生物
杀虫剂
生物杀虫剂
病虫害综合治理
生物技术
风险分析(工程)
生态毒理学
毒理
风险评估
有害生物分析
环境规划
化学控制
选择(遗传算法)
农药施用
病虫害防治
人类福利
危害
人类健康
抗药性
生态学
环境资源管理
农药残留
作者
R. N. C. Guedes,May R. Berenbaum,Antonio Biondi,Nicolas Desneux
标识
DOI:10.1146/annurev-ento-032725-033103
摘要
Millennia after the advent of pesticides and nearly eight decades into the widespread use of synthetic compounds, the role of such chemicals in modern society remains pivotal, despite persistent concerns over human and environmental safety. Rather than declining, pesticide use continues to expand, with shifting priorities regarding compound selection and application strategies. The growing prominence of biopesticides broadens pest management options but complicates the evaluation of their side effects. Additionally, evolving pesticide use patterns-including the increasing reliance on mixtures-introduce further complexities, as compound interactions and their effects on exposed organisms require closer scrutiny. Although pesticide risk assessment is a relatively young and evolving field, its progress remains hindered by misconceptions, biases, and oversimplifications. This review integrates ecotoxicology and stress biology into a conceptual framework to address these challenges, advocating for more precise and dynamic approaches to pesticide risk assessment.
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