Bistar®10wp对蚊虫和其他家庭节肢动物害虫的药效和残留效果的田间试验

N. Ozumba, A. Onyido, E. Nwosu, C. Ekwunife, E. S. Amadi
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引用次数: 3

摘要

在尼日利亚埃努古州埃努古东部地方政府区的aguu - owa和Ugbo-Oghe社区进行了Bistar®10WP对蚊虫和其他家庭节肢动物害虫的药效和残留效果的现场试验。研究人员从两个社区中选择了18套四居室公寓作为研究对象,这些公寓互不相连,而且臭虫和其他家庭节肢动物害虫猖獗。在每个区域,将Bistar®10WP喷洒在3个四卧室公寓的内墙表面,在另一组3个四卧室公寓喷洒氯氟氰菊酯(ICON),最后3个房子作为对照。在两个地区进行了施药前后病媒生物监测,确定了两个地区的病媒生物丰度。采用杀虫剂生物测定法测定Bistar®10WP的残留。蚊媒调查结果显示,共捕获家蝇节肢动物532只,其中蜚蠊293只(55.08%),臭虫201只(37.78%)。喷施后媒介生物评价结果显示,除对照区外,喷施区未发现宅基地节肢动物。生物测定研究表明,Bistar®10WP在功效和残留方面优于ICON。Bistar®10WP因其无气味,对身体和感觉器官无刺激而受到人们的高度认可。建议进一步研究其对水田害虫如绿蝇的防治效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Field Trial Tests On The Efficacy And Residual Effects Of Bistar® 10wp On Mosquitoes And Other Household Arthropod Pests
A field test on the efficacy and residual effect of Bistar® 10WP on mosquitoes and other household arthropod pests was conducted at Agu-Owa and Ugbo-Oghe communities in Enugu East Local Government Area of Enugu State, Nigeria. Eighteen four-bedroom apartments noncontiguous with each other and infested with bedbugs and other homestead arthropod pests were selected for the studies from the two communities. In each area, Bistar® 10WP was sprayed in the inside wall surfaces of 3 four-bedroom apartments, lamba cyhalothrin (ICON), was sprayed in another set of 3 four-bedroom apartments and the last 3 houses were used as controls. Pre-and post insecticide application vector monitoring were carried out in the two areas to determine the homestead vector abundance. Insecticide bioassay was carried out to determine the residuality of Bistar® 10WP. Pre-insecticide application vector studies revealed 532 homestead arthropod pests with cockroaches 293(55.08%) and bedbugs 201(37.78%) constituting the bulk of the collections. Post-spray vector evaluation revealed no homestead arthropod in the sprayed areas except in the controls. Bioassay studies showed that Bistar® 10WP compared well with ICON in its efficacy and residuality. Bistar® 10WP was highly accepted by the people as it was odourless and non-irritating to the body and sense organs. More studies were recommended on its efficacy in controlling aquatic and field pests like Glossina species.
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