Toxic effects of chemical plant residues on soil

Yilun Dai, Liheng Xia
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Abstract

Soil samples were collected from 6 different areas of the abandoned pesticide factory site, numbered p1, p2, p3, p4, p5, and p6, respectively. Based on the acute toxicity of Luminescent bacteria and Flea and the genotoxicity of Vicia faba root tip micronucleus, the ecotoxicological diagnosis of soil extracts from 6 samples was carried out. The results showed that the relative luminosity of the 6 kinds of extracts to luminescent bacteria were 50.7%, 56.3%, 43.7%, 53.0%, 49.6% and 67.6%, respectively. The 48-hour acute toxicity EC50 of the large flea was 6.15%, 8.65%, 0.57%, 2.52%, 0.33% and 14.94%, respectively. The results of the photobacterial experiment were basically consistent with the acute toxicity results of Flea daphnia, and the results showed that the soil pollution of the pesticide factory site was relatively serious.
化学植物残留物对土壤的毒性作用
在农药废弃地的6个不同区域采集土壤样品,分别编号为p1、p2、p3、p4、p5和p6。基于发光细菌和跳蚤的急性毒性和蚕豆根尖微核的遗传毒性,对6份样品的土壤提取物进行了生态毒理学诊断。结果表明,6种提取物对发光菌的相对发光度分别为50.7%、56.3%、43.7%、53.0%、49.6%和67.6%。大蚤48小时急性毒性EC50分别为6.15%、8.65%、0.57%、2.52%、0.33%和14.94%。光细菌实验结果与水蚤急性毒性实验结果基本一致,结果表明农药厂区土壤污染较为严重。
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