oostvaardersplassen (NL9802054) and Lepelaarsplassen (NL2000007) in the east, both situated in  the Zuidelijk Flevoland polder.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). For Markermeer: Species meeting the 1% threshold (breeding): Common Tern Sterna hirundo (1,2%); (non-breeding): Great Cormorant Phalacrocorax carbo (2,6%), Eurasian Wigeon Anas [Mareca] penelope (2,3%), Gadwall Anas strepera (1,3%), Common Pochard Aythya ferina (1,7%), Tufted Duck Aythya fuligula (3,1%), Greater Scaup Aythya marila (2,6%), Smew Mergus albellus (4,4%), Common Coot Fulica atra (1,4%). For IJmeer: Species meeting the 1% threshold (non-breeding): Common Pochard Aythya ferina (1,1%), Tufted Duck Aythya fuligula (2,0%) xxx One of the five most important sites for (non-breeding): Smew Mergus albellus, Black Tern Chlidonias niger.The site regularly supports more than 20,000 wintering waterbirds. xxx This site plus NL990208 largely overlaps with IBA 038 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist  --- Osieck ER. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming  17, Vogelbescherming Nederland,  Zeist --- Lammens E Hosper H. 1998., Het voedselweb van IJsselmeer en Markermeer. Trends, gradiënten en, stuurbaarheid., RIZA Rapport  98.003, RIZA,  Lelystad --- Litjens G Overmars W Helmer W. 1997., Stad en Natuur rond het IJmeer. Ontwikkelingsvisie 1997., Natuurmonumenten,  's-Graveland --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Iedema CW ea (themared.). 2001., Thema Natte Hart., Levende Nat Natura 102.5/98.5:  hele nr. --- Lammens E. 1999., Het voedselweb van IJsselmeer en Markermeer. Veldgegevens, hypotheses,, modellen en scenario's., RIZA Rapport  99.008, RIZA, ~Lelystad --- Schekkerman H Beintema AJ. 2002., Mogelijke gevolgen van de tweede fase van IJburg voor watervogels in de, speciale beschermingszone IJmeer. Een beoordeling in het kader van de, EG-Vogelrichtlijn., Alterra Rapport  431, Alterra,  Wageningen.; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>MARKERMEER</siteName>
							<type>-</type>
							<cover>90.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Qualifies for CORINE. (Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat - IJsselmeergebied</organisation>
							<addressUnstructured>Postbus 600
8200 AP Lelystad</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Rijkswateren 2001-2004 </conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9803030</siteCode>
				<siteName>Loonse en Drunense Duinen &amp; Leemkuilen</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/131/N2K131_DB%20H%20Loonse%20en%20Drunense%20Duinen%20&amp;%20Leemkuilen.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL983030 Loonse en Drunense Duinen, de Brand en de Leemkuilen</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.1323</longitude>
				<latitude>51.6459</latitude>
				<area>3969.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>2310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>116.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>255.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>3130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>40.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>6410</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.2</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>5.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>157.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>50.0</coveredArea>
						<caves></caves>
						<observationDataQuality>M</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1831</speciesCode>
						<scientificName>Luronium natans</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>A</speciesGroup>
						<speciesCode>1166</speciesCode>
						<scientificName>Triturus cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>14.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>40.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Inland sand dune area surrounded by forests</otherSiteCharacteristics>
				<qualityAndImportance>Largest inland sand dune area in Europe. Small breeding population of Lyrurus tetrix has disapeared.</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Monitoring van vogels in belangrijke broedvogelgebieden: broedvogels 1995, niet-broedvogels 1994/95 (Voslamber et al., 1998; SOVON)

Handboek Natuurmonumenten</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>86.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>National Park, partly nature reserve of National NGO - Natuurmonumenten</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Brabant</organisation>
							<addressUnstructured>Postbus 90151
5200 MC 's-Hertogenbosch</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheer- en Inrichtingsplan Nationaal Park Loonse en Druenense Duinen (2002)</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9803039</siteCode>
				<siteName>Leudal</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2013-09</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2013-05</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/147/N2K147_DB%20H%20Leudal.pdf</sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>5.9461</longitude>
				<latitude>51.2493</latitude>
				<area>340.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>3260</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.3</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>9160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>6.7</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>91E0</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>18.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1337</speciesCode>
						<scientificName>Castor fiber</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>11</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>58.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N21</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Small forest intersected by two brooks with good quality stretch of alluvial forest.</otherSiteCharacteristics>
				<qualityAndImportance>One of the five most important sites for the habitat type Alluvial forests (91E0, subtype Alnion glutinosae).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>"Areas important for birds in the Netherlands (van den Tempel &amp; Osieck, 1994; Vogelbescherming in cooperation with SOVON)
"				
Monitoring van vogels in belangrijke broedvogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95 (Voslamber et al., 1998; VZZ)				
Belangrijke zoogdiergebieden in Nederland (Dijkstra, VZZ)				

Bongers, M.G.H. &amp; J.T. Hermans (1992). Het Leudal. In: P.W.F.M. Hommel (red), Excursieverlsagen 1991. Plantensociologische Kring Nederland, pg.4-5.				
Lemaire. T. (1973). Het Leudal. Beeld van een Midden-Limburgs beekdal. Studiegroep Leudal en omgeving, Haelen, 214 pp. 				

Willems, J.H. (1973). Botanische aspecten van het Leudal. In: T. Lemaire (red). Het Leudal. Beeld van een Midden-Limburgs beekdal. Studiegroep Leudal en omgevong, Haelen, pg. 55-77.				

