首页> 外文会议>Dragon 3 Mid Term Results symposium >RESEARCH ON DYNAMIC MONITORING (1990-2010) OF SCHISTOSOMIASIS VECTOR-SNAIL AT XINMIN BEACH, GAOYOU LAKE, JIANGSU PROVINCE, CHINA
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RESEARCH ON DYNAMIC MONITORING (1990-2010) OF SCHISTOSOMIASIS VECTOR-SNAIL AT XINMIN BEACH, GAOYOU LAKE, JIANGSU PROVINCE, CHINA

机译:江苏省高邮湖高邮湖(1990-2010)动态监测(1990-2010)中国江苏省高邮湖

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摘要

Schistosomiasis is a parasitic disease that menaces human health. In terms of impact, this disease is second only to malaria as the most devastating parasitic disease. Oncomelania hupensis (snail) is the unique intermediate host of schistosoma, so monitoring and controlling of the number of snail is key to reduce the risk of schistosomiasis transmission. Remote sensing technology can real-timely access the large-scale environmental factors related to snail breeding and reproduction, and can also provide the efficient information to determine the location, area, and spread tendency of snail. Based on the T-S (Takagi-Sugeno) fuzzy information theory, a quantitative remote sensing monitoring model of snail has been developed in previous wok. In a case study, this paper will take Xinmin beach, Gaoyou Lake as new research area, carry out 20 years (1990 - 2010) dynamic monitoring, to further validate the effectiveness of the T-S Fuzzy RS snail monitoring model.
机译:血吸虫病是一种促进人类健康的寄生疾病。在影响方面,这种疾病仅为疟疾是最毁灭性的寄生疾病。 Oncomelania hupensis(蜗牛)是血吸虫的独特中间宿主,因此监测和控制蜗牛的数量是降低血吸虫病传播风险的关键。遥感技术可以实际访问与蜗牛育种和繁殖相关的大规模环境因素,也可以提供有效的信息来确定蜗牛的位置,区域和传播趋势。基于T-S(Takagi-sugeno)模糊信息理论,在以前的炒作中已经开发了蜗牛的定量遥感监测模型。在一个案例研究中,本文将采用新林海滩,高邮湖作为新研究区,开展20年(1990 - 2010)动态监测,进一步验证了T-S模糊RS蜗牛监测模型的有效性。

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