首页> 外文期刊>Biological Conservation >Micro-hydrological and micro-meteorological controls on survival and population growth of the whorl snail Vertigo geyeri Lindholm, 1925 in groundwater fed wetlands.
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Micro-hydrological and micro-meteorological controls on survival and population growth of the whorl snail Vertigo geyeri Lindholm, 1925 in groundwater fed wetlands.

机译:摄食地下水的湿地中,螺蜗牛生存和种群增长的微水文和微气象控制,1925年。

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摘要

Vertigo geyeri is a rare, tiny species of mollusc, living in calcareous, spring fed wetlands. It is considered to be threatened within the EU community; therefore it is protected under Annex II of the EU Habitat Directive (92/43/EEC). This snail has very specific micro-habitat requirements, which up to now were largely unknown. This study was initiated to provide more information on the detailed micro-hydrogeological and micro-meteorological requirements for this microscopic species in order to manage their future existence on Pollardstown Fen, Ireland and at other sites. The micro-habitat of the snail was studied during an extensive research project carried on Pollardstown Fen in Ireland during the period 2002-2005 being the first national (and possibly international) study of that scale. The results show that high relative humidity (above 80%) and close proximity to a phreatic water surface (approximately 0.1 m below ground surface) are the most important factors for maintaining populations of the snail.
机译:Vertigo geyeri 是一种稀有的软体动物,生活在石灰质,春季补给的湿地中。它被认为在欧盟内部受到威胁;因此,它受到欧盟人居指令(92/43 / EEC)附件II的保护。这只蜗牛具有非常特殊的微生境要求,到目前为止,人们对它们的了解还很少。开展这项研究是为了提供有关此微观物种的详细微水文地质和微气象要求的更多信息,以便管理它们在爱尔兰Pollardstown Fen和其他地点的未来生存。在2002-2005年间,爱尔兰的Pollardstown Fen进行了一项广泛的研究项目,对蜗牛的微生境进行了研究,这是该规模的首次国家(甚至可能是国际)研究。结果表明,较高的相对湿度(超过80%)和紧靠潜水水表面(离地面约0.1 m)是保持蜗牛种群的最重要因素。

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