Willems, J.H. (1984). In Memoriam W.L. Leclercq (1899-1984). Natuurhistorisch Maandblad 73: 218-219.				

Willems, J.H. &amp; Ph. Bossenbroek (1998). Flora en vegetatie van het Leudal. Ontwikkelingen in de afgelopen 25 jaar. Over wijkers, passanten, terugkeerders en nieuwkomers. Rondom het Leudal 92: 297-315.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Big part is nature reserve of State Forestry Service.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Ministerie Economische Zaken</organisation>
							<addressUnstructured>Postbus 20401
2500 EK Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>B</siteType>
				<siteCode>NL9803061</siteCode>
				<siteName>Westerschelde &amp; Saeftinghe</siteName>
				<compilationDate>1998-10</compilationDate>
				<updateDate>2014-06</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>0000-00</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
				<sciProposalDate>1998-07</sciProposalDate>
				<sciConfirmationDate>2004-12</sciConfirmationDate>
				<sacDesignationDate>2010-02</sacDesignationDate>
				<sacLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/122/n2k122_db_hvnw_westerschelde_en_saeftinghe.pdf</sacLegalReference>
				<explanations>Formerly known as SCI NL9803061 Westerschelde (2000-2012)
Merged with SPA Westerschelde under sitecode NL9803061 (2012-2014)
Diveded from SPA Westerschelde &amp; Saeftinghe in 2014 because of change in border of SAC</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>3.7825</longitude>
				<latitude>51.3812</latitude>
				<area>43987.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
					<region>
						<code>NLZZ</code>
						<name>Extra-Regio</name>
					</region>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
					<habitatType>
						<code>1110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>10688.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>1130</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>28338.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>C</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>1310</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>103.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>B</relativeSurface>
						<conservation>C</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>1320</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>156.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>A</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>1330</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>2110.0</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>A</relativeSurface>
						<conservation>B</conservation>
						<global>A</global>
					</habitatType>
					<habitatType>
						<code>2110</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>B</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>A</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2120</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>1.6</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>A</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>B</conservation>
						<global>B</global>
					</habitatType>
					<habitatType>
						<code>2160</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>7.1</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
					<habitatType>
						<code>2190</code>
						<priorityFormOfHabitatType>false</priorityFormOfHabitatType>
						<nonpresentInSite>false</nonpresentInSite>
						<coveredArea>0.4</coveredArea>
						<caves></caves>
						<observationDataQuality>G</observationDataQuality>
						<representativity>C</representativity>
						<relativeSurface>C</relativeSurface>
						<conservation>C</conservation>
						<global>C</global>
					</habitatType>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1103</speciesCode>
						<scientificName>Alosa fallax</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>P</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1099</speciesCode>
						<scientificName>Lampetra fluviatilis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>P</speciesGroup>
						<speciesCode>1903</speciesCode>
						<scientificName>Liparis loeselii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>26</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>F</speciesGroup>
						<speciesCode>1095</speciesCode>
						<scientificName>Petromyzon marinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>M</speciesGroup>
						<speciesCode>1365</speciesCode>
						<scientificName>Phoca vitulina</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>51</lowerBound>
							<upperBound>100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>I</speciesGroup>
						<speciesCode>1014</speciesCode>
						<scientificName>Vertigo angustior</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<abundanceCategory>P</abundanceCategory>
						<observationDataQuality>M</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N02</code>
					<coveragePercentage>90.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N03</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A tidal estuary of the River Schelde with mudflats and sandbanks and the only estuary in south-west Netherlands which will be allowed to remain open to the sea. The estuary is 60 km long from the Belgian border up to the North Sea, and is adjacent to the Voordelta (NL9802017) in the west and "Schelde- en Durmeëstuarium van de Nederlandse grens tot Gent" (BE2300006) in Vlaanderen (BE) in the south. Saeftinge is one of the largest, contiguous salt marshes in Western Europe, which is an important breeding site for various Annex I species and wintering/ staging site for geese and dabbling ducks. The SPA includes the shallow parts of the estuary (depth less than 10 m) and the raised saltmarsh Verdronken Land van Saeftinghe; deeper parts including the shipping lane have been excluded.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). For Westerschelde: Species meeting the 1% threshold (breeding): Sandwich Tern Sterna sandvicensis (4,2%), Common Tern Sterna hirundo (1,6%), (non-breeding): Greylag Goose Anser anser (5,8%), Common Shelduck Tadorna tadorna (1,7%), Eurasian Oystercatcher Haematopus ostralegus (2,2%), Avocet Recurvirostra avosetta (1,1%), Common Ringed Plover Charadrius hiaticula (1,2%), Grey Plover Pluvialis squatarola (2,5%), Knot Calidris canutus islandica (1,0%), Sanderling Calidris alba (1,3%), Calidris alpina alpina (2,1%), Bar-tailed Godwit Limosa lapponica (1,3%), Eurasian Curlew Numenius arquata (1,1%), Common Redshank Tringa totanus totanus (1,3%). 
One of the five most important sites for (breeding): Sandwich Tern Sterna sandvicensis, Common Tern Sterna hirundo, Little Tern Sterna albifrons. 
For Verdronkenland van Saeftinghe: Species meeting the 1% threshold (breeding): Herring Gull Larus argentatus (2,0%), (non-breeding): Eurasian Spoonbill Platalea leucorodia (3,1%), Greylag Goose Anser anser (18,5%), Common Shelduck Tadorna tadorna (1,1%), Eurasian Wigeon Anas [Mareca] penelope.
One of the five most important sites for (non-breeding): Little Egret Egretta garzetta, Peregrine Falcon Falco peregrinus. (3,0%), Northern Pintail Anas acuta (10,6%).  The site is an important roost for tens of thousands of geese Anser from Zeeuws-Vlaanderen, but numbers of Anser albifrons in particular have been poorly covered by counts. The site regularly supports more than 20,000 wintering waterbirds: average peak 131,283 (1991/92-1996/97). 
Site largely overlaps with IBA 029 (IBA2000).
Large estuary  with sandflats and salt marshes. Extensive estuarine system (type 1130) and one of the largest continuous salt marshes of NW. Europe (habitat type 1330 in particular).</qualityAndImportance>
				<impacts>
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				<documentation>
					<description>Antrop, M. &amp; P. van der Reest (2001). Het Landschap van de Schelde. De Levende Natuur 102 (2): 42-48.

