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Chemical versus microbial degradation of cyanazine and atrazine in soils

机译:氰嗪和莠去津在土壤中的化学降解与微生物降解

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AbstractA laboratory study was performed to investigate the relationship between chemical (non‐biological) and microbial degradation of cyanazine and atrazine in soils ranging in pH from 5.3 to 8.1. Atrazine degradation was dominated by chemical processes in both a moderately acidic and a neutral pH soil, but showed a significant microbial involvement in the neutral pH soil. The primary cyanazine degradative mechanism was dependent on soil properties. Cyanazine was short‐lived in neutral to slightly basic soils, due to rapid microbial degradation. Cyanazine amide and cyanazine acid were the major metabolites formed. In a moderately acidic soil, microbial degradation was slowed and chemical processes were the primary means of cyanazine degradat
机译:摘要通过室内研究,研究了氰嗪和阿特拉津在pH值5.3-8.1的土壤中化学(非生物)降解与微生物降解的关系。在中等酸性和中性pH土壤中,阿特拉津的降解主要由化学过程控制,但在中性pH土壤中显示出显着的微生物参与。氰嗪的主要降解机制取决于土壤性质。由于微生物的快速降解,氰嗪在中性至微碱性土壤中的寿命很短。氰胺和氰嗪酸是形成的主要代谢产物。在中等酸性土壤中,微生物降解速度减慢,化学过程是氰嗪降解的主要手段

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