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The triad approach to ecological assessment of urban soils

机译:城市土壤生态评估的三合一方法

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The "triad" approach was suggested by Chapman [22] for assessing the risk of contamination of bottom deposits. We applied this approach for the analysis of urban soils under different loads from motor transport. On its basis, the results of chemical analysis (heavy metals, biogenic elements, and pH), bioindication parameters of the communities of microorganisms, and the results of toxicological investigations with the use of test-organisms were generalized to obtain an integral index of the soil status (IS). A comparison of IS values for test plots at different distances from a highway in the city of Kirov (58.3729-58.624722 N, 49.3743-49.628611 E) showed that the ecological status of the soils could be qualified as disturbed on the plots adjacent to the highway and as slightly disturbed at distances of 30-200 m from the highway. The IS calculated on the basis of data of three disciplines (chemistry, ecology, and toxicology) seems to be a more comprehensive characteristic for assessing the ecological status of urbanozems as compared to Zc indices of the chemical contamination of soils (suggested by Saet) or indices of the integral biological characteristics of soil quality.
机译:Chapman [22]提出了“三合一”方法来评估底部沉积物的污染风险。我们将这种方法应用于汽车运输在不同载荷下的城市土壤分析。在此基础上,归纳了化学分析(重金属,生物元素和pH)的结果,微生物群落的生物指示参数以及使用测试生物进行毒理学调查的结果,从而得出了微生物的综合指数。土壤状况(IS)。在基洛夫市距高速公路不同距离的测试地块的IS值的比较(58.3729-58.624722 N,49.3743-49.628611 E)表明,土壤的生态状况可以视为在高速公路旁的地块上被扰动的土壤并且距高速公路30-200 m的距离略有干扰。与土壤化学污染的Zc指数相比(根据Saet的建议),根据三个学科(化学,生态学和毒理学)的数据计算出的IS似乎是更全面的特征,可用于评估城市有害生物的生态状况。土壤质量整体生物学特性的指标。

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