Asmuth, J. von (1996). De schorren van de Westerschelde 1990/1993. Rapport MDGAT 9623, Rijkswaterstaat Meetkundige Dienst, Delft.

Baeyens, W., B. van Eck, C. Lambert, R. Wollast &amp; L. Goeyens (1998). General description of the Scheldt estuary. Hydrologia 366: 1-14.

Beeftink, W.G. (1957). De buitendijkse terreinen van de Westerschelde en de Zeeschelde. -Natuurwetenschappelijke betekenis, bedreiging door het Deltaplan en behoud voor de toekomst. Natuur en Landschap 11 (2): 1-19. 

Bergh, E. van den, A. Huiskes, B. Criel, M. Hoffmann &amp; P. Meire (2001). Biodiversiteit op de Scheldeschorren. De Levende Natuur 102 (2): 62-66.

Berrevoets C.M., Strucker R.C.W., Arts F.A., Meininger P.L. 2003., Watervogels in de Zoute Delta 2001/2002., RIKZ Rapport  2003.001, RIKZ,  Middelburg; 

Bruyndoncx, L., K. Jordaens &amp; P. Meire (2001). De weekdieren van de schorren van het Schelde-estuarium. De Levende Natuur 102 (2): 70.

Buise, M. &amp; G. Sponselee (1996). Saeftinghe, Verdronken land. Duerinck, Kloosterzande, 287 pp.

Castelijns H., Maebe J., Kerkhoven W. van. 1998., De Grauwe ganzen A.a. van het Verdronken Land van Saeftinghe: aantallen, trends en voedsel. Oriolus 64 :90-102 

Damme, S. van, B. de Winder, T. Ysebaert &amp; P. Meire (2001). Het 'bijzondere' van de Schelde: de abiotiek van het Schelde-estuarium. De Levende Natuur 102 (2): 37-39.

Dijk A.J.van ,Weide M.van der, Deuzeman S. ea. 2002., Kolonievogels en zeldzame broedvogels in Nederland in 2000 en 2001., SOVON Monitoringrapport  2002/03, SOVON,  Beek-Ubbergen 

Dijkstra, 1997, Belangrijke zoogdiergebieden in Nederland. VZZ.

Haan, W. de, E. van den Bergh &amp; C. Jacobusse (2001). Bescherming en beheer van het Schelde-estuarium. De Levende Natuur 102 (2): 88-92.

Handboek Natuurmonumenten

Haperen, A. van (2000??). De Oost-Zeeuws-Vlaamse grensstreek. In: A. van Haperen et al. Aan de monding van Maas en Schelde. Natuurgebieden in Zuidwest-Nederland. Staatsbosbeheer, Middelburg, pp 291-311.

Hendrickx, F., K. Desender &amp; J-P. Maelfait (2001). Verspreidingspatronen en bedreigingen van de arthropodenfauna van het Schelde-estuarium. De Levende Natuur 102 (2): 68-69.

Houtekamer, N.L. (1994). Het Verdronken Land van Saeftinghe: schor onder druk? Nota AX 94.018/RIKZ 94.033, Rijkswaterstaat Directie Zeeland/RIKZ, Middelburg.

Huiskes, A.H.L. (1988). The salt marshes of the Westerschelde and their role in theNoordwest Duitsland, het Dortmund-Ems-Seitenkanal, kortweg DESK. Hydrobiological Bulletin 22: 57-63. 

Jacobusse C. ea. 1993., Themanummer Saeftinghe., Zeeuws Landschap 9.2: hele nr. 

Jansen, P. &amp; J.G. Sloff (1938). Spartina in Zeeland. De Levende Natuur 42: 348-358. 

Langendonck, H.J. van (1931). De Vegetatie en Oecologie der Schorrenplanten van Saaftingen. Botanisch Jaarboek XXIII: 1-128. 

Leemans, J. &amp; B. Verspaandonck (1972). Vegetatiekaart 1971, schorren verdronken land van Saeftinghe 1: 10.000. 

Leemans, J. &amp; B. Verspaandonk (1975). Het verdronken land van Saeftinghe - Een vegetatiekundige studie met behulp van luchtfoto's. Rapport Botanisch Laboratorium, KU Nijmegen 165 pp.. 

Lensink R., Meijer M., Buth G.J. 1997., Nieuw beheersplan gereed. Het beheer van het Verdronken Land van Saeftinghe. Zeeuws Landschap 13.4: 10-13 

Maes, J. (2001). Stijgende aantallen Finten in de Zeeschelde. De Levende Natuur 102 (2): 87.
Osieck E.R. 1996., Veranderingen van vogelaantallen in belangrijke wetlands., Techn Rapport Vogelbescherming 17, Vogelbescherming Nederland,  Zeist 

Roomen M.van, Boele A., Weide M. van der, Winden E. van, ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen 

Santbergen, L. (2001). Gebruik en misbruik van de Schelde. De Levende Natuur 102 (2): 40-42.

