Department of Entomology, Rutgers University, New Brunswick, NJ 08901, USA.
J Econ Entomol. 2013 Feb;106(1):347-52. doi: 10.1603/ec12259.
Current bed bug, Cimex lectularius L., control usually involves insecticide applications that pose a high risk of insecticide exposure to residents and applicators. To minimize these risks and the amount of insecticides used, we designed and evaluated a dust band treatment technique. The laboratory assay showed that 1% cyfluthrin dust treated bands are highly effective in killing bed bugs. We further evaluated this technique in bed bug infested apartments. The "dust band" treatment consisted of installing a 3.8-cm-wide fabric band on furniture legs and brushing Tempo dust (1% cyfluthrin) (Bayer Environmental Science, Research Triangle Park, NC) onto the bands. In addition, interceptors were installed under furniture legs. Alpine (0.5% dinotefuran) aerosol spray was applied directly to live bed bugs found on furniture during biweekly inspections. This treatment was compared with two other treatments: "integrated pest management" (IPM) and "control." The IPM treatment included dust bands plus the following: applying hot steam to infested furniture and surrounding areas, installing mattress encasements, applying 1% cyfluthrin dust around room perimeters, and installing interceptors under furniture legs. Alpine aerosol was applied to live bed bugs found during biweekly inspections. In the control group, the apartments received cursory treatment with insecticide sprays by the existing pest control contractor hired by the property management office. Bed bug numbers before and after treatments were determined based on biweekly interceptor counts or a combination of interceptor counts and visual inspections. From 0 to 12 wk, mean bed bug counts of the dust band, IPM, and the control treatment decreased by 95, 92, and 85%, respectively. Both dust band and IPM resulted in higher bed bug reduction than the control. There was no significant difference in the final counts between dust band and IPM treatments. An additional field experiment showed installing 1% cyfluthrin dust band and interceptors in lightly infested apartments prevented bed bug population rebound. Results indicate applying insecticide dust bands to furniture legs is an effective bed bug control technique.
目前,对臭虫(Cimex lectularius L.)的控制通常涉及杀虫剂的应用,这会给居民和施药者带来很高的杀虫剂暴露风险。为了最大限度地降低这些风险和杀虫剂的使用量,我们设计并评估了一种尘带处理技术。实验室试验表明,1%氯氟氰菊酯尘带对臭虫的杀灭效果非常显著。我们进一步在受臭虫侵扰的公寓中评估了该技术。“尘带”处理包括在家具腿上安装 3.8 厘米宽的织物带,并在带上刷上 Tempo 尘(1%氯氟氰菊酯)(拜耳环境科学公司,三角研究园,北卡罗来纳州)。此外,还在家具腿下安装了截获器。在两周一次的检查中,直接向家具上发现的活体臭虫喷洒阿尔卑斯(0.5%呋虫胺)气雾剂。将这种处理方法与其他两种处理方法进行了比较:“综合虫害管理”(IPM)和“控制”。IPM 处理包括尘带加上以下措施:对受污染的家具和周围区域进行热蒸汽处理,安装床垫套,在房间周边用 1%氯氟氰菊酯尘进行处理,并在家具腿下安装截获器。在两周一次的检查中,对发现的活体臭虫喷洒阿尔卑斯气雾剂。在对照组中,公寓仅接受物业管理办公室雇佣的现有虫害控制承包商进行的简单杀虫剂喷雾处理。根据两周一次的截获器计数或截获器计数和目视检查的组合,确定处理前后臭虫数量。从 0 周到 12 周,尘带、IPM 和对照组的臭虫平均数量分别减少了 95%、92%和 85%。尘带和 IPM 的处理结果均优于对照组。尘带和 IPM 处理之间的最终计数没有显著差异。进一步的现场实验表明,在轻度受感染的公寓中安装 1%氯氟氰菊酯尘带和截获器可防止臭虫种群反弹。结果表明,将杀虫剂尘带应用于家具腿是一种有效的臭虫控制技术。