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Effects of diflubenzuron and mancozeb on soil microarthropods: a long-term study

机译:地氟苯龙和代森锰锌对土壤微节肢动物的影响:一项长期研究

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Effects of diflubenzuron and mancozeb on soil microarthropods: a long-term studySoil microarthropods exposed to the pesticides mancozeb (240 mg per 1 m2) or diflubenzuron (7.2 mg of diflubenzuron per 1 m2) were studied for 6 months after a single application. The observed taxa included Collembola, Insecta, Myriapoda, and 4 groups of mites: Actinedida (=Prostigmata), Gamasina, Uropodina, and Oribatida. Their abundance in soil was subject to seasonal fluctuations, but for a majority of taxa no significant differences were noticed between the control and exposed plots. The total number of microarthropods was insignificantly lower in exposed groups. Myriapods were the only taxon that was close to extinction after a single exposure to diflubenzuron. These data prove that soil has some buffering capacity, and this fact should always be taken into consideration when estimating the risk for the environment. However, the situation may change if the application of pesticides is repeated.
机译:敌百虫龙和代森锰锌对土壤微节肢动物的影响:长期研究一次施用农药6个月后,研究了暴露于杀虫剂Mancozeb(240毫克每1平方米)或敌百虫龙(7.2毫克的敌百苯仑每1平方米)的土壤微节肢动物。观察到的分类单元包括Collembola,Insecta,Myriapoda和4组螨虫:Actinedida(= Prostigmata),Gamasina,Uropodina和Oribatida。它们在土壤中的丰度受到季节波动的影响,但是对于大多数分类单元而言,在对照样田和裸露地块之间没有发现显着差异。在暴露组中,微型节肢动物的总数显着降低。鼠足类是唯一一次暴露于地氟苯隆后几乎灭绝的分类单元。这些数据证明土壤具有一定的缓冲能力,并且在估算环境风险时应始终考虑到这一事实。但是,如果重复使用农药,情况可能会改变。

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