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Water Quality Characterisation and Restoration Measures of University of Nottingham Malaysia Campus (UNMC) Lake

机译:诺丁汉大学马来西亚校区(UNMC)湖水质表征和恢复措施

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摘要

Nutrient enrichment has been identified as the major cause of University of Nottingham Malaysia Campus (UNMC) Lake’s water quality degradation. This study critically examines the nature, source and delivery of nutrients into the lake and observes that uncontrolled anthropogenic activities along the catchment area are the major sources. The chemical analyses of the water samples drawn from different sampling points were carried out in the laboratory and the total phosphorus readings were in the range of 20 to 55.7 μg/L with the inflow 1 recording the highest level. The chlorophyll a concentrations in the lake water were between 39 to 65 μg/L which exceeded Malaysian water quality standard. However, the silicate and nitrate levels were found to be in lower concentrations. Dissolved oxygen and pH readings obtained through in situ measurements in the lake water showed that there was oxygen depletion in the water during the night while it increased during the day, also the lake was acidic in the night and became alkaline in the day. All the findings were integrated to draw realistic restoration goals for the lake.
机译:营养物质富集已被确定为诺丁汉大学马来西亚校区(UNMC)湖水质量下降的主要原因。这项研究严格审查了养分的性质,来源和向湖中的输送,并观察到集水区沿岸的不受控制的人为活动是主要来源。在实验室中对从不同采样点抽取的水样进行了化学分析,总磷读数在20至55.7μg/ L的范围内,其中流入1记录的最高水平。湖水中的叶绿素a浓度在39至65μg/ L之间,超过了马来西亚的水质标准。但是,发现硅酸盐和硝酸盐的含量较低。通过原位测量在湖水中获得的溶解氧和pH值读数表明,夜间水在水中耗竭,而白天则增加,湖在夜间呈酸性,在白天变为碱性。所有的发现被综合起来,为该湖画出了现实的恢复目标。

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