首页> 外文会议>Biennial ISEM Conference on Ecological Modelling for Global Change and Coupled Human and Natural System >The Effects of Residual Chlorine on the Behavioural Responses of Daphnia magna in the Early Warning of Drinking Water Accidental Events
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The Effects of Residual Chlorine on the Behavioural Responses of Daphnia magna in the Early Warning of Drinking Water Accidental Events

机译:残留氯对Daphnia Magna在饮用水意外事件预警中的行为应答的影响

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Biological Early Warning System (BEWS) based on behavioural responses of aquatic organisms was applied to monitor the drinking water quality for the early warning of accidental events. But residual chlorine in drinking water after disinfection might affect the behaviour modes of tested animals. In this research, the results showed that the residual chlorine in drinking water that was more than 0.32 mg/L would affect the behavioural responses of Daphnia magna significantly. It was evident dose-effect relationships between concentrations of residual chlorine and the behavioural responses of Daphnia magna. After 1.75 mg Na2S2O3 was added in 1 L water bodies, the behaviour modes of Daphnia magna would maintain the same as in Standard Reference Water (SRW). Therefore, in the early warning of drinking water accidental events, the effects of residual chlorine on the behavioural responses of Daphnia magna could be eliminated by on-line dosing of Na2S2O3.
机译:基于水生生物的行为响应的生物预警系统(BEWS)应用于监测饮用水质量的意外事件的预警。但消毒后饮用水中的残留氯可能会影响测试动物的行为模式。在本研究中,结果表明,饮用水中的残留氯在0.32mg / L中会显着影响Daphnia Magna的行为应答。残留氯浓度与Daphnia Magna的行为应答是明显的剂量效应关系。在1L水体中加入1.75mg Na 2 S 2 O 3后,Daphnia Magna的行为模式将与标准参考水(SRW)保持相同。因此,在饮用水意外事件的早期预警中,残留氯对Daphnia Magna的行为反应的影响可以通过Na 2 O 3的线同系给药消除。

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