Urban fingerprinting on the River Ganges: A perspective of emerging contaminants status

Sachin Tripathi , Rakesh Kumar , Prasenjit Mondal , Alok Kumar Thakur , Sanyogita Singh , Gagandeep Kaur , Madhuben Sharma , Manish Kumar
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Abstract

Over the decades, there has been an increase in the number of Emerging Contaminants (ECs) in different aquatic compartments. These ECs do have a direct effect on marine organisms and indirect impacts on human health. Numerous studies regarding the ECs detection, fate, and health impacts are confined to developed nations. Indian River systems have remained the epitome of pollution due to unregulated treatment and discharge of pollutants from different sources. Therefore, this studies providing an adequate sound knowledge of identifying ECs in Indian rivers become of utmost importance. The current study focuses on the identification of ECs in the Ganges in three major cities, respectively, in three belts of Indo-Gangetic plains. Hydroxymorphinan, picrotoxinin, antibiotic quinolone, and nefopam are common drugs found at different locations in the Ganga basin. ECs and the frequency of each EC have been identified for various locations and estimated with some basic consideration. Interestingly, Ethylhexyl ester is primarily used in pesticide manufacturing and is a common problem for the middle and lower Ganga basins. Besides, personal care products, insecticides, herbicides, pesticides, and flavoring agents are major sources of ECs in the Ganga basin. The trends of concentration of various ECs from upper towards downstream were analyzed and justified with sources. Lastly, this manuscript concluded with various recommendations related to the control of unloading and releasing the effluents in the Ganga and biomonitoring the organic contaminants, along with toxic ECs.

恒河上的城市指纹:新兴污染物状况的视角
几十年来,不同水生隔间中新出现的污染物(EC)数量有所增加。这些EC确实对海洋生物有直接影响,对人类健康也有间接影响。许多关于EC检测、命运和健康影响的研究仅限于发达国家。由于对不同来源污染物的处理和排放不受监管,印度河流系统一直是污染的缩影。因此,这项研究为识别印度河流中的EC提供了充分的可靠知识,变得至关重要。目前的研究重点是分别在印度-恒河平原的三个带的三个主要城市识别恒河中的EC。羟吗啡喃、苦防己毒素、抗生素喹诺酮和奈福泮是在恒河流域不同地点发现的常见药物。已经确定了不同位置的EC和每个EC的频率,并在一些基本考虑的情况下进行了估计。有趣的是,乙基己基酯主要用于农药生产,是恒河中下游流域的常见问题。此外,个人护理产品、杀虫剂、除草剂、杀虫剂和调味剂是恒河流域EC的主要来源。分析了各种EC从上游到下游的浓度趋势,并用来源证明了其合理性。最后,本文总结了与控制恒河中废水的排放和生物监测有机污染物以及有毒EC有关的各种建议。
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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