湖泊中硫的地球化学循环效应研究

硫是湖泊中参与生命物质循环的主要元素,同时也是控制湖泊氧化还原反应的主要元素之一。硫在湖泊中地球化学循环的本质是氧化还原反应,在其循环的过程中会对湖泊环境产生重要的影响。文章从湖泊中硫的地球化学循环机理、控制因素、以及循环过程中对环境可能产生的各种效应进行了分析。建议合理利用硫的地球化学循环效应来保护湖泊生态环境,即利用硫的地球化学循环过程中积极方面来改善湖泊环境,同时尽可能的降低循环过程中对湖泊生态环境造成的不利影响。

Sulfur is the main element involved in the circulation of life materials in lakes, and it is also one of the main elements controlling the redox reaction of lakes. The geochemical cycle of sulfur in lakes is accomplished by redox reactions, which has an important impact on the lake environment. This paper analyzes the geochemical cycle mechanism, control factors of sulfur in lakes and various effects that might occur in the environment during the cycle. It was recommended to rationally utilize the geochemical cycle effect of sulfur to protect the lake's ecological environment. Specifically, the positive aspects of the geochemical cycle of sulfur were used to improve the lake environment while minimizing the adverse effects on the lake's ecological environment during the cycle.