Schaik, A.W.J. van, D.J. de Jong &amp; A.M. van der Pluijm (1988). Vegetatie buitendijkse gebieden Westerschelde. Nota GWAO 88.1003, Rijkswaterstaat Dienst Getijdewateren, Middelburg.

Smulders B.J. ea. 1982., Westerschelde themanummer., Zeeuws Nieuws 8.2:  hele nr. 

SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen

Stenfert-Steehouwer, E.R. (1993). Toelichting bij de vegetatiekaart 'Verdronken Land van Saeftinghe'. Rapport MDLKM-R-9328, Rijkswaterstaat Meetkundige Dienst, Delft.

Tempel R. van den, Osieck E.R. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist 

Vroon J Storm c Coosen J. 1997., Westerschelde, stram of struis?., RIKZ Rapport  97.023, Min.VW / RIKZ,  Middelburg 

Werkgroep Natuurontwikkeling (1999). Natuurontwikkeling inlaag Hoofdplaat. Rapport WNO99-06, Werkgroep Natuurontwikkeling, Provincie Zeeland, 30 pp.

Westhoff, V. &amp; W.G.Beeftink (1950). De vegetatie van duinen, slikken en schorren op de Kaloot en in het Noord-Sloe. I. Inleiding - De Kaloot. De Levende Natuur 50 (7): 124-133. 

Wieland A. 1999., Vogelonderzoek in het Verdronken Land van Saeftinghe., Zeeuws Landschap 15.3: 20-21 

Witte, R. (2001). De betekenis van de Westerschelde voor de Gewone zeehond. De Levende Natuur 102 (2): 82-83.</description>
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				<qualityAndImportance>Stronghold of Maculinea alcon ericaea.</qualityAndImportance>
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					<description>Areas important for birds in The Netherlands (vd Tempel &amp; Osieck, 1994; vogelbescherming Nederland &amp; SOVON)

Vogels in belangrijke vogelgebieden in 1992-94 (Voslamber et al., 1997; SOVON)

Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet-broedvogels seizoen 1994/95 (Voslamber et al., 1998; SOVON)</description>
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					<coveragePercentage>96.0</coveragePercentage>
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				<habitatClass>
					<code>N06</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>Coastal dune area with a great variety in flora and fauna. Site adjacent to NL 4000017 Voordelta (coastal waters)</otherSiteCharacteristics>
				<qualityAndImportance>One of the ten most important sites for the habitat type Fixed dunes with herbaceous vegetation ("grey dunes"; 2130). One of the five most important sites for the habitat type Dunes with Hippophae rhamnoides (2160). One of the five most important sites for the fen orchid Liparis loeselli</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Handboek Natuurmonumenten				

Belangrijke zoogdiergebieden in Nederland (Dijkstra, 1997; VZZ)				
Monitoring van vogels in belangrijke vogelgebieden: broedvogels 1995, niet broedvogels 1994/95 (Voslamber et al., 1998; SOVON)				

Adriani M.J. &amp; E. v.d. Maarel (1960). De natuurwetenschappelijke betekenis van het zgn. Vliegvelden de Gentianenvallei te Oostvoorne. Stichting Het Zuid-Hollands Landschap, Natuurwetenschappelijke Commissie. (002065).				
Adriani, M.J. &amp; E. van der Maarel (1962). De duin- en slikgebieden van Voorne en het Brielse Gat. Uit: De natuurgebieden van Voorne bedreigd: 11-31. (003100).				
Adriani, M.J. &amp; E. van der Maarel (1968). Voorne in de branding. Een beschouwing over de natuurwetenschappelijke betekenis van het kustgebied van Voorne in verband met de mogelijke technische werken in dit gebied. Stichting Wetenschappelijk Duinonderzoek, Oostvoorne. 104 pp. (G-0013).				
Adriani, M.J. (1970). 1950 Voorne 2000. Een tussentijdse balans betreffende biologische waarden en milieuhygiënische aspecten. Vakblad voor Biologen 50: 241-249. (003798).				

Bakker, M. &amp; L. Groot (1995). Droge duingraslanden op Voorne. Rapport Vakgroep Terrestrische Oecologie en Natuurbeheer Landbouwuniversiteit Wageningen, NIOO, CTO, Biologisch Station "Weevers' Duin Oostvoorne. (R-0376).				
Bijl, R. &amp; D. van der Laan (1994). Vochtige duinvalleien op Voorne. In: Hommel, P.W.F.M. &amp; M.A.P. Horsthuis (1996). Excursieverslagen 1994. Plantensociologsiche Kring Nederland,  pp 66-70.				

Claasen, T.H.L. &amp; H.P.M. van Helden (1975). Een vegetatiekartering van een gedeelte van de meidoornduinen bij Oostvoorne. Botanisch Laboratorium, afd. Geobotanie. Katholieke Universiteit, Nijmegen. 80 pp. (R-0236).				
Donker, M. &amp; P. Smit (1958). Voorne door Sjocgroepogen. Kruipnieuws 20: 33-45. (003963).				

Haeck, J. (1958). De duinstruwelen van De Beer en Voorne's Duin. Een vergelijkend vegetatiekundig onderzoek. Rapport. 23 pp. (R-0045).				
Hofker, J. &amp; C. van Rijsinge (1932). Voorne's duin. De Levende Natuur: 343-356. (003208).				

