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讷尔默达河水质评估及其与肠道病原体出现的相关性

Evaluation of Water Quality of River Narmada and Its Correlation with Occurrence of Enteropathogens.

作者信息

Anjana Sharma, Kumar Singh Susheel, Lokesh Kori, Chandan Bora R, Varsha Shukla

出版信息

J Environ Sci Eng. 2014 Jan;56(1):45-52.

Abstract

Water quality of river Narmada was investigated employing the chemometric techniques and statistical analysis with a view to extract information about the variables responsible for spatial and temporal variation in physicochemical parameters. Analysis of Pearson's correlation revealed significant correlation among the physicochemical parameters while weak correlation with occurrence of enteropathogens. The multivariate statistics and principal component analysis applied to datasets indicated three to four components influencing the water to the extent of 78.172% (2003), 82.726% (2004), 83.819% (2005), 86.294% (2006), 85.952% (2007) and 76.620% (2008) of total variance. The water samples collected on seasonal basis during 2003-2008 revealed the presence of multidrug resistance enteric pathogens viz. Aeromonas, Enterobacter, Klebsiella, Salmonella, Serratia, Shigella and Vibrio throughout the study period. Thus seasonal effects, agricultural wastes, domestic and industrial waste water discharges and their organic load caused main variation in water quality of river Narmada. These results will assist in the water management of river water for varied future demands including human consumption, irrigation, industrial and river conservation.

摘要

采用化学计量技术和统计分析方法对讷尔默达河的水质进行了调查,目的是获取有关导致理化参数时空变化的变量信息。皮尔逊相关性分析表明,理化参数之间存在显著相关性,而与肠道病原体的出现相关性较弱。对数据集进行的多元统计和主成分分析表明,有三到四个成分对水质的影响程度分别为总方差的78.172%(2003年)、82.726%(2004年)、83.819%(2005年)、86.294%(2006年)、85.952%(2007年)和76.620%(2008年)。2003年至2008年按季节采集的水样显示,在整个研究期间均存在多重耐药性肠道病原体,即气单胞菌、肠杆菌、克雷伯菌、沙门氏菌、沙雷氏菌、志贺氏菌和弧菌。因此,季节效应、农业废弃物、生活和工业废水排放及其有机负荷是讷尔默达河水质变化的主要原因。这些结果将有助于对河水进行水资源管理,以满足未来包括人类消费、灌溉、工业用水和河流保护等各种需求。

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