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Meiobenthos of the Former Nuclear Test Area and Nuclear Waste Disposal Grounds around the Novaya Zemlya Archipelago (Barents and Kara Seas)

机译:诺瓦亚·泽姆利亚群岛(巴伦支和卡拉海)附近的前核试验区和核废料处置场的Meiobenthos

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摘要

The taxonomic composition and quantitative distribution of the meiobenthos were studied in materials collected from one of the former nuclear test sites by the Novaya Zemlya Archipelago in Chernaya Guba (Barents Sea) and from the grounds of nuclear waste disposal along the east coast of the Archipelago from Abrosimov Bay to Stepovoi Bay and the region of Novozemel'skaya Hollow (Kara Sea). Foraminifera and free living nematodes were the most numerous groups, and foraminifera prevailed in terms of biomass in the entire area studied. No correlation of the parameters of the meiobenthic communities with varying depth and type of ground was revealed. It was established that the taxonomic diversity increased and population density decreased with an increase in the concentration of ~(137)Cs. It was suggested that meiobenthic communities are able to respond quickly to the deterioration of environmental radioactivity, varying their taxonomic composition and parametrical indexes.
机译:研究了底栖动物的分类学组成和定量分布,这些物质是在Chernaya Guba(巴伦支海)的Novaya Zemlya群岛从一个前核试验场收集的材料中以及从该州东海岸沿岸的核废料处置场收集的。阿布罗西莫夫湾至斯蒂沃维湾和Novozemel'skaya Hollow(卡拉海)地区。有孔虫和自由生活线虫是最多的类,有孔虫在整个研究区域的生物量方面占优势。没有发现不同深度和不同类型的中底栖动物群落的参数之间的相关性。已经确定,随着〜(137)Cs浓度的增加,分类学多样性增加,种群密度降低。有人指出,中底栖动物群落能够迅速响应环境放射性的恶化,改变其生物分类组成和参数指标。

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