Mutuku Francis M, Alaii Jane A, Bayoh M Nabie, Gimnig John E, Vulule John M, Walker Edward D, Kabiru Ephantus, Hawley William A
Department of Zoology, Kenyatta University, Nairobi, Kenya.
Am J Trop Med Hyg. 2006 Jan;74(1):44-53.
A sampling census revealed 104 aquatic habitats of 6 types for Anopheles gambiae s.l. larvae in a village in western Kenya, namely burrow pits, drainage channels, livestock hoof prints, rain pools, tire tracks, and pools in streambeds. Most habitats were created by human activity and were highly clustered in dispersion pattern within the village landscape. Landscape analysis revealed that six of forty-seven 0.09 km(2) cells superimposed over the village harbored 65% of all habitats. Focus group discussions and in-depth interviews with villagers revealed the extent of knowledge of the village residents of larval habitats, mosquito sources in the local environment, and what might be done to prevent mosquito breeding. Participants did not associate specific habitats with anopheline larvae, expressed reluctance to eliminate habitats because they were sources of domestic water supply, but indicated willingness to participate in a source reduction program if support were available.
抽样普查显示,在肯尼亚西部一个村庄里,冈比亚按蚊复合组幼虫有6种类型的104个水生栖息地,即洞穴坑、排水渠道、家畜蹄印、雨水池、轮胎痕迹和河床水洼。大多数栖息地是由人类活动形成的,在村庄景观中呈高度聚集的分布模式。景观分析表明,叠加在村庄上的47个0.09平方公里的单元格中有6个容纳了所有栖息地的65%。焦点小组讨论以及对村民的深入访谈揭示了村庄居民对幼虫栖息地、当地环境中蚊子来源的了解程度,以及为防止蚊子繁殖可以采取的措施。参与者并未将特定栖息地与按蚊幼虫联系起来,因这些栖息地是家庭供水来源而不愿消除它们,但表示如果能获得支持,愿意参与减少源头的项目。