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作 者:夏尚光[1] 刘和香 何结宝[3] 周业勇[1] 李鹏翔[1]
机构地区:[1]安徽省林业科学研究院,合肥230031 [2]中国疾病防控中心寄生虫病防治研究所,上海200025 [3]安庆市血吸虫病防治所,安庆246000
出 处:《湿地科学与管理》2012年第2期4-6,共3页Wetland Science & Management
基 金:国家十二五林业生态科技工程项目"低丘岗地林业血防生态安全体系构建技术研究与示范"(2011BAD38B0702)
摘 要:对安庆沿江滩地杨树林地、江滩草地、芦苇丛等5个植被类型区的钉螺分布状况进行了调查,研究了不同植被类型区钉螺的形态指标和阳性率。结果表明:①成熟杨树林地、中龄杨树林地均无钉螺分布;杨树幼林地、江滩草地、芦苇丛螺口密度分别为4只/0.11m2、5只/0.11m2、7只/0.11m2。②杨树幼林地、江滩草地、芦苇丛所获钉螺样本的阴阳性检测,没有被血吸虫感染,均为阴性。③江滩营造抑螺防病林是改变钉螺孳生环境及人工控制钉螺种群密度的最有效途径之一。Abstract Different methods were used to investigate the distribution of Oncomelania hupensis in 5 types of vegetation, including poplar forests, meadows and reeds along the river marshlands etc. Morphological parameters and the rate of positive indication of existence of Oncomelania hupensis samples were studied, and their correlation with the control measures were analyzed. The results showed: 1. There was no distribution of Oncomelania hupensis in 20-year-old and 10-year-old poplar forests. The distribution densities of Oncomelania hupensis in 3-year-old young poplar forests, river meadows and reeds were 4/0.11m:, 5/0.11m2 and 7/0.11m: respectively. 2. The samples of Oncomelania hupensis taken from 3-year-old young poplar forests, river meadows and reeds showed negative indication of infection by schistosoma. 3. Growing schistosoma prevention forests along river marshlands is one of the most effective ways to change the breeding environment of Oncomelania hupensis and artificially control its population density.
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