THE LONG-TERM DYNAMICS OF ZOOBENTHOS COMMUNITIES IN THE LAKE UNDER CONDITIONS OF WASTEWATER POLLUTION FROM APATITE- NEPHELINE PRODUCTION

S. Valkova
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Abstract

The changes in the composition and structure of zoobenthos of Bolshoi Vudyavr Lake were analyzed in the long-term dynamics. Benthic fauna is characterized by low taxonomic diversity. Zoocenosis consists of eurybiont species of oligochaetes (Tubifi cinae), chironomids (Chironiminae, Tanypodinae), and mollusks (Pisidiidae) in the deep-water zone. Chironomids Orthocladiina dominated in the littoral zone. Communities are complemented by bivalves, oligochaetes and invertebrates typical for the littoral zone of the lakes (gastropods, caddisfl y, beetles, mayfl ies, stonefl ies). In the structure of deep-water biocenoses there is a tendency of increasing of mollusks Pisidiidae. Their share in the total number of invertebrates increased from 30 % in 2001 to 66 % in 2022. Zoobenthos are characterized by relatively high values of abundance number and biomass. The average level of biomass of zoobenthos in the lake varies from “moderate” (5,0–10,0 g/m2) to “elevated” class (10–20 g/m2).
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磷灰石-霞石生产废水污染下湖泊底栖动物群落的长期动态
从长期动态的角度分析了乌迪亚夫湖底栖动物组成和结构的变化。底栖动物的特点是分类多样性低。动物性疾病是由深水区寡毛纲动物(tubii cinae)、chironomids (chironimae, Tanypodinae)和软体动物(Pisidiidae)组成的。滨岸区以直枝摇尾目为主。群落由双壳类、寡毛类和湖泊沿岸典型的无脊椎动物(腹足类、毛囊类、甲虫、五月类、石类)补充。在深水生物群落的结构中,软体动物有增加的趋势。它们在无脊椎动物总数中的份额从2001年的30%增加到2022年的66%。底栖动物具有较高的丰度、数量和生物量。湖泊底栖动物生物量的平均水平从“中等”(5、0 ~ 10、0 g/m2)到“高”(10 ~ 20 g/m2)。
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