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首页> 外文期刊>Quimica nova >SORCAO DE ATRAZINA E DE MESOTRIONA EM LATOSSOLOS E ESTIMATIVA 1)0 POTENCIAL DE CONTAMINACAO
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SORCAO DE ATRAZINA E DE MESOTRIONA EM LATOSSOLOS E ESTIMATIVA 1)0 POTENCIAL DE CONTAMINACAO

机译:Latosol中的Atrazin和中子吸收吸附及其估计1)0污染潜能

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摘要

Following application herbicides usually reach the soil and undergo several dissipation processes which determine their effects on target organisms and on the environment. This work aimed to evaluate atrazine and mesotrione sorption in Oxisols and estimate their potential impact on the environment. We observed that atrazine sorption was influenced by soil organic matter content and its hydrophobic character. Clay fraction was the main factor influencing mesotrione sorption followed in a lesser extent by soil organic matter content. In contrast to atrazine, mesotrione retention was favored by the higher carboxylic substitution in the aliphatic chains of soil organic matter. Atrazine and mesotrione were considered compounds that are likely to pose an appreciable risk of causing deleterious effects on the environment.
机译:施用后,除草剂通常会到达土壤并经历数个耗散过程,这些过程决定了它们对目标生物和环境的影响。这项工作旨在评估Oxisol中阿特拉津和甲基磺草酮的吸附并估算其对环境的潜在影响。我们观察到at去津的吸附受土壤有机质含量及其疏水特性的影响。粘土分数是影响甲基磺草酮吸附的主要因素,其次是土壤有机质含量。与at去津相反,甲基磺草酮的保留被土壤有机质脂肪链中较高的羧基取代所支持。阿特拉津和甲基磺草酮被认为可能对环境造成有害影响的明显风险的化合物。

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