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Analysis of Spatial and Temporal Characteristics of the Epidemic of Schistosomiasis in Poyang Lake Region

机译:鄱阳湖地区血吸虫病疫视的空间和时间特征分析

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The distribution of schistosomiasis has obvious regional characteristics. As the only intermediate host of schistosomiasis, Oncomelania's breeding and distribution influence the prevalence and transmission of schistosomiasis directly. The cercaria of Schistosoma has a significant seasonal variation in Poyang Lake. This paper selects molluscicidal Oncomelania statistics, temperature, and precipitation of eight epidemics of schistosomiases in Poyang Lake. It constructs schistosomiasis transmission index prediction model of Poyang Lake to predict the propagation of Schistosomiasis. It analyzes the spatial variation of Oncomelania islet making use of Theil coefficient. Then, it analyzes the epidemic of Schistosomiasis spatial and temporal distribution features making use of GIS, Excel and SPSS in Poyang Lake based on climate changes. The results have shown that, the rapid increase of population in epidemic is not only related to the change of temperature and precipitation in each county, but also related to temperature positively and precipitation inversely in Poyang Lake. The transmission of Schistosomiasis is not only of great differences in time but also in scale with large district and spatial variation in Poyang Lake Region. Appropriate habitat of Oncomelania and schistosoma has been moving northward, which maybe result in the transmission of schistosomiasis moving northward. Further impacts on the epidemic situation of schistosomiasis spread in Poyang Lake Region.
机译:血吸虫病的分布具有明显的区域特征。血吸虫病的唯一中间宿主,钉螺的育种和分布直接影响血吸虫病的流行和传输。血吸虫尾蚴的在鄱阳湖显著的季节性变化。本文选取灭螺钉螺统计,温度和鄱阳湖schistosomiases八种流行病沉淀。它构造鄱阳湖血吸虫病传播指数预测模型来预测血吸虫病的传播。它分析钉螺的空间变化胰岛利用泰尔系数。然后,分析了血吸虫病时空分布的流行特征基础上的气候变化,利用地理信息系统,Excel和SPSS的鄱阳湖。结果表明,人群中流行的快速增长,不仅关系到温度和降水的每个县的变化,同时也关系到积极的温度和降水负鄱阳湖。血吸虫病的传播,不仅在时间上的巨大差异,而且在规模上与鄱阳湖区大区和空间变化。钉螺的适当的栖息地和血吸虫已经向北移动,这可能导致血吸虫病向北移动传输。对血吸虫病传播的鄱阳湖区疫情进一步的影响。

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