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首页> 外文期刊>Journal of vector borne diseases >A study on container breeding mosquitoes with special reference to Aedes (Stegomyia) aegypti and Aedes albopictus in Thiruvananthapuram district, India
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A study on container breeding mosquitoes with special reference to Aedes (Stegomyia) aegypti and Aedes albopictus in Thiruvananthapuram district, India

机译:印度提卢湾安塔普兰地区的以伊蚊(Stegomyia)aegypti和白纹伊蚊为基础的容器繁殖蚊子研究

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Background & objectives: The district of Thiruvananthapuram reports the maximum number of cases of dengue in the state of Kerala. To determine the larval diversity, density and breeding site preferences of Aedes mosquitoes, during pre-monsoon and monsoon periods in urban and rural areas of Thiruvananthapuram district. Methods: Based on the daily reports of dengue cases, 70 clusters were identified in Thiruvananthapuram district. A cross-sectional larval survey was done in the domestic and peri-domestic areas of 1750 houses, using the WHO standard techniques. The larval indices were calculated, and the larvae were identified by using taxonomic keys. Urban and rural differences and the variations during pre-monsoon and monsoon seasons were also studied. Results: In the surveyed houses, 15% had mosquito breeding, with 88% having Aedes larvae. The house index, container index and the breteau index were 13.08, 13.28 and 16.57%, respectively. About 86% of the clusters were found positive for Aedes albopictus and 11% for Ae. aegypti. Aedes albopictus was distributed almost equally in rural and urban clusters, whereas the distribution of Ae. aegypti was significantly higher in urban areas (p = 0.03). The most common water holding containers found (outdoor) were of plastic, followed by coconut shells. The breeding preference ratio was highest for tyres. Significantly lesser positivity was found for containers during monsoon period when compared to pre-monsoon period. Conclusion: The geographical distribution of Ae. albopictus is significantly high in peri-domestic areas and, therefore, its epidemiological role in the widespread disease occurrence needs to be studied. The discarded tyres being the most preferred breeding sites, where IEC activities will help in source reduction.
机译:背景与目标:提卢湾安塔普兰地区报告了喀拉拉邦登革热的最大病例数。为了确定提鲁万纳塔普拉姆地区季风前和季风期间蚊的幼虫多样性,密度和繁殖场所偏好。方法:根据登革热病例的每日报告,在提卢湾安塔普兰地区确定了70个簇。使用WHO标准技术,在1750所房屋的家庭和家庭内区域进行了横断幼虫调查。计算幼虫指数,并使用分类键鉴定幼虫。还研究了季风前和季风季节之间的城乡差异和变化。结果:在被调查的房屋中,有15%的蚊子繁殖,而88%的伊蚊幼虫。房屋指数,集装箱指数和breteau指数分别为13.08、13.28和16.57%。发现约86%的簇对白纹伊蚊呈阳性,而11%的对伊蚊呈阳性。埃及。白纹伊蚊在农村和城市群中的分布几乎均等,而白纹伊蚊的分布。城市地区的埃及人明显更高(p = 0.03)。发现的(室外)最常见的盛水容器是塑料,其次是椰子壳。轮胎的繁殖偏好率最高。与季风前期相比,季风期容器的阳性率要低得多。结论:Ae的地理分布。白皮病在家庭周围地区明显较高,因此,需要研究其在广泛疾病发生中的流行病学作用。丢弃的轮胎是最可取的繁殖场所,IEC活动将有助于减少源头。

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