Hofker, J. &amp; C. van Rijsinge (1934). Over het Duingebied van Voorne. Natura 1934 (6): 102-122. (002020).				

Verhagen, P. (1934). Voorne?s landschappen. Natura 1934 (6): 122-128. (002020).				

Van Soest, J.L. (1934). Plantengeografie van Voorne. Natura 1934 (6): 128-132. (002020).				

Hofker, J. &amp; C. van Rijsinge (1935). Plantengroei en waterstand in het geboied van het ?Breede Water? op Voorne. De Levende Natuur 39: 176-202.				
Hofker, J. &amp; C. van Rijsinge &amp; W. van Hoey Smith (1936). Het natuurmonument ?Het Breede Water? op Voorne. Jaarboek Ver. t. Behoud v. Natuurmonumenten 1929-1935, pp 183-199.				

Kuijpers, J.W.M. (1989). Natuurtechnische milieubouw in het kustgebied van Voorne. De Levende Natuur (6): 194-199. (001489).				

Laan, D. van der &amp; W. Smant (1985). Waarnemingen aan Teucrium scordium L. in het duingebied van Voorne. Gorteria 12 (11/12): 255-267. (002240).				
Leeuw, W.C. de (1934). De duinvegetatie van Voorne. Natura 1934 (6): 146-152. (002020)(001668)				

Maarel, E. van der &amp; V. Westhoff (1964). The vegetation of the dunes near Oostvoorne (The Netherlands). With a vegetation map. Wentia 12: 1-64. (G-0032).				
Van der Maarel (1960). Vegetatiekundige kartering van het duingebied van Voorne, eigendom van de Stichting ?Het Zuidhollands Landschap?. Rapport Het Zuidhollands Landschap.				

Maarel, E. van der (1961). De zonering in landschap en plantengroei van de duinen bij Oostvoorne. De Levende Natuur 64: 223-233. (004534).				
Maarel, E. van der (1966). Over vegetatiestructuren -relaties en -systemen, in het bijzonder in de duingraslanden van Voorne. Proefschrift: 162 pp. (001933).				
Mennema, J. (1977). Oenanthe crocata L. op Voorne voor het eerst in Nederland gevonden. Zuidhollands Landschap 1977 (4): 13. (005953).				
Sipkes, C. (1972). De Rietorchis (Dactylorhiza praetermissa) terug op Voorne. De Levende Natuur: 180-182 (001665).				

Sipkes, C. (1934). De orchideeën van Voorne. Natura 1934 (6): 143-146. (002020).				

Laan, D. van der (1990). Veranderingen in flora en vegetatie van de duinen van Voorne. In: Kuijpers, J.  et al.  De veranderende Delta. Wetenschappelijke Mededelingen KNNV 198: pp 55-79.				

Westhoff, V. (1953). Landschap en Plantengroei van Voorne's duin. Natuur en Techniek (juni): 222-230. (001674).				

Westhoff, V. (1965). Voorkomen en standplaats van Chrysoplenium alternifolium in de duinen van Voorne. Gorteria 2 (7) :73-77. (000041).				

Loomans, P.M., D.J. de Jong, J.W. Duinker &amp; P.J.M. Melman (1992). Toelichting bij de Vegetatiekaart Sluftergebied Voorne, op basis van luchtfoto?s 1990. Rapport MDLKM-9214, Rijkswaterstaat Meetkundige dienst, Delft.				
Kloosterman, E.H. et al. 1988. Vegetatiekaart 1986 Duinen van Oostvoorne schaal 1:5000. Rijkswaterstaat Meetkundige dienst, Delft.				

