Entomology and Nematology Department, University of Florida, Gainesville, FL 32653, USA.
Int J Environ Res Public Health. 2019 Jun 18;16(12):2152. doi: 10.3390/ijerph16122152.
were exposed to water treated with mosquitocidal chips containing the insecticide pyriproxyfen in a polymer formulation. Chips were tested under different conditions; different water volumes, in containers made of different material, and in water with different levels of organic matter. Treated chips caused 100% mortality of during their pupal stage independent of size or type of container, and the mount of organic matter contained in the water to which the mosquito larvae were exposed. When mosquitocidal chips were used in >25% of the oviposition containers within their cages, there was a significant control of the mosquito populations. Mosquitocidal chips worked in different environments, caused significant mosquito population decreases, and were effective in controlling
在聚合物配方中使用含有拟除虫菊酯的灭蚊芯片处理过的水。在不同的条件下测试了芯片;不同的水量,使用不同材料制成的容器,以及不同有机物含量的水。处理过的芯片导致 在蛹期的死亡率为 100%,而与容器的大小或类型以及蚊虫幼虫暴露在其中的水中有机物含量无关。当灭蚊芯片在笼子内的产卵容器中使用超过 25%时,蚊子的数量会显著得到控制。灭蚊芯片在不同的环境中都有效,显著降低了蚊子的数量,并能有效地控制