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Managed Pollinator CAP Coordinated Agricultural Project Assessing The Risks Of Honey Bee Exposure To Pesticides

机译:授粉媒介CAP协调农业项目,评估蜜蜂接触农药的风险

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摘要

Abiotic stress from the sublethal effects of pesticides is currently being scrutinized as a contributing factor to poorly understood colony losses. When crop protection chemicals are applied to blooming crops, they can contaminate nectar and pollen. Bees' body hair, designed for collecting pollen, is also an excellent collector of pesticides applied to flowers. For this reason, most pesticide labels prohibit the application of bee-toxic insecticides to plants during bloom. A more recent route of honey bee exposure to pesticides is the shift to treating seeds with systemic insecticides to provide plants protection from insects throughout the growing season. The most widely used systemics are the neonicitinoids including imidaclo-prid, clothianidin, thiamethoxam and thiacloprid.
机译:目前正在仔细研究农药的亚致死作用引起的非生物胁迫,这是导致人们对菌落损失了解不足的一个成因。将农作物保护化学品应用于盛开的农作物时,它们会污染花蜜和花粉。蜜蜂的体毛被设计用来收集花粉,也是一种出色的农药收集剂,可用于花卉。因此,大多数农药标签都禁止在开花期向植物施用对蜜蜂有毒的杀虫剂。蜜蜂接触农药的最新途径是转向使用系统性杀虫剂处理种子,从而在整个生长季节为植物提供免受昆虫侵害的保护。使用最广泛的系统药物是新烟碱类药物,包括吡虫啉,可比尼丁,噻虫嗪和噻虫啉。

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