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Interaction of Chemical Pesticides and Their Formulation Ingredients with Microbes Associated with Plants and Plant Pests

机译:化学杀虫剂及其配方成分与植物和植物害虫相关的微生物的相互作用

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摘要

Chemical pesticides and their formulation ingredients can have unintended effects on microbes associated with plants and plant pests. These effects can be due to direct effects on the microbes or to effects on crops or weeds that subsequently affect the microbes. In addition to fungicides, some insecticides, herbicides, and formulation compounds are toxic to plant pathogenic microbes, as well as to potentially beneficial microbes, such as those that infect insect pests. These chemicals, especially herbicides, can also indirectly affect microbes through their effects on crops and weeds. For example, glyphosate strongly impairs shikimic acid pathway-based plant defenses to microbial diseases in glyphosate-susceptible plants, significantly increasing its efficacy as an herbicide. Some herbicides induce plant defenses against plant pathogens. For a complete understanding of integrated pest management and overall cost/benefit of pesticide use, much more information is needed on microbial/pesticide interactions.
机译:化学杀虫剂及其制剂成分可以对与植物和植物有害的微生物产生意外的作用。这些效果可能是由于对微生物的直接影响或对随后影响微生物的作物或杂草的影响。除了杀菌剂外,一些杀虫剂,除草剂和配方化合物对植物病原微生物以及潜在有益的微生物,例如那些感染害虫的毒性微生物。这些化学品,尤其是除草剂,也可以通过它们对作物和杂草的影响间接地影响微生物。例如,草甘膦强烈损害基于草酸途径的植物防御,对草甘膦易感植物的微生物疾病,显着提高其作为除草剂的功效。一些除草剂诱导植物防御植物病原体。为了完全了解综合害虫管理和农药使用的整体成本/益处,需要更多信息对微生物/农药相互作用。

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