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Monitoring and modeling pesticide fate in surface waters at the catchment scale

机译:在集水区对地表水中的农药命运进行监测和建模

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In this paper, a state-of-the-art is given of the current knowledge related to the occurrence and sources of pesticides in surface waters. An emphasis is put on sources and transport routes that contribute most to the pesticide loads found in river systems. Possible mitigation measures are described. Once pesticides have entered a river system, they are exposed to different physical, chemical and microbial processes which determine their fate As math. ematical models can describe the fate of pesticides in river systems and can be used for the control of environmental pollution and management of resources, an overview is given of available watershed and in-river water quality models able to predict pesticide concentrations in surface waters. Advantages and disadvantages of simple screening tools and complex watershed models are discussed. Finally, some recommendations are made concerning monitoring, modeling and their combined use in order to achieve the water quality goals set by the EU Water Framework Directive. (C) 2007 Published by Elsevier B.V.
机译:本文介绍了与地表水中农药的发生和来源有关的最新知识。重点放在对河流系统中的农药负荷起最大作用的来源和运输路线上。描述了可能的缓解措施。农药进入河流系统后,便会经历不同的物理,化学和微生物过程,这决定了它们的命运。数学模型可以描述河流系统中农药的命运,并可以用于控制环境污染和资源管理。概述了可用的分水岭和内河水质模型,这些模型可以预测地表水中农药的浓度。讨论了简单的筛选工具和复杂的分水岭模型的优缺点。最后,针对监控,建模及其组合使用提出了一些建议,以实现欧盟水框架指令设定的水质目标。 (C)2007由Elsevier B.V.发布

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