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Selection of pesticides to reduce human and environmental health risks: a global guideline and minimum pesticides list

机译:杀虫剂的选择减少人类和环境健康风险:全球指南和最低杀虫剂名单

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摘要

Summary: Background: Pesticides present widespread risks to human and environmental health, yet selection criteria for end-users that factor in differences in risk between compounds are scant. We developed a system to classify pesticide risks and hazards with respect to human and environmental health and produce a minimum (lower risk) pesticide list. Methods: We classified 659 pesticides by acute and chronic risks to human health (eg, respiratory and carcinogenic effects) and by environmental risks, including biomagnification and atmospheric ozone depletion and risks to aquatic life, terrestrial wildlife, and pollinators. From this analysis, we produced a guideline for selection of lower risk pesticides. The classification of highly hazardous and high-risk compounds has been tested in more than a million farm households in the tropics, and in US integrated pest management (IPM) programmes. The full classification, including the minimum pesticide list, has been used in management of the fall armyworm (Spodoptera frugiperda) throughout Africa and Asia. Findings: Our analysis developed a stand-alone guideline for selection of lower risk pesticides. When classifying pesticides in current use against the fall armyworm in Africa, our guideline identified chemicals that are effective and of lower risk to human and environmental health. We argue that a minimum (lower risk) pesticides list, which meets IPM needs, could be developed from our classification system. Interpretation: As far as we are aware, our analysis is the first to propose a method for implementing the idea of a minimum pesticide list and the first to outline lower risk candidate compounds. Currently accepted criteria for defining highly hazardous pesticides do not adequately protect human bystanders, aquatic life, terrestrial wildlife, and pollinators. Funding: The Sustainable Agriculture Network, the Rainforest Alliance, the US Department of Agriculture-National Institute of Food and Agriculture, the US Department of Agriculture, the Foreign Agricultural Service, the US Agency for International Development, the International Maize and Wheat Improvement Center, and the UN Food and Agriculture Organization.
机译:概述:背景:农药对人类和环境健康的广泛风险,但最终用户的选择标准认为,化合物之间风险差异的因素是狭窄的。我们制定了一个系统,以对人类和环境健康进行分类,并产生最低(风险降低)农药清单。方法:通过急性和慢性风险对人体健康(例如,呼吸和致癌作用)和环境风险进行分类,包括生物镀金和大气臭氧耗尽和水生野生动物和粉碎机的风险,分类了659种农药。从这个分析来看,我们生产了选择较低的风险农药的指导。在热带地区的超过一百万农户和美国综合害虫管理(IPM)计划中,对高危险和高风险化合物的分类已经过测试。全部分类,包括最低农药清单,已被用于管理在整个非洲和亚洲的秋季武器(Spodoptera Frugiperda)。调查结果:我们的分析制定了独立指南,以选择较低的风险杀虫剂。在对非洲的秋季蚯蚓使用目前对农药进行分类时,我们的指南确定了有效和较低人类和环境健康风险的化学品。我们争辩说,符合IPM需求的最低(较低的风险)杀虫剂名单可以从我们的分类系统开发。解释:据我们所知,我们的分析是第一个提出用于实施最低农药清单的想法的方法,以及第一个概述降低风险候选化合物的方法。目前接受了定义高危杀虫剂的标准,不能充分保护人体旁观者,水生生物,陆地野生动物和粉丝器。资金:可持续农业网络,雨林联盟,美国农业部 - 美国农业研究所,美国农业部,外国农业服务,美国国际发展局,国际玉米和小麦改善中心,和联合国粮食及农业组织。

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