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首页> 外文期刊>Fresenius environmental bulletin >POLLUTION ASSESSMENT AND SOURCE APPROXIMATION OF HEAVY METALS IN THE SOIL ALONG A MAIN ROAD WITH HIGH DENSITY OF TRAFFIC
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POLLUTION ASSESSMENT AND SOURCE APPROXIMATION OF HEAVY METALS IN THE SOIL ALONG A MAIN ROAD WITH HIGH DENSITY OF TRAFFIC

机译:高流量主干道沿线土壤重金属污染评价与来源估算。

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Heavy metals accumulated in farmland soil can influence the food safety and human health, and therefore, the protection of the environment of the farmland soil along the trafficway is of great significance. In order to find out the pollution status of soils along the Suzhou Avenue, the contents of Cr, Ni, Cu, Zn and Pb in 105 soil samples have been measured, and the pollution status was evaluated by a series of methods (including single pollution, comprehensive pollution and potential ecological hazard indexes), then the sources were determined by combining spatial distribution characteristics and mathematical statistics (correlation and factor analyses). The results showed that Ni, Cu, Zn and Pb were polluted with varying degrees. The potential ecological hazard index was Cu > Pb > Ni > Cr > Zn. The contents of Zn and Pb in soil were affected by traffic, while the contents of Cr, Ni and Cu were related to geological or agricultural factors.
机译:农田土壤中积累的重金属可影响食品安全和人体健康,因此,对行车道农田土壤的环境保护具有重要意义。为了了解苏州大道沿线土壤的污染状况,对105份土壤样品中Cr,Ni,Cu,Zn和Pb的含量进行了测定,并通过一系列方法(包括单一污染)对污染状况进行了评估。 ,综合污染和潜在的生态危害指数),然后结合空间分布特征和数学统计(相关性和因子分析)确定污染源。结果表明,镍,铜,锌和铅受到不同程度的污染。潜在的生态危害指数为Cu> Pb> Ni> Cr> Zn。土壤中锌和铅的含量受交通的影响,而铬,镍和铜的含量与地质或农业因素有关。

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