Bonds J A S
Bonds Consulting Group LLC, Panama City Beach, FL 32407, USA.
Med Vet Entomol. 2012 Jun;26(2):121-30. doi: 10.1111/j.1365-2915.2011.00992.x. Epub 2012 Jan 11.
The availability of tools to control mosquito (Diptera:Culicidae) vectors that transmit disease is often limited by a variety of economic, environmental and social issues. In emergency conditions (epidemics, hurricanes, floods etc.), the application of pesticides as space sprays (either by ground or air) is the common method of choice in order to rapidly limit adult local mosquito production in the affected area. Space spray application now employs ultra-low-volume technology for the control of adult mosquitoes. However, the use of space sprays often raises social and environmental concerns by the general public that is served. This review will define and illustrate modern ultra-low-volume technology for the purpose of application as a space spray, as well as describing the engineering controls that have been developed to minimize the environmental impact. The primary social concern is validity and efficacy of application. To address this point, the review will attempt to synthesize the global literature to address the effectiveness of space sprays to significantly impact mosquito vectors in relation to human disease.
用于控制传播疾病的蚊虫(双翅目:蚊科)媒介的工具,其可用性常常受到各种经济、环境和社会问题的限制。在紧急情况下(如流行病、飓风、洪水等),作为空间喷雾(通过地面或空中)施用杀虫剂是常用的选择方法,以便迅速限制受灾地区成年本地蚊虫的繁殖。现在,空间喷雾施用采用超低容量技术来控制成年蚊虫。然而,空间喷雾的使用常常引起接受服务的普通公众的社会和环境担忧。本综述将定义并阐述作为空间喷雾应用的现代超低容量技术,以及描述为尽量减少环境影响而开发的工程控制措施。主要的社会担忧是施用的有效性和效果。为解决这一问题,本综述将尝试综合全球文献,以探讨空间喷雾对与人类疾病相关的蚊媒产生显著影响的有效性。