2010Journal of HydroecologyRequires access

Water Quality Assessment and Eutrophication Control Countermeasure of Typical Drinking Water Supply Reservoirs in Zhejiang Province

HE Xi-jun

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Abstract

Water quality monitoring and eutrophication of 125 reservoirs in Zhejiang Province were evaluated,and water quality trends of 15 reservoirs were analyzed. The results showed that 89.6% of these reservoirs water quality has reached the standard for drinking water source. 84.9% of these reservoirs were oligotrophic and mesotrophic. The total nitrogen and total phosphours of 15 reservoirs showed an obvious ascend trends. Suitable prevention suggestions were put forword to prevent eutrophication.

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What this paper is about

Water quality monitoring and eutrophication of 125 reservoirs in Zhejiang Province were evaluated,and water quality trends of 15 reservoirs were analyzed. The results showed that 89.6% of these reservoirs water quality has reached the standard for drinking water source. 84.9% of these reservoirs were oligotrophic and mesotrophic. The total nitrogen and total phosphours of 15 reservoirs showed an obvious ascend trends. Suitable prevention suggestions were put forword to prevent eutrophication.

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Available abstract

Water quality monitoring and eutrophication of 125 reservoirs in Zhejiang Province were evaluated,and water quality trends of 15 reservoirs were analyzed. The results showed that 89.6% of these reservoirs water quality has reached the standard for drinking water source. 84.9% of these reservoirs were oligotrophic and mesotrophic. The total nitrogen and total phosphours of 15 reservoirs showed an obvious ascend trends. Suitable prevention suggestions were put forword to prevent eutrophication.

Key concepts: Eutrophication, Water quality, Environmental science, Countermeasure, Water supply, Water resource management, Environmental engineering, Environmental protection

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