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Estimation Lead & iron with changes in normal values of elements in Roadways Soil of Samarra City

机译:萨马拉市道路土壤中铅和铁元素含量正常值的变化

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So far there are no investigation or any study on the soil contamination or measuring the Pollutants levels is soil of Samarra city, the present work is part of project to estimate the heavy metals in the soil and other contamination elements. Soil pollution, in short, is a much bigger and more complicated problem than it might appear. The soil texture varied from Clay Silts to Sandy Silts trending to Gypsy nature because of high calcium Sulphate levels with high levels of calcium carbonate. The risk in this study was the high levels of Lead concentration in all soil samples collected from Samarra City. The highest lead concentration register 1220,4 ppm while the control was just 380,4 ppm. Levels of Calcium Carbonate also registered high concentration. By talking about Calcium Sulphate there is a high levels recorded because the Soil type of Samarra is Gypsum. The Total Iron is very High 2460 ppm opposite low concentration of Bioavailability Fe (62 ppm) for Plant uptake.
机译:迄今为止,尚未对萨马拉市的土壤污染进行任何调查或研究,也没有测量污染物水平,目前的工作是估算土壤中重金属和其他污染元素的项目的一部分。简而言之,土壤污染是一个比看起来更大,更复杂的问题。由于硫酸钙含量高和碳酸钙含量高,土壤质地从粘土淤泥到沙质淤泥都趋于吉普赛性质。这项研究的风险在于,从萨马拉市收集的所有土壤样品中铅的含量很高。最高铅浓度记录为12204 ppm,而对照仅为380.4 ppm。碳酸钙含量也很高。通过谈论硫酸钙,可以记录到很高的含量,因为萨玛拉的土壤类型是石膏。与植物吸收的低浓度生物利用度铁(62 ppm)相反,总铁非常高,为2460 ppm。

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