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Interactions of agrochemicals applied to peanut; Part 1: Effects on herbicides.

机译:农药与花生的相互作用第1部分:对除草剂的作用。

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Numerous agrochemicals are applied in peanut production systems. Field and laboratory experiments were conducted in North Carolina to characterize biological and physicochemical interactions when the herbicides clethodim, imazapic, imazethapyr, lactofen, sethoxydim, and 2,4-DB were applied in combination with adjuvants, fungicides, insecticides, and micronutrients. A wide range of interactions was noted when comparing across herbicides, weed species, and agrochemical combinations. There was little consistency across weed species for a herbicide or across herbicides for a weed species when comparing significant main effects and interactions. In most instances, when compared with the standard herbicide treatment and adjuvant applied alone, herbicide efficacy was not affected in the presence of other agrochemicals. Changes in solution pH and formation of precipitates varied according to the herbicide combinations used. Boron, manganese, and 2,4-DB often caused dramatic changes in solution pH.
机译:花生生产系统中使用了许多农药。在北卡罗来纳州进行了田野和实验室实验,以表征当将除草剂克雷索定,伊马替比克,咪唑乙烟,乳果芬,杀草定和2,4-DB与佐剂,杀真菌剂,杀虫剂和微量营养素结合使用时的生物学和物理化学相互作用。在比较除草剂,杂草物种和农药组合时,注意到了广泛的相互作用。比较显着的主要作用和相互作用时,除草剂的杂草种类或杂草的除草剂几乎没有一致性。在大多数情况下,与标准除草剂处理和单独使用佐剂相比,在其他农药的存在下除草剂的功效不会受到影响。溶液pH值的变化和沉淀的形成根据所使用的除草剂组合而变化。硼,锰和2,4-DB通常引起溶液pH值的急剧变化。

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