Melman, P.J.M., J.M. Reitsma, G.W.N.M. van Moorsel, A. Groenweg, B. van Gennip &amp; G.V.C. Vriends (1992). Vegetatiekartering Sluftergebied Voorne 1:5000, 1995. Rapport MDGAT-9609, Rijkswaterstaat Meetkundige dienst, Delft.				
Van Dongen, J.A.M. &amp; P.J.M. Melman (1988). Toelichting bij de vegetatiekaart Sluftergebied Voorne, op basis van flase-colour luchtfoto?s 1986. Rapport MDGMI-9106, Rijkswaterstaat Meetkundige dienst, Delft.</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Duinen van Voorne</siteName>
							<type>-</type>
							<cover>97.0</cover>
						</internationalRelationship>
						<internationalRelationship>
							<convention></convention>
							<siteName>Voordelta</siteName>
							<type>*</type>
							<cover>1.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Partly nature reserve of National NGO - Natuurmonumenten (Voorne's Duin); partly nature reserve of provincial NGO - Zuid-Hollands Landschap (Duinen van Oostvoorne 265 ha, Groene Strand 93 ha). Part qualifies for EU-Bird-directive and Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Zuid-Holland</organisation>
							<addressUnstructured>Postbus 90602 
2509 LP Den Haag</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Zuid-Hollands Landschap, 1996. Beheersokan Duinen van Oostvoorne c.a. 1996. Stichting het Zuid-Hollands Landschap, Rotterdam. 160p.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
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			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9902003</siteCode>
				<siteName>Uiterwaarden Zwarte Water &amp; Vecht</siteName>
				<compilationDate>1999-01</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/036/N2K036_DB%20HVN%20Uiterwaarden%20Zwarte%20Water%20en%20Vecht.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Formerly known as SPA NL9902003 Zwarte Water en Overijsselse Vecht</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.0847</longitude>
				<latitude>52.593</latitude>
				<area>1394.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL21</code>
						<name>Overijssel</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A298</speciesCode>
						<scientificName>Acrocephalus arundinaceus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>10</lowerBound>
							<upperBound>10</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>570</lowerBound>
							<upperBound>570</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A041</speciesCode>
						<scientificName>Anser albifrons</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2100</lowerBound>
							<upperBound>2100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A197</speciesCode>
						<scientificName>Chlidonias niger</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A122</speciesCode>
						<scientificName>Crex crex</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>5</lowerBound>
							<upperBound>5</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A037</speciesCode>
						<scientificName>Cygnus columbianus bewickii</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>320</lowerBound>
							<upperBound>320</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A156</speciesCode>
						<scientificName>Limosa limosa</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>80</lowerBound>
							<upperBound>80</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A119</speciesCode>
						<scientificName>Porzana porzana</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>49.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N14</code>
					<coveragePercentage>20.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>8.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>The site covers the channels and flood-plain of two small rivers, and contains wet meadows, water-fringe vegetation and pools. The site is adjacent to SPA Zwarte Meer (NL9802031) and SPA De Wieden (NL3009004). It is situated to the north of the city of Zwolle.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (non-breeding): Bewick`s Swan Cygnus bewickii (2,6%), White-fronted Goose Anser albifrons (1,2%). xxx Site largely overlaps with IBA090 (IBA2000)</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON, Beek-Ubbergen --- Vilsteren Hvan. 2002., Buitenlanden Langenholte. Deel 3, broedvogelinventarisatie over de periode, 1990-2000., Zwols Natuurtijdschrift 9: 73-75; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Overijssel</organisation>
							<addressUnstructured>Postbus 10078 
8000 GB Zwolle</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9902010</siteCode>
				<siteName>Zoommeer</siteName>
				<compilationDate>1999-01</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>2000-03</spaClassificationDate>
				<spaLegalReference></spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations></explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.2155</longitude>
				<latitude>51.4984</latitude>
				<area>1053.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL41</code>
						<name>Noord-Brabant</name>
					</region>
					<region>
						<code>NL34</code>
						<name>Zeeland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A054</speciesCode>
						<scientificName>Anas acuta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>25</lowerBound>
							<upperBound>25</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2</lowerBound>
							<upperBound>2</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>240</lowerBound>
							<upperBound>240</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>390</lowerBound>
							<upperBound>390</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A052</speciesCode>
						<scientificName>Anas crecca</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>1000</lowerBound>
							<upperBound>1000</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>830</lowerBound>
							<upperBound>830</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A050</speciesCode>
						<scientificName>Anas penelope</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>2900</lowerBound>
							<upperBound>2900</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>100</lowerBound>
							<upperBound>100</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A051</speciesCode>
						<scientificName>Anas strepera</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>260</lowerBound>
							<upperBound>260</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1200</lowerBound>
							<upperBound>1200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A043</speciesCode>
						<scientificName>Anser anser</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>550</lowerBound>
							<upperBound>550</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>1200</lowerBound>
							<upperBound>1200</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A061</speciesCode>
						<scientificName>Aythya fuligula</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>1400</lowerBound>
							<upperBound>1400</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A046</speciesCode>
						<scientificName>Branta bernicla</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>640</lowerBound>
							<upperBound>640</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A046</speciesCode>
						<scientificName>Branta bernicla</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>420</lowerBound>
							<upperBound>420</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A138</speciesCode>
						<scientificName>Charadrius alexandrinus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>13</lowerBound>
							<upperBound>13</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>1300</lowerBound>
							<upperBound>1300</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A125</speciesCode>
