C. M. M. Butakka, Fabiana Aparecida Caldart Rodrigues, Sandra Mariotto, Lenicy Lucas de Miranda Cerqueira, R. D. Miyazaki
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引用次数: 0
Abstract
Scientific investigation of disease vectors is indispensable for knowledge of its Ecology, as they affect the health of human population. In this work, we present the results of the distribution and abundance of Aedes aegypti and Ae. albopictus in Massairo Okamura and Mãe Bonifácia state parks, Cuiabá-Mato Grosso, Brazil, to understand how changes in the rainy season interfere with their proliferation in natural wild areas located in urban regions. The focus was to investigate the coexistence of these species in the capture sites. The collections were carried out in eight campaigns within a period of 11 months of the year 2019, through ovitraps, with a total of 10 traps for each park. The results of the variables abundance (n) and relative humidity (%) were analyzed by the Statistic 7.0 program using factorial ANOVA. The 7117 quantified larvae produced 1462 adults for the two parks, with significant variability in mean abundance values between months and between sampling points. The record of the co-occurrence of Ae. aegypti and Ae. albopictus resulted in their coexistence and use of similar breeding sites under advantageous conditions for their colonization. The results presented showed that the parks have vulnerabilities in relation to the proliferation of vectors, and the environments must go through constant epidemiological surveillance. Faced with a serious situation in relation to arboviruses, it is essential to adopt strategies with greater investments in adequate methods, which provide sustainability to the actions established by surveillance networks.
对病媒的科学调查对于了解其生态学是必不可少的,因为它们影响着人类的健康。在这项工作中,我们介绍了埃及伊蚊和伊蚊的分布和丰度的结果。在巴西Cuiabá-Mato格罗索州的masairo Okamura和m e Bonifácia州立公园进行研究,以了解雨季的变化如何干扰它们在城市地区自然野生区域的繁殖。重点是调查这些物种在捕获地点的共存情况。在2019年的11个月里,通过诱卵器进行了八次收集,每个公园共有10个诱卵器。变量丰度(n)和相对湿度(%)的结果采用统计7.0程序进行因子方差分析。两个公园的7117只量化幼虫产生1462只成虫,在月份和采样点之间的平均丰度值存在显著差异。Ae共现记录。埃及伊蚊和伊蚊。白纹伊蚊的孳生导致了白纹伊蚊和白纹伊蚊的共存,并在有利的条件下利用了相似的孳生地。结果表明,公园环境在媒介生物扩散方面存在脆弱性,必须对环境进行持续的流行病学监测。面对与虫媒病毒有关的严重局势,必须采取战略,加大对适当方法的投资,使监测网络所采取的行动具有可持续性。