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Seasonal profiles of Aedes aegypti (Diptera: Culicidae) larval habitats in an urban area of Costa Rica with a history of mosquito control

机译:具有灭蚊史的哥斯达黎加市区埃及伊蚊幼虫栖息地的季节性概况

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摘要

Dengue is the most important arboviral disease worldwide and the principal vector-borne disease in Costa Rica. Control of Aedes aegypti populations through source reduction is still considered the most effective way of prevention and control, although it has proven ineffective or unsustainable in many areas with a history of mosquito control. In this study, seasonal profiles and productivity of Aedes aegypti were analyzed in the city of Puntarenas, Costa Rica, where vector control has been practiced for more than ten years. Households contained more than 80% of larval habitats identified, although presence of habitats was more likely in other locations like lots and streets. In the wet season, habitats in the “other” category, like appliances, small manholes, and miscellaneous containers, were the most frequent habitats observed as well as the most common and productive habitats for Ae. aegypti. In the dry season, domestic animal drinking containers were very common, although concrete washtubs contained 79% of Ae. aegypti pupae collected. Individually, non-disposable habitats were as likely or more likely to contain mosquito larvae, and large containers were more likely to harbor mosquito larvae than the small ones only in the dry season. Considering various variables in the logistic regressions, predictors for Ae. aegypti in a habitat were habitat type (p<0.001), setting (p=0.043), and disposability (p=0.022) in the wet season and habitat capacity in the dry season (p=0.025). Overall, traditional Ae. aegypti larval indices and pupal indices in Puntarenas were high enough to allow viral transmission during the wet season. In spite of continued vector control, it has not been possible to reduce vector densities below threshold levels in Puntarenas, and the habitat profiles show that non-household locations, as well as non-disposable containers, should be targeted in addition to the standard control activities.
机译:登革热是全世界最重要的虫媒病毒疾病,也是哥斯达黎加的主要媒介传播疾病。通过减少源头控制埃及伊蚊种群仍然被认为是最有效的预防和控制方法,尽管在许多有灭蚊史的地区,这种方法无效或不可持续。在这项研究中,对哥斯达黎加的蓬塔雷纳斯市的埃及伊蚊的季节分布和生产力进行了分析,在该市实行病媒控制已有十多年了。尽管在诸如地段和街道之类的其他地区,栖息地的存在可能性更高,但家庭中已确定的幼虫栖息地超过80%。在雨季,“其他”类别的栖息地,例如器具,小沙井和其他容器,是Ae最常见的栖息地,也是最常见和生产力最高的栖息地。埃及。在干旱季节,虽然混凝土洗衣盆中含有79%的Ae,但家畜饮水器很常见。收集埃及埃及up。个别而言,非一次性的栖息地有或更多可能包含蚊虫幼虫,而大型容器仅在干燥季节比小型容器更容易藏有蚊虫幼虫。在逻辑回归中考虑各种变量,即Ae的预测变量。栖息地的埃及埃及人的栖息地类型(p <0.001),环境(p = 0.043),湿季的可处置性(p = 0.022)和旱季的栖息地容量(p = 0.025)。总体而言,传统Ae。蓬塔雷纳斯的埃及幼虫指数和p指数都很高,足以在雨季传播病毒。尽管继续进行病媒控制,但不可能将蓬塔雷纳斯的病媒密度降低到阈值以下,而且栖息地概况表明,除标准控制措施外,还应将非家庭地点以及非一次性容器作为目标活动。

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