						<scientificName>Fulica atra</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>490</lowerBound>
							<upperBound>490</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A176</speciesCode>
						<scientificName>Larus melanocephalus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound></lowerBound>
							<upperBound></upperBound>
						<countingUnit></countingUnit>
						</populationSize>
						<abundanceCategory>R</abundanceCategory>
						<observationDataQuality></observationDataQuality>
						<population>D</population>
						<conservation></conservation>
						<isolation></isolation>
						<global></global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>240</lowerBound>
							<upperBound>240</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A005</speciesCode>
						<scientificName>Podiceps cristatus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>220</lowerBound>
							<upperBound>220</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>33</lowerBound>
							<upperBound>33</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A132</speciesCode>
						<scientificName>Recurvirostra avosetta</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>c</populationType>
						<populationSize>
							<lowerBound>72</lowerBound>
							<upperBound>72</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A193</speciesCode>
						<scientificName>Sterna hirundo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>4</lowerBound>
							<upperBound>4</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A048</speciesCode>
						<scientificName>Tadorna tadorna</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>49</lowerBound>
							<upperBound>49</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>85.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N10</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N23</code>
					<coveragePercentage>3.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A stagnant freshwater lake to the west and east of the Schelde?Rhine river connection (shipping lane), which developed after the building of the Oesterdam at the eastern end of SPA  Oosterschelde (NL3009016) in 1986. In the south-east the site is adjacent to SPA Markiezaatsmeer (NL3009015).</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (breeding): Avocet Recurvirostra avosetta (1,1%) (non-breeding): Gadwall Anas strepera (1,0%), Northern Shoveler Anas clypeata (1,3%). The site is a roost for geese Anser from surrounding feeding areas, but no counts are available. xxx One of the five most important sites for (breeding): Mediterranean Gull Larus malanocephalus. xxx Site largely overlaps with IBA 029 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Coosen J ea. 1998., Themanummer: Rijkswaterstaat 200 jaar., Zeeuws Landschap 14.2: hele nr. --- Breukers CPM Storm AA Dam EMvan Oirschot MCMvan. 1996., Biologische monitoring zoete rijkswateren: watersysteemrapportage, Volkerak-Zoommeer 1987-1994., RIZA Nota 96.003, RIZA, Lelystad --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport 2000/01 SOVON,  Beek-Ubbergen --- Tosserams M Lammens EHRR Platteeuw M. 2000., Het Volkerak-Zoommeer. De ecologische ontwikkeling van een afgesloten, zeearm., RIZA Rapport  2000.024, Min.VW/RIZA; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>ZOOMMEER</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>(Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Rijkswaterstaat</organisation>
							<addressUnstructured>Postbus 5014
4330 KA Middelburg</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Beheersplan Rijkswateren 2001-2004</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9910001</siteCode>
				<siteName>Maasduinen</siteName>
				<compilationDate>1999-01</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1994-05</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/145/N2K145_DB%20HVN%20Maasduinen.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Merge of SPA Maasduinen and SPA Hamert, both with sitecode NL9910001, in 2007</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>6.0985</longitude>
				<latitude>51.5835</latitude>
				<area>4289.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL42</code>
						<name>Limburg (NL)</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A224</speciesCode>
						<scientificName>Caprimulgus europaeus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>30</lowerBound>
							<upperBound>30</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A236</speciesCode>
						<scientificName>Dryocopus martius</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>34</lowerBound>
							<upperBound>34</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A338</speciesCode>
						<scientificName>Lanius collurio</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A246</speciesCode>
						<scientificName>Lullula arborea</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>97</lowerBound>
							<upperBound>97</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A008</speciesCode>
						<scientificName>Podiceps nigricollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>7</lowerBound>
							<upperBound>7</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A249</speciesCode>
						<scientificName>Riparia riparia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>120</lowerBound>
							<upperBound>120</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>B</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A276</speciesCode>
						<scientificName>Saxicola torquata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>86</lowerBound>
							<upperBound>86</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A004</speciesCode>
						<scientificName>Tachybaptus ruficollis</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>50</lowerBound>
							<upperBound>50</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N19</code>
					<coveragePercentage>5.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N07</code>
					<coveragePercentage>1.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N17</code>
					<coveragePercentage>54.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N16</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N08</code>
					<coveragePercentage>25.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N09</code>
					<coveragePercentage>7.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N15</code>
					<coveragePercentage>4.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>2.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>A 20-km-long area of heathland and forest with scrub, fen, hedges and some cultivated land. Forest stands consist of conifer plantations and deciduous/ mixed woodlands of various ages and under varying management regimes. The site is situated on the east bank of the River xxx Maas, between the villages of Heijen xxx and Arcen.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). One of the five most important sites for (breeding): Eurasian Nightjar Caprimulgus europaeus, Black Woodpecker Dryocopus martius, Woodlark Lullula arborea. xxx Site largely overlaps with IBA099 (IBA2000).</qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming 13E, Vogelbescherming Nederland, Zeist --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON, Beek-Ubbergen
Diek van H. &amp; R.Foppen, 2003. Broedvogels van Vogelrichtlijngebied De Maasduinen in 2003. SOVON inventarisatierapport 2003/24 SOVON, Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
					<nationalDesignation>
						<designationCode>NL22</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional></siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Limburg</organisation>
