[Thermal Stratification and Its Impacts on Water Quality in Shahe Reservoir, Liyang, China].
Xiang Yang Sun, Guangwei Zhu, Wen-Yi Da, Mao-Lei Yu, Wenbin Yang, Mengyuan Zhu, Hai Yan Xu, Chaoxuan Guo, Yu Li, Hengpeng Li, Huiyun Li
Abstract
Xiang Yang Sun, Guangwei Zhu, Wen-Yi Da, Mao-Lei Yu, Wenbin Yang, Mengyuan Zhu, Hai Yan Xu, Chaoxuan Guo, Yu Li, Hengpeng Li, Huiyun Li
Abstract
-N. The concentrations of dissolved oxygen, total phosphorus, and suspended solids in the hypolimnion increased after the disappearance of thermal stratification. Our results indicated that the thermal stratification was mainly controlled by solar radiation and the thermal stratification favored the growth of cyanobacteria and led to the release of nutrients from the sediment, threatening the water quality. Attention should be paid to thermal stratification to prevent algal blooms and related water quality deterioration.
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-N. The concentrations of dissolved oxygen, total phosphorus, and suspended solids in the hypolimnion increased after the disappearance of thermal stratification. Our results indicated that the thermal stratification was mainly controlled by solar radiation and the thermal stratification favored the growth of cyanobacteria and led to the release of nutrients from the sediment, threatening the water quality. Attention should be paid to thermal stratification to prevent algal blooms and related water quality deterioration.
Key concepts: Hypolimnion, Stratification (seeds), Epilimnion, Thermal stratification, Environmental science, Water column, Water quality, Hydrology (agriculture)