2010
DOI: 10.1007/s12302-010-0145-2
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Atmosphärische Deposition und Anreicherung von Schwermetallen und Stickstoff in Natura-2000-Gebieten Deutschlands

Abstract: Zusammenfassung Absicht Im Rahmen der Luftreinhaltekonvention werden Moose zur europaweiten Kartierung der Bioakkumulation von Schwermetallen und Stickstoff verwendet. Hierzu werden alle fünf Jahre Moose gesammelt und chemisch analysiert. Diese Daten werden in dem vorliegenden Artikel für die Natura-2000-Gebiete Deutschlands (SCI) ausgewertet. Methoden Die zeitlichen Trends der Metallanreicherungen in den SCIs wurden anhand eines Multimetallindex berechnet, der mit Verfahren der Geostatistik und der Perzentils… Show more

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“…The Natura 2000 conservation area network has been established by the EU to preserve the most important and endangered habitats and species across Europe. Such areas show a very high susceptibility to unfavorable effect of human activity (Macedo-Sousa et al 2009 ; Schröder et al 2010 ; Tsiafouli et al 2013 ). It comes mostly from the high variation in objects of protection and local environmental conditions within respective areas.…”
Section: Introductionmentioning
confidence: 99%
“…The Natura 2000 conservation area network has been established by the EU to preserve the most important and endangered habitats and species across Europe. Such areas show a very high susceptibility to unfavorable effect of human activity (Macedo-Sousa et al 2009 ; Schröder et al 2010 ; Tsiafouli et al 2013 ). It comes mostly from the high variation in objects of protection and local environmental conditions within respective areas.…”
Section: Introductionmentioning
confidence: 99%
“…For that purpose, data were collected at 726 locations across the German territory and used to validate the atmospheric N deposition determined and modelled by the European-wide European Monitoring and Evaluation Programme (EMEP) [10]. In addition, atmospheric N deposition into Natura 2000 sites was estimated from the data collected in the moss survey in 2005 (median 16.7 kg/ha*a) [15]. As shown by [9,14,16] and [17], the atmospheric N deposition and the enrichment of N in mosses differ considerably on a regional scale.…”
Section: Introductionmentioning
confidence: 99%