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首页> 外文期刊>The Journal of Applied Ecology >Variable coverage in an Autocidal Gravid Ovitrap intervention impacts efficacy of Aedes aegypti control
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Variable coverage in an Autocidal Gravid Ovitrap intervention impacts efficacy of Aedes aegypti control

机译:在一个Autocidal妊娠Ovitrap变量覆盖干预影响埃及伊蚊的效果控制

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1. Control of the arboviral disease vector Aedes aegypti has shown variable levels of efficacy around the globe. We evaluated an Autocidal Gravid Ovitrap (AGO) intervention as a stand-alone control tool for population suppression of A. aegypti in US communities bordering Mexico. 2. We conducted a cluster randomized crossover trial with weekly mosquito surveillance of sentinel households from July 2017 to December 2018. The intervention took place from August to December of both years. Multilevel models (generalized linear and additive mixed models) were used to analyse the changes in population abundance of female A. aegypti. 3. We observed that female populations were being suppressed 77% (2018) and four times lower outdoor female abundance when AGO coverage (number of intervention AGO traps that surrounded a sentinel home) was high (2.7 AGOs/ house). However, we also observed that areas with low intervention AGO coverage resulted in no difference (2017) or slightly higher abundance compared to the control. These results suggest that coverage rate might play a critical role on how populations of female A. aegypti are being modulated in the field. The lack of larval source habitat reduction and the short duration of the intervention period might have limited the A. aegypti population suppression observed in this study. 4. Synthesis and applications. The mosquito, A. aegypti, is a public health concern in most tropical and subtropical regions. With the rise of insecticide resistance, the evaluation of non-chemical tools has become pivotal in the fight against arboviral disease transmission. Our study shows that the AGO intervention, as a stand-alone control tool, is limited by its coverage in human settlements. Vector control programmes should consider, that if the target coverage rate is not achieved, measures will be ineffective unless coupled with other control approaches. Although our multilevel modelling was focused on A. aegypti and the AGO, the approach can be
机译:1. 蚊显示变量水平的功效在全球范围内。妊娠Ovitrap(前)干预独立的控制人口的工具抑制我们的埃及伊蚊的社区与墨西哥接壤。与蚊子每周随机交叉试验监测的哨兵家庭从7月2017年到2018年12月。从8月到12月的两年。(广义线性和多级模型添加剂混合模型)被用来分析人口大量的女性的变化。蚊。被压制了77%(2018年)和四次吗较低的室外女性丰富当以前的报道(干预前包围的陷阱哨兵回家)高(2.7前/房子)。然而,我们也观察到较低的地区干预前报道导致了没有差异(2017)或稍高而控制。覆盖率可能发挥重要作用女性埃及伊蚊的数量是多少调制。栖息地的减少和短期的干预可能限制了一个时期。蚊种群抑制观察研究。埃及伊蚊,蚊子是一个公共卫生问题在大多数热带和亚热带地区。杀虫剂耐药性的崛起评价已经成为无工具关键在对抗arboviral疾病传播。干预,作为一个独立的控制工具,有限的报道在人类定居点。矢量控制规划应该考虑如果目标覆盖率没有实现,措施将是无效的,除非加上其他控制方法。造型是专注于埃及伊蚊和前,的方法可以

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