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Contaminant transport modeling for nitrate pollution of groundwater: A case study

机译:硝酸盐地下水硝酸盐污染的污染物运输模型 - 以案例研究

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Contaminant transport modeling was performed with MODFLOW and MT3D models to investigate the increase in the mean nitrate concentration of shallow groundwater in Ludhiana district, India. The concentration was found to be directly related to the increased use of nitrogenous fertilizers. It was revealed that the nitrate nitrogen concentration was above WHO's recommended limit for drinking water in 68 percent of the area in pre monsoon and in 84 percent of the area in post monsoon periods. The increase in the nitrate nitrogen concentration in groundwater was found to be more in south eastern blocks of the district compared to western blocks due to higher usage of nitrogenous fertilizers in the former. Contaminant transport model was observed to be most stable with upstream finite difference numerical method.
机译:用Modflow和MT3D模型进行污染物传输建模,以研究印度卢迪亚纳区浅地下水平均硝酸盐浓度的增加。发现浓度与增加使用含氮肥料直接相关。据透露,硝酸盐氮浓度高于季风68%的饮用水的推荐限制,并在季风期间的84%的地区。由于前者在前者含有含氮肥料的含量较高,地区的地区硝酸盐氮浓度的增加在地区的东南部块中被发现更多。观察到污染物传输模型与上游有限差分数值方法最稳定。

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