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[江西省日本血吸虫中间宿主分布现状研究 I 鄱阳湖区日本血吸虫分布分析]

[Study on distribution status of - intermediate host of in Jiangxi Province I Analysis of distribution of in Poyang Lake area].

作者信息

Fei Hu, Shang-Biao Lv, Yi-Feng Li, Zhao-Jun Li, Jun Ge, Min Yuan, Zhe Chen, Yue-Ming Liu, Dan-Dan Lin

机构信息

Jiangxi Provincial Institute of Parasitic Diseases, Nanchang 330046, China.

出版信息

Zhongguo Xue Xi Chong Bing Fang Zhi Za Zhi. 2017 Aug 29;29(5):544-549. doi: 10.16250/j.32.1374.2017092.

Abstract

OBJECTIVE

To grasp the distribution status of snails in Poyang Lake area, so as to provide the evidence for formulating and adjusting the schistosomiasis prevention and control strategy in lake areas.

METHODS

The vector grid was created and sampled randomly by 200 m × 200 m in the spatial database of grassland, and the distribution of snails was investigated in the selected grid by using the method of mechanical sampling by 50 m × 50 m. At the same time, the elevation of investigation points was extracted based on the topographic map of Poyang Lake.

RESULTS

Totally 949 and 210 investigation points were collected from the south and north of Poyang Lake areas, accounting for 3.04% and 3.21% of all the investigation points in the respective region. The number of investigation points, the appearance rate of snail frame, and the average density of alive snails were 15 231, 8.15%, and 0.463/0.1 m, respectively. The elevation of snail distribution area of the south and north Poyang Lake areas were 11-16 m and 9-16 m respectively. The elevation of concentrated snail belts of the south Poyang Lake area were 12-13 m and 15-16 m, and the elevation of concentrated snail belts of the north Poyang Lake area was 12-14 m.

CONCLUSIONS

The distribution of snails is in the range of 9-16 m. The suitable habitats of snail breeding are moving from the south Poyang Lake area to the north Poyang Lake area, and from high elevation to low elevation. In the future, the schistosomiasis prevention and control measures could be formulated based on the geographical characteristics of current snail distribution in order to consolidate the achievements of schistosomiasis control.

摘要

目的

掌握鄱阳湖区钉螺分布现状,为制定和调整湖区血吸虫病防治策略提供依据。

方法

在草地空间数据库中创建200 m×200 m的矢量网格并随机采样,采用50 m×50 m机械抽样方法在选定网格内调查钉螺分布情况。同时,依据鄱阳湖地形