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Management methods of harmful pests in the cotton-wheat crop rotation system

机译:棉花小麦作物旋转系统有害害虫的管理方法

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This article analyzed the ecological succession between pests of crops as a result of the transition from the traditional cotton-alfalfa crop rotation system to the cotton-grain crop rotation system. It was found that the species composition, development and propagation characteristics of harmful organisms in the weeds around the field, as well as in the intermediate crops, can be reduced by up to 60-70%, and protected entomophagous organisms from the destructive effects of pesticides through lateral tillage of the 30-meter edge of the cotton crop. Furthermore, it was possible to apply biological methods to the remaining 70-80% of the field. It was necessary to properly organize the system of crop rotation “Cotton-grain” towards naturally controlling (reduce or eliminate) the number of harmful organisms (pests, diseases and weeds) in the agrophytocenosis . It was observed that diseases (especially rust), weeds (especially wild oats, raygras), pests (weeds, wheat thrips, slime,) were 2-3 times less in the grain planted after cotton, the number of spiders in the cotton field planted after grain were 3-4 times less, and diseases were decreased by 25-30%.
机译:本文分析了农作物害虫之间的生态继承,因为从传统的棉花 - 苜蓿作物旋转系统转换到棉花粉末旋转系统。有发现,在田间杂草和中间作物中的杂草和中间作物中的物种组成,开发和繁殖特征可以减少高达60-70%,并且受到影响的受损影响的保护势生物农药通过横向耕作的棉田30米边缘。此外,可以将生物方法应用于剩余的70-80%的田地。有必要适当地组织作物旋转“棉花”的系统,以自然控制(减少或消除或消除)生物分子病的有害生物(害虫,疾病和杂草)的数量。观察到疾病(特别是生锈),杂草(特别是野燕麦,Raygras),害虫(杂草,小麦蓟马,粘液,粘液,粘液)在棉花后籽粒种植的葡萄球菌,棉田中的蜘蛛数量少2-3倍在谷物后种植少3-4倍,疾病减少25-30%。

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