豇豆甲虫Callosobruchus maculatus (F.)的新定位气候变化下的控制

Ayman Elshehawy, Nilly A. H. Abdelfattah, R. Sayed
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引用次数: 0

摘要

可造成经济损失的主要害虫为豇豆甲虫和斑纹甲虫。为了可持续发展,克服和减少杀虫剂的使用,评价了化学杀虫剂(马拉硫磷)单独或联合γ辐射(20Gy)防治豇豆甲虫的发生。在化学处理之前进行了放射治疗。结果表明,单独使用杀虫剂和伽马辐射联合使用杀虫剂对父母的影响没有差异,而在F1中,结果表明在处理后的几天内存在显著差异。采用不同浓度的杀虫剂和不同的处理方法(p值均为0.000)。一般情况下,在比较各种处理方式与F1的非辐射处理方式时,我们可以按效度排列处理方式为:对F1进行辐射处理的杀虫剂>对亲本进行未辐射和辐射处理的杀虫剂>仅对亲本进行辐射处理的杀虫剂>仅对F1进行杀虫剂。因此,作者建议在豇豆甲虫的防治中使用杀虫剂和伽马射线组合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A New Approach in Cowpea Beetle, Callosobruchus maculatus (F.) Control in the Light of Climatic Changes
The major insect pests that can economic are the cowpea beetle, Callosobruchus maculatus . To sustainable development, overcome and minimize insecticide use, evaluation of chemical insecticide (malathion) alone or combined with Gamma radiation (20Gy) was used to control cowpea beetle occurred. Radiation was applied before the chemical treatment. The results indicate there is no different effect of using insecticide alone or insecticide combined with Gamma radiation in parents, while in F1 the results indicated that there is a significant difference within days after treatment. Different concentrations of insecticide were used as well as different methods of treatment (P. value was 0.000 in all of them). Generally, when comparing means of all treatment types with the non-radiated treatment of F1, we can arrange the type of treatment according to potency as the following: an insecticide with the radiated treatment of F1 >insecticide with non-radiated and radiated of parents > radiated treatment only of parent> insecticide only of F1. Thus, the author recommended using of insecticide and Gamma rays’ combination in cowpea beetle’s control.
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