拉多加湖shlis-selburg湾的生态和鱼毒理学现状

A. Y. Romanov, N. Arshanitsa, A. Stekolnikov, S. V. Khamzin, S. Ekimova
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引用次数: 1

摘要

本文介绍了拉多加湖什利塞尔堡湾的生物化学分析资料,该海湾作为圣彼得堡市的一个供水水源,具有重要的渔业和卫生作用。鱼类动物群在研究水域的生态和毒理学状况分析中发挥了主导作用。本研究的目的是评估拉多加湖什利塞尔堡湾作为圣彼得堡(涅瓦河的源头)的主要渔业水域之一和唯一供水水源的生态和鱼类毒理学状况。在实验室条件下,于2022年夏秋期间在三个水域进行了什利塞尔堡湾水域的生物和化学分析研究。什利塞尔堡湾的一个特点是径流的存在,它启动了污染物的去除和底部沉积物的性质,这使得海湾不太容易受到人为影响。目前,用于渔业水质评价的方法有生物-生物指示和生物试验,以及化学分析结果与水、沉积物、降水和鱼类中有害物质含量的标准进行比较。优先考虑“表达”方法:鱼类研究结果的生物试验和生物指示。对以往研究材料的分析使我们有理由考虑到鱼类的人为负荷(暴露于污染物)逐渐减少,这是渔业职位给出的普遍公认的水质指标。研究结果表明,目前Shlisselburg湾的生态和毒理学状况有所改善,但还不能令人满意。考虑到鱼类动物群的状况及其污染水平,其特征可为弱表达亚致死,并可能在春季过渡到中等表达的有条件亚致死。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The current ecological and ichthyotoxicological state of the shlis-selburg bay lake Ladoga
The article presents the materials of biological and chemical-analytical studies of the Shlisselburg Bay of Ladoga lake, that plays an important fishery and sanitary-hygienic role as a source of water supply of St. Petersburg. The dominant role of ichthyo-fauna in the assay of the ecological and toxicological state of the studied water area is shown. The purpose of the conducted research is to assess the ecological and ichthyo - toxicological state of the Shlisselburg Bay of Ladoga lake, as one of the main fishery water areal and the only source of water supply of St. Petersburg (the source of the Neva River). Biological and chemical analytical studies of the water area of the Shlisselburg Bay in laboratory conditions were carried out in the summer-autumn period in 2022 in three water areas. A feature of the Shlisselburg Bay is the presence of a runoff flow, that initiates the removal of pollutants and the nature of bottom sediments, which makes the Bay less vulnerable to anthropogenic impact. Currently, the methods used to assess water quality for the fisheries perspective are biological – bioindication and biotesting, as well as the results of chemical analysis in comparison with the standards for the content of harmful substances in water, sediments, precipitation and fish. Preference is given to “express’ methods: biotesting and bioindication of fish research results. Analysis of materials from previous studies have given reason to consider a gradual decrease in anthropogenic load (exposure to pollutants) on fish, as generally recognized indicators of water quality, given from fisheries positions. The results of the research showed that the ecological and toxicological condition of the Shlisselburg Bay has now improved, but cannot be considered satisfactory. Taking into acount the state of the ichthyo fauna and the level of its pollution, it can be characterized as weakly expressed sublethal with a possible transition to medium-expressed, conditionally sublethal in the spring period.
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