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Adaptation and validation of QuEChERS method for the analysis of trifluralin in wind-eroded soil

机译:QuEChERS方法在风蚀土壤中氟乐灵分析中的适用性和验证

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摘要

This study was carried out to develop and validate a reliable analytical procedure for trifluralin analysis in wind-eroded sediments. Soil sediments trapped in BEST sediment traps were subjected to QuEChERS extraction method, incorporating a simple simultaneous cleanup step, followed by trifluralin analysis with GC-ECD. Results revealed that QuEChERS method offered a potential alternative technique for pesticide extraction from soil samples. The validity of analytical method was performed by the method-performance criteria such as, recovery, LOD, LOQ repeatability, precision, and all found to be within the required limits. It was also observed in this study that herbicide concentrations in the wind-eroded sediment did not vary with the time and trap height. Trifluralin concentrations of surface soil after four erosion events were higher (626.05 μg/kg) than wind-eroded soil (450.08 /μg/kg).
机译:进行这项研究是为了开发和验证可靠的分析方法,用于风蚀沉积物中三氟拉林的分析。将捕获在BEST沉积物阱中的土壤沉积物进行QuEChERS提取方法,包括一个简单的同时清除步骤,然后使用GC-ECD对三氟拉林进行分析。结果表明,QuEChERS方法为从土壤样品中提取农药提供了一种潜在的替代技术。分析方法的有效性由方法性能标准(例如回收率,LOD,LOQ可重复性,精密度)执行,并且所有标准均在要求的范围内。在这项研究中还观察到,风蚀沉积物中除草剂的浓度不会随时间和陷阱高度的变化而变化。四个侵蚀事件后,表层土壤中氟乐灵的浓度(626.05μg/ kg)高于风蚀土壤(450.08 /μg/ kg)。

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