Container survey of Aedes breeding sites in a Rural Health Training Centre campus in South West of Delhi

Arun Padmanandan
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Abstract

Introduction: Aedes mosquito is one of the mosquito species that are most studied because of their potential as vector of dengue and such information can be used to design an effective control measures for campuses. Objective: To study the Aedes breeding sites using the container survey method and to recommend control measures in controlling the Aedes breeding sites. Methodology: The container survey study was carried out in the campus of a Rural health training centre campus which spreads over 30 acres with rich plantation and trees all around. All natural and artificial containers in the vicinity of the campus and reachable tree holes were examined during the survey. The number, type and water condition of containers that may serve as potential breeding sites were examined and recorded. Larvae collection was carried out indoors (interior of the building) and outdoors (outside of the building but confined to its immediate vicinity within the campus limits) by using pre-designed questionnaire. Larva identification was done by motility Pattern. Result: The survey included study of 359 common breeding sites such as cooler, Plastic storage containers, unused plastic waste, cement tanks, syntax tanks, earthen pots, plant pots, solid waste and others in 13 sites and 3 out of the 359 containers contained Aedes larvae. Conclusion: The RHTC management should Practise Integrated Vector Management (IVM) recommended by WHO in the campus. An IVM approach takes into account the available health infrastructure and resources, and integrates all available and effective measures, whether chemical, biological or environmental.
德里西南部农村卫生培训中心校园伊蚊孳生地的容器调查
简介:伊蚊是目前研究最多的蚊种之一,因其可能是登革热的传播媒介,这些信息可用于设计有效的校园控制措施。目的:采用容器调查法对伊蚊孳生地进行调查,提出控制伊蚊孳生地的措施。方法:集装箱调查研究在农村卫生培训中心校园进行,该校园占地30多英亩,周围有丰富的种植园和树木。在调查过程中检查了校园附近所有的自然和人工容器以及可到达的树洞。检查和记录可能作为潜在繁殖地点的容器的数量、类型和水况。幼虫收集在室内(建筑内部)和室外(建筑外部,但仅限于校园范围内的邻近地区)通过预先设计的问卷进行。幼虫鉴定采用运动模式。结果:调查调查了13个地点的359个常见孳生场所,如冷却器、塑料贮存容器、未使用的塑料废物、水泥罐、syntax罐、陶罐、植物罐、固体废物等,359个容器中有3个含有伊蚊幼虫。结论:校园RHTC管理应实行WHO推荐的病媒综合管理(IVM)。综合管理办法考虑到现有的卫生基础设施和资源,并综合所有现有的有效措施,无论是化学、生物还是环境措施。
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