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首页> 外文期刊>Revista Brasileira de Entomologia >Temporal distribution of Aedes aegypti Linnaeus (Diptera, Culicidae), in a Hospital in Cuiabá, State of Mato Grosso, Brazil
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Temporal distribution of Aedes aegypti Linnaeus (Diptera, Culicidae), in a Hospital in Cuiabá, State of Mato Grosso, Brazil

机译:巴西马托格罗索州库亚巴的一家埃及伊蚊的时空分布

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This study aimed at registering and monitoring the presence of Aedes aegypti in the University Hospital Júlio Muller, Cuiabá-MT, as well as investigating the influence of temperature and rainfall on its temporal distribution and egg densities in ovitraps. The study was performed from April/2007 to March/2008, utilizing ovitraps with 10% of hay infusion and a wood paddle as an oviposition substrate. For surveillance, one ovitrap was placed in each of the 12 points distributed throughout the hospital. Ovitraps were collected monthly at the end of a 5-day installation period. After egg counting, wood paddles were immersed in water to allow larval eclosion for species identification through optical microscopy. Egg Density Index (EDI), Positive Ovitraps Index (POI), and Mean Number of Eggs (MNE) were used for data analysis. The presence of A. aegypti in the hospital was registered throughout the study period, except in July. The MNE was proportionally higher in the internal area (n= 8.47 eggs/paddle) when compared to the external area (n= 5.46 eggs/paddle), and was higher in September/October 2007 and January/February 2008. A significant increase in EDI, POI and MNE was registered in periods where the average temperature was higher, and the increase in POI was also concomitant with an increase in rainfall. The continuous presence of A. aegypti in the hospital throughout the study period, points out the need of including this mosquito in the arthropod control list in this environment. This is particularly important, considering that A. aegypti is an important vector of several arboviroses.
机译:这项研究旨在注册和监测库亚巴-MT的朱利奥·穆勒大学医院的埃及伊蚊的存在,以及调查温度和降雨对其在产卵器中的时间分布和卵密度的影响。这项研究是从2007年4月/ 2008年3月/ 2008年进行的,使用的是输卵管,其中注入了10%的干草,并用木桨作为产卵基质。为了进行监视,在整个医院分布的12个点中的每个点都放置了一个产卵器。在为期5天的安装期结束时,每月都会收集产卵器。鸡蛋计数后,将木桨浸入水中,以便通过光学显微镜鉴定幼虫的羽化。卵密度指数(EDI),阳性卵母细胞指数(POI)和平均卵数(MNE)用于数据分析。在整个研究期间,除七月份外,均在医院登记了埃及埃及伊蚊的存在。与外部区域(n = 5.46鸡蛋/桨)相比,内部区域的MNE比例较高(n = 5.46鸡蛋/桨),2007年9月/ 10月和2008年1月/ 2008年MNE较高。 EDI,POI和MNE记录在平均温度较高的时期,POI的增加也伴随着降雨的增加。在整个研究期间,埃及伊蚊一直持续存在,这表明需要在这种环境下将这种蚊子纳入节肢动物控制清单中。考虑到埃及伊蚊是几种虫核糖的重要载体,这一点尤其重要。

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