Impact of Polluting Sources on Physico-Chemical Properties and Content of Heavy Metals in the Waters of the Morava e Binçës River — Kosovo

Q3 Environmental Science
M. Sadiku, S. Kadriu
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Abstract

The problem of providing an adequate supply and supply of drinking water and other necessary water, today more than ever is a global concern because climate change caused by environmental pollution not only has reduced water reserves but has also contributed to the degradation of aquatic biodiversity. Care for the preservation of surface water directly affects the preservation of groundwater quality. Therefore, such a thing has motivated us to explore the water quality of Morava e Binçës, a river that flows and refreshes the northeastern part of Kosovo. To have an accurate assessment, of the quality of river waters, in the research area, we have targeted four monitoring points (S1, S2, S3, and S4), and we are based on some standard ISO and EPA methods, which correspond to the quality of surface waters. The results have shown that during the four seasons of the year, we have encountered Physico-chemical pollution at all monitoring points, but more prominent excesses have resulted during the summer and autumn at the S4 sampling site with COD (159.8mg/L) and BOD5 (64.5 mg/L). While we encountered more pronounced excesses with heavy metals in the summer season in S4 with Mn (0.052mg/L), while in the fall, in S3 with Cd (0.090mg/L). Such pollution has occurred as a consequence of urban and industrial discharges; the use of chemicals in agricultural lands and the presence of the regional doping with the urban waste of Gjilan, located not far from the banks of this river categorizes these waters as poor ecological status.
污染源对科索沃莫拉瓦e Binçës河水体理化性质及重金属含量的影响
今天,提供充足的饮用水和其他必要的水的问题比以往任何时候都更加成为全球关注的问题,因为环境污染引起的气候变化不仅减少了水储备,而且还导致了水生生物多样性的退化。对地表水的养护直接影响地下水水质的养护。因此,这样的事情促使我们去探索Morava e Binçës的水质,这是一条流经科索沃东北部的河流。为了准确评估研究区域的河流水质,我们选择了4个监测点(S1、S2、S3和S4),并采用了一些与地表水水质相对应的ISO和EPA标准方法。结果表明:一年四季各监测点均存在理化污染,但在夏季和秋季,S4采样点的COD (159.8mg/L)和BOD5 (64.5 mg/L)超标更为突出。在夏季,S4的Mn (0.052mg/L)超标,而在秋季,S3的Cd (0.090mg/L)超标。这种污染是由于城市和工业排放造成的;在离这条河的河岸不远的吉兰,在农业用地上使用化学品,以及城市垃圾中存在区域性掺杂,这些水域被归类为生态状况较差的水域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
International journal of environmental science and development
International journal of environmental science and development Environmental Science-Environmental Science (all)
CiteScore
1.60
自引率
0.00%
发文量
23
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