[Distribution of Nitrogen and Phosphorus in Lake Chaohu Sediments and Pollution Evaluation].
Yan-Ping Wang, Wei-Wei Xu, Chao Han, Wei-Ping Hu
Abstract
Yan-Ping Wang, Wei-Wei Xu, Chao Han, Wei-Ping Hu
Abstract
), and comprehensive pollution index (FF) values were 1.09, 1.39, and 1.32, respectively, indicating light-to-moderate levels of pollution. Specifically, the western lake surface sediments were heavily polluted with respect to TP, the eastern lake surface sediments were moderately polluted, and the middle lake surface sediments were slightly polluted. Nutrient pollution varied widely between different areas of the lake, with sediments in the western part of the lake presenting a higher safety risk. Overall, these observations indicate that Lake Chaohu is threatened by internal nutrient loading.
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), and comprehensive pollution index (FF) values were 1.09, 1.39, and 1.32, respectively, indicating light-to-moderate levels of pollution. Specifically, the western lake surface sediments were heavily polluted with respect to TP, the eastern lake surface sediments were moderately polluted, and the middle lake surface sediments were slightly polluted. Nutrient pollution varied widely between different areas of the lake, with sediments in the western part of the lake presenting a higher safety risk. Overall, these observations indicate that Lake Chaohu is threatened by internal nutrient loading.
Key concepts: Phosphorus, Pollution, Environmental science, Nitrogen, Distribution (mathematics), Sediment, Water pollution, Hydrology (agriculture)