							<addressUnstructured>Postbus 5700 
6202 MA Maastricht</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures>Management Plan of National Park Maasduinen (B&amp;I-plan) and various plans of conservation bodies.</conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
		<sdf>
			<siteIdentification>
				<siteType>A</siteType>
				<siteCode>NL9910002</siteCode>
				<siteName>Zwanenwater &amp; Pettemerduinen</siteName>
				<compilationDate>1999-01</compilationDate>
				<updateDate>2007-07</updateDate>
				<respondent>
					<name>Ministry of Economical Affairs
Department Nature &amp; Biodiversity</name>
					<addressUnstructured>P.O.Box 20401
2500 EK Den Haag
The Netherlands</addressUnstructured>
					<email></email>
				</respondent>
				<spaClassificationDate>1988-05</spaClassificationDate>
				<spaLegalReference>http://www.synbiosys.alterra.nl/natura2000/documenten/gebieden/085/N2K085_DB%20HVW%20Zwanenwater%20&amp;%20Pettemerduinen.pdf</spaLegalReference>
		<sciProposalDate>0000-00</sciProposalDate>
				<sciConfirmationDate>0000-00</sciConfirmationDate>
				<sacDesignationDate>0000-00</sacDesignationDate>
				<sacLegalReference></sacLegalReference>
				<explanations>Formerly known as SPA NL9910002 Zwanenwater</explanations>
			</siteIdentification>
			<siteLocation>
				<longitude>4.692</longitude>
				<latitude>52.8137</latitude>
				<area>595.0</area>
				<marineAreaPercentage>0.0</marineAreaPercentage>
				<siteLength>0.0</siteLength>
				<adminRegions>
					<region>
						<code>NL32</code>
						<name>Noord-Holland</name>
					</region>
				</adminRegions>
				<biogeoRegions>
					<code>atlantic</code>
					<percentage>100.0</percentage>
				</biogeoRegions>
			</siteLocation>
			<ecologicalInformation>
				<habitatTypes>
				</habitatTypes>
				<species>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A056</speciesCode>
						<scientificName>Anas clypeata</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>90</lowerBound>
							<upperBound>90</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>M</observationDataQuality>
						<population>C</population>
						<conservation>A</conservation>
						<isolation>C</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A042</speciesCode>
						<scientificName>Anser erythropus</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>w</populationType>
						<populationSize>
							<lowerBound>20</lowerBound>
							<upperBound>20</upperBound>
						<countingUnit>i</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>A</population>
						<conservation>A</conservation>
						<isolation>A</isolation>
						<global>A</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A021</speciesCode>
						<scientificName>Botaurus stellaris</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>p</populationType>
						<populationSize>
							<lowerBound>1</lowerBound>
							<upperBound>1</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>C</population>
						<conservation>C</conservation>
						<isolation>B</isolation>
						<global>C</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A277</speciesCode>
						<scientificName>Oenanthe oenanthe</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>15</lowerBound>
							<upperBound>15</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>C</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A017</speciesCode>
						<scientificName>Phalacrocorax carbo</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>790</lowerBound>
							<upperBound>790</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>A</conservation>
						<isolation>B</isolation>
						<global>B</global>
					</speciesPopulation>
					<speciesPopulation>
						<speciesGroup>B</speciesGroup>
						<speciesCode>A034</speciesCode>
						<scientificName>Platalea leucorodia</scientificName>
						<sensitiveInfo>false</sensitiveInfo>
						<nonpresentInSite>false</nonpresentInSite>
						<populationType>r</populationType>
						<populationSize>
							<lowerBound>56</lowerBound>
							<upperBound>56</upperBound>
						<countingUnit>p</countingUnit>
						</populationSize>
						<observationDataQuality>G</observationDataQuality>
						<population>B</population>
						<conservation>C</conservation>
						<isolation>A</isolation>
						<global>B</global>
					</speciesPopulation>
				</species>
			</ecologicalInformation>
			<siteDescription>
				<habitatClass>
					<code>N04</code>
					<coveragePercentage>90.0</coveragePercentage>
				</habitatClass>
				<habitatClass>
					<code>N06</code>
					<coveragePercentage>10.0</coveragePercentage>
				</habitatClass>
				<otherSiteCharacteristics>An area of shifting and fixed sand-dunes along the mainland coast, with humid dune-slacks, two lakes, coastal marshes, and woodland. The freshwater lakes hold  breeding waterbirds including Spoonbill.</otherSiteCharacteristics>
				<qualityAndImportance>The following data refer to the period 1993-1997 (data in paragraph 3.2a-b refer te period 1999-2003). Species meeting the 1% threshold (breeding):  spoonbill Platalea leucordia (7%). Site largely overlaps with IBA 019 (IBA2000). </qualityAndImportance>
				<impacts>
				</impacts>
				<ownership>
				</ownership>
				<documentation>
					<description>Tempel Rvanden Osieck ER. 1994., Areas important for birds in the Netherlands., Techn Rapport Vogelbescherming  13E, Vogelbescherming Nederland,  Zeist --- Dijck D Klomp W Overdijk O. 1996., Populatie monitoring Lepelaars P.l. in het Zwanenwater 1996., Eigen uitgave auteurs --- Scharringa K ea. 1997., Natuur in de Kop., Provincie Noord-Holland, Haarlem --- Roomen Mvan Boele A Weide Mvander Winden Evan ea. 2000., Belangrijke vogelgebieden in Nederland 1993-97. Actueel overzicht van, Europese vogelwaarden in aangewezen en aan te wijzen speciale, beschermingszones en andere belangrijke gebieden., SOVON Informatierapport2000/01SOVON,  Beek-Ubbergen --- Dijck Dvan. 2001., Broedvogelverslag Zwanenwater 2000., Tringiaan 24.2: 46-49 --- Anonymus. 2002., Broedvogelverslag Zwanenwater 2001., Tringiaan 25.2: 38-46 --- Dijk AJvan Weide Mvander Deuzeman S ea. 2002., Kolonievogels en zeldzame broedvogels in Nederland in 2000 en 2001., SOVON Monitoringrapport  2002/03, SOVON,  Beek-Ubbergen; SOVON &amp; CBS (2006) Trends van vogels in het Nederlandse Natura 2000 netwerk.  SOVON Vogelonderzoek Nederland, Beek-Ubbergen</description>
					<links>
					</links>
				</documentation>
			</siteDescription>
			<siteProtection>
				<nationalDesignations>
					<nationalDesignation>
						<designationCode>NL01</designationCode>
						<cover>100.0</cover>
					</nationalDesignation>
				</nationalDesignations>
				<relations>
					<nationalRelationships>
					</nationalRelationships>
					<internationalRelationships>
						<internationalRelationship>
							<convention></convention>
							<siteName>Zwanenwater</siteName>
							<type>=</type>
							<cover>100.0</cover>
						</internationalRelationship>
					</internationalRelationships>
				</relations>
				<siteDesignationAdditional>Twinned to Titchwell Marsh (UK) and Platier dÓye (F).  (Partly) Qualifies for Ramsar.</siteDesignationAdditional>
			</siteProtection>
			<siteManagement>
				<managementBodies>
					<managementBody>
							<organisation>Provincie Noord-Holland</organisation>
							<addressUnstructured>Postbus 3007
2001 DA  Haarlem</addressUnstructured>
							<email></email>
						</managementBody>
				</managementBodies>
				<managementPlans>
					<exists>P</exists>
				</managementPlans>
				<conservationMeasures></conservationMeasures>
			</siteManagement>
			<map>
				<InspireID></InspireID>
				<pdfProvided>false</pdfProvided>
				<mapReference></mapReference>
			</map>
		</sdf>
</sdfs>
