吉兰丹杰里拉塔扬古特与拉塔可定水质及重金属浓度比较

Nur Hanisah Abdul Malek, Nur Suaidah Mohd Isa, N. S. A. Halim, A. N. M. Nor
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引用次数: 0

摘要

水质变化是由人类活动、未经控制的污水、重金属和沉积物等间接或直接来源引起的。本研究选取吉兰丹吉里两个著名的旅游景点——拉塔扬古特和新兴的生态旅游地拉塔丁进行。本研究的主要目的是比较梯级的水质指数和重金属含量。从每个梯级的流动水和停滞水两个点采集了12个样本。采用Mann Whitney检验确定柯定拉子和杨果拉子各理化参数的浓度是否存在显著差异。斯皮尔曼相关也被用来确定物理和化学参数之间的关系。研究发现,拉塔扬古特的水质指数(WQI)为69.07(III类),拉塔科定的水质指数(WQI)为71.75 (III类),这意味着两个级联的水质都受到轻微污染。因此,拉塔扬古特和拉塔科定需要广泛的处理,如果它将用于供水,但仍在控制之下,身体与水接触是安全的。然而,需要进一步监测以避免出现任何环境问题。
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Comparison of Water Quality and Heavy Metals Concentration between Lata Janggut and Lata Keding, Jeli, Kelantan
Water quality change is caused by indirectly or directly sources such as human activities,uncontrolled sewage, or heavy metals and sediments. This study was conducted at two famousecotourism places in Jeli, Kelantan which are Lata Janggut and the new ecotourism place, LataKeding. The main objective of this study is to compare water quality index and heavy metals at thecascades. Twelve samples were collected from two points which are flowing water and stagnantwater in each cascade. Mann Whitney test was used to determine whether there are significantdifferences in concentration of each physical and chemical parameters between Lata Keding andLata Janggut. Spearman correlation was also used to determine the relationships between physicaland chemical parameters. This study found that Water Quality Index (WQI) in Lata Janggut is 69.07(Class III) and Lata Keding is 71.75 (Class III) which means that the water quality was slightlypolluted for both cascades. Therefore, Lata Janggut and Lata Keding require extensive treatment ifit will be used for water supply but still under control and safe to had body contact with the water.However, further monitoring are needed to avoid any environmental issues arise.
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