水利工程建设对多瑙河三角洲基利亚支流水生生态系统的影响

IF 0.8 Q2 Environmental Science Biosystems Diversity Pub Date : 2022-11-06 DOI:10.15421/012235
A. Liashenko, K. Zorina-Sakharova, M. Pohorielova, T. M. Sereda, І. І. Abramyuk, V. Trylis
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引用次数: 0

摘要

多瑙河三角洲乌克兰部分的Bystryi支流是欧洲和世界上最大的水生湿地之一,由于恢复航运,因此有必要控制对多瑙河生物圈保护区邻近水域的人为影响。本研究的目的是比较Bystryi支口区浮游植物、微型底栖植物、大型植物、底栖无脊椎动物和鱼栖动物的组成和结构与位于保护区的Vostochnyi、Tsyhanka和Starostambulskyi支口区人类活动有限的群落。我们还根据欧盟水框架指令确定了生物类群描述符与生态状况类别的对应关系。这些研究在2020-2021年的秋季和夏季进行。记录到的动植物种类367种,其中生物多样性最丰富的是百思门生物群,有250种,未受干扰口的水生生物有180 ~ 231种。结果表明,该海域共有物种的比例为25.3%,根据Bray-Curtis划分的物种组成相似性值为47.5% ~ 81.5%。根据分类和生态结构的大多数指标,我们确定所检查分支的口组之间没有显着差异。作为生态状况的描述因子,我们选择了基于藻类功能群生物量比例的浮游植物和微底栖植物组合指数,以及基于环境因子作用脆弱性的河流大型植物生物指数、Zelinka & Marvan的腐生指数和底栖无脊椎动物生物监测工作组指数和鱼类动物物种代表性指数。我们确定浮游植物和微型底栖植物的描述符范围对应于“高”生态状态类别,大型植物和底栖无脊椎动物的描述符范围为“好”,鱼类的描述符范围为“高”到“好”。总体上,各口区生态状况较好。三角洲研究分支河口生物群落的物种组成和结构相似,表明深水航运对邻近生态系统没有负面影响,这可能与自然压力水域群体反应的特殊性以及水工建设的局部影响有关。
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Impact of hydrotechnical construction on aquatic ecosystems of the Kiliia branch of the Danube Delta
Resumption of shipping in the Bystryi branch in the Ukrainian part of the Danube Delta, one of the largest aquatic-wetland areas of Europe and the world, has made it necessary to control the anthropogenic impact on the neighboring water areas of the Danube Biosphere Reserve. The objective of the study was comparing the compositions and structure of phytoplankton, microphytobenthos, macrophytes, benthic invertebrates and ichthyofauna of the mouth area of the Bystryi branch with such communities of the mouths of the branches Vostochnyi, Tsyhanka and Starostambulskyi, which are situated in the protected zone and characterized by limited anthropogenic activity. We also determined the correspondence of the descriptors of biotic groups to the categories of the ecological status according to the Water Framework Directive of the EU. The studies were performed in the autumn and summer periods in 2020–2021. We recorded 367 species of animals and plants, the richest biodiversity was seen for the biota of the Bystryi branch – 250 species, and 180–231 species of hydrobionts were found in the undisturbed mouths. We determined 25.3% of shared species for the water areas, and therefore high values of similarity of the species compositions according to Bray-Curtis (47.5% to 81.5%). We determined no significant differences between the groups of the mouths of the examined branches according to most indicators of taxonomic and ecological structure. As the descriptors of ecological status, we chose assemblage indices of phytoplankton and microphytobenthos, which are based on ratios of biomass of functional groups of algae, and also the Macrophyte Biological Index for Rivers, saprobic index of Zelinka & Marvan and Biological Monitoring Working Party Index of Benthic Invertebrates and Representation of Species of Ichthyfauna according to vulnerability to actions of environmental factors. We determined that the range of descriptors of phytoplankton and microphytobenthos corresponded to the “high” ecological status category, such of macrophytes and benthic invertebrates to “good”, and such of ichthyofauna varied “high” to “good”. In general, all the mouth areas were characterized by “good” ecological status. Similarities of the species composition and the structure of biotic communities of the mouths of the studied branches of the delta indicate the absence of negative impact of the deepwater shipping on adjacent ecosystems, which may be related to the peculiarities of reactions of groups in the water areas with natural stress, as well as local impact of the hydrotechnical construction.
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