塞利格湖沉积物中的重金属迁移

Nikolay Kolomiycev, B. Korzhenevsky, T. Ilyina, G. Tolkachev
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摘要

塞利格湖是俄罗斯欧洲部分中部的景观和气候瑰宝之一。传统上,这一地区一直是有组织和无组织游客扩张的对象。几十个地方和奥斯塔什科夫市已经并将继续为在审议的领土上建立一个自然和人为的系统作出贡献。虽然近年来人口和工业生产强度有所下降,但通常位于水保护区内的民用设施的数量有所增加。这样做的后果是湖泊沉积物被重金属污染,这是作者从2000年开始研究的。最明显的是铬污染,其“罪魁祸首”是一家在苏联时期活跃经营的制革厂,尽管近年来其活动的负面影响已显著减少。对铬污染的监测结果显示,在靠近其接收源的一些地方,铬污染程度非常高,这表明存在一定数量的“热点”。对沉积物中其他重金属分布的研究表明,到目前为止,它们对淤泥的污染程度还不值得关注,但它们大多数是从无组织来源进入湖泊的。湖的现状还没有引起除铬以外的重金属污染的严重关注,但对该地区的定期监测对于有效评估其地质生态状态的变化是必要的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Heavy metal migration in the sediments of the lake Seliger
The Lake Seliger is one of the landscape and climatic gems of the central part of European Russia. Traditionally, this territory has been the object of expansion of both organized and unorganized tourists. Several dozen localities and the city of Ostashkov have contributed and continue to contribute to the creation of a natural and man-made system in the territory under consideration. Although the population and the intensity of industrial production have declined somewhat in recent years, the number of civilian facilities, often located within water protection zones, has increased. The consequence of this is the contamination of the sediments of the lake with heavy metals, which has been studied by the authors since 2000. The most pronounced is the chromium contamination, the ≪culprit≫ of which is a tannery that was actively operating in Soviet times, although the activity of the negative impact of which has significantly decreased in recent years. Monitoring of chromium contamination, the results of which show a very high degree of contamination in some points close to the source of its receipt, indicates the presence of a certain number of ≪hot spots≫. The study of the distribution of other heavy metals in the sediments shows that so far the level of contamination of silt with them is not cause for concern, but most of them enter the lake from unorganized sources. The current state of the lake does not yet cause serious concerns about contamination with heavy metals, except chromium, but the periodic monitoring of this area is necessary for a competent assessment of changes in its geoecological state.
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