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首页> 外文期刊>Fresenius Environmental Bulletin >DISTRIBUTION OF SELENIUM AND SOME TRACE ELEMENTS AT DIFFERENT DEPTHS OF SOIL CORE
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DISTRIBUTION OF SELENIUM AND SOME TRACE ELEMENTS AT DIFFERENT DEPTHS OF SOIL CORE

机译:土壤核心不同深度硒和微量元素的分布。

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摘要

Distribution and concentration of Se, Mn, Fe, Co, Cu, Ni, Zn, Cd, Pb and Cr were determined in different depths of soil collected from industrial and agricultural lands in Kayseri (Turkey) using ICP-OES methods. The possibility of industrial and agricultural pollution by these elements in soil core was investigated using combined enrichment and anthropogenic factor formulas. The concentration of selenium and other trace elements in the surface soil was higher than in subsoil and deep subsoil. The results showed that concentrations of Co, Cr, Ni and Pb decreased with soil depth, but Mn steadily increased with depth. The maximum value of enrichment factor (EF) was obtained from nickel, and that of anthropogenic factor (AF) from cadmium, in depths of 35-50 cm.
机译:使用ICP-OES方法,从开塞利(土耳其)的工业和农业土地上,在不同深度的土壤中测定了硒,锰,铁,钴,铜,镍,锌,镉,铅和铬的分布和浓度。使用组合的浓缩和人为因素公式,研究了土壤中这些元素对工业和农业造成污染的可能性。表层土壤中硒和其他微量元素的含量高于深层和深层土壤。结果表明,随着土壤深度的增加,Co,Cr,Ni和Pb的含量降低,而Mn随着深度的增加而稳定增加。富集因子(EF)的最大值来自镍,而人为因子(AF)的最大值来自镉,深度为35-50 cm。

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