冬季枯水期的阿穆尔河水:硫酸盐含量和径流的多年动态。

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引用次数: 0

摘要

在阿穆尔河地区污水主要离子中,硫酸盐离子占主导地位。因此,本研究的目的是基于1943-1976年水文气象资料和作者1999-2019年资料,研究冬季低潮期阿穆尔河硫酸盐含量和径流量的长期动态变化。由于大城市和地方的自然条件和人为影响的多样性,主要地区的差异很大。估计了水电站的建设、阿穆尔河流域中国部分的重大经济变化以及阿穆尔河流域俄罗斯部分的纸浆、造纸和微生物工业的关闭对硫酸盐含量和流量的长期动态的影响。2005年12月中国吉林化工厂发生事故后,观测到阿穆尔河中硫酸盐的最高含量。确定了大洪水对冬季低潮期硫酸盐流量增加的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Amur River Water During the Winter Low-water Period: The Many-year dynamics of the Sulfates Content and Runoff.
ulfates are the dominant ions among the major ones in the Amur region’s sewage. Therefore, the purpose of the research is to study the long-term dynamics of the content and runoff of sulfates in the Amur River in the winter low-water, based on the materials of Roshydromet for 1943-1976 and the author’s data for 1999-2019.Significant variations in the main areas were found due to both the diversity of natural conditions and anthropogenic influence in the areas of large cities and localities. The impact of the construction of hydroelectric power plants, significant economic changes in the Chinese part of the Amur basin, as well as the closure of pulp and paper and microbiological industries in the Russian part of the Amur basin on the long-term dynamics of the content and flow of sulfates is estimated. The maximum content of sulfates in the Amur River was observed after the accident at the Jilin chemical plant in China in December 2005. The influence of major floods on the increase in the flow of sulphates in the winter low-water was established.
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