波罗的海微型浮游动物(纤毛虫和轮虫)的生物多样性

E. Mironova, I. Telesh, S. Skarlato
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引用次数: 8

摘要

微型浮游动物(如纤毛虫和轮虫)是一个重要的生态系统隔间,负责中上层生态系统中营养物质的转移和循环。在波罗的海,微型浮游动物的物种多样性很高。波罗的海浮游生物动物群的特点是大部分以淡水物种为代表。与其他海洋相比,波罗的海的纤毛虫和轮虫的物种组成研究得更全面。现在,已知波罗的海有789种纤毛虫,其中只有160种是真正的浮游生物。因此,有必要更好地定义浮游纤毛虫的多样性。特别是,人们对纳米纤毛虫(<20微米)及其在波罗的海远洋生态系统中的功能作用知之甚少。作者在涅瓦河河口(波罗的海东部)发现了波罗的海新发现的几种纤毛虫。对波罗的海河口生态系统中轮虫的多样性进行了更详细的调查,并统计了约150种;同时,波罗的海开阔海域轮虫群落的种类组成仍有待修订。
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Biodiversity of microzooplankton (ciliates and rotifers) in the Baltic Sea
Microzooplankton (e.g. ciliates and rotifers) is an important ecosystem compartment responsible for the transfer and recycling of nutrients in pelagic ecosystems. In the Baltic Sea, species diversity of microzooplankton is high. The characteristic feature of the Baltic Sea planktonic fauna is that great part of it is represented by the freshwater species. In comparison with other seas, species composition of the Baltic Sea's ciliates and rotifers have been studied more completely. Now, 789 species of ciliates are known for the Baltic Sea, and only 160 of them are true planktonic. Thus, the need to define better the diversity of planktonic ciliates is essential. In particular, nanociliates (<20 mum) and their functional role in the Baltic pelagic ecosystems are poorly known. Several species of ciliates that are new for the Baltic Sea were discovered by the authors in the Neva Estuary (eastern Baltic Sea). Diversity of rotifers in the Baltic estuarine ecosystems was investigated in more details and accounts to ca. 150 species; meanwhile the species composition of rotifer assemblages in the open Baltic Sea is still in need of revision.
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