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首页> 外文期刊>Water, Air, and Soil Pollution >APPLICATION OF BIOASSAYS FOR RISK CHARACTERISATION AND REMEDIATION CONTROL OF SOILS POLLUTED WITH NITROAROMATICS AND PAHs
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APPLICATION OF BIOASSAYS FOR RISK CHARACTERISATION AND REMEDIATION CONTROL OF SOILS POLLUTED WITH NITROAROMATICS AND PAHs

机译:生物测定在硝化和多环芳烃污染土壤的风险表征和修复控制中的应用

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摘要

Six soil samples taken from three contaminated sites have been assessed using chemical, ecotoxicological and genotoxicological methods. From two of these sites, samples were characterised after remediation. An overall assessment of the soil samples was done with a scheme consisting of two phases. Remediation of main pollutants in these samples did in general not lead to a risk reduction of the water-extractable ecotoxic and genotoxic potential. It was concluded, that the assessment and remediation of contaminated sites without consideration of biological test systems is not sufficient. Focussing on single hazardous compounds does in many cases not lead to a reduction of the ecotoxic or genotoxic potential. Consequently, effects of accompanying hazardous compounds, which are not routinely quantified, might be underestimated. It was pointed out, that the assessment of contaminated soil samples on the basis of LID-values applying dual dilution series seems to be sufficient for the evaluation, if there is no need for a quantitative comparison of toxic potentials.
机译:使用化学,生态毒理学和遗传毒理学方法对从三个受污染地点采集的六个土壤样品进行了评估。在修复后,从其中两个位置对样品进行表征。用两个阶段组成的方案对土壤样品进行了总体评估。这些样品中主要污染物的修复通常不会降低水提取性生态毒性和遗传毒性的风险。结论是,仅考虑生物测试系统就不能对污染场地进行评估和补救。在许多情况下,仅关注单一有害化合物并不会导致生态毒性或遗传毒性的降低。因此,可能无法低估通常无法量化的伴随危险化合物的影响。有人指出,如果不需要定量比较潜在的毒性,基于双重稀释系列的LID值对污染土壤样品的评估似乎足以进行评估。

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