Detection of post-harvest insecticide Flash 10% EC residues in wheat seeds and soil after its degradation by the UV-C

Adeeb K Al-Shafiee, Jamal H. Kadhim
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Abstract

This study aimed to test the effect of the physical factor (UV-C) in degrading of insecticide Flash residue in wheat seeds and the soil post-harvest. As for the field experiments with regard to Flash residual in the soil, the results showed that the highest concentration of the insecticide was 3.10 ppm in the seeds  produced from plants treated with Flash only, while the lowest concentration (below the detectable level) was in the wheat seeds from plants sprayed with UV-C treated Flash. As for the residual in the soil, the highest active compound concentration was 12.50 ppm appeared in the uncultivated soil treated with Flash untreated, compared to the lowest residual concentration (0.00) ppm was in soil planted with wheat plants treated with UV-C treated Flash. Findings also showed that the best exposure period to the UV-C was 20mn  
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检测收获后杀虫剂 Flash 10% EC 在紫外线-C 降解后在小麦种子和土壤中的残留量
本研究旨在考察物理因子(UV-C)对小麦种子和收获后土壤中农药闪蒸残留的降解效果。在田间试验中,对土壤中闪蒸菌残留量的测定结果表明,只施用闪蒸菌的种子中闪蒸菌残留量最高,为3.10 ppm,而施用UV-C闪蒸菌的小麦种子中闪蒸菌残留量最低(低于检测水平)。在土壤残留方面,未施用闪蒸的未耕土壤中活性化合物浓度最高,为12.50 ppm,而施用UV-C闪蒸的小麦植株土壤中活性化合物残留量最低,为0.00 ppm。研究结果还表明,UV-C的最佳暴露时间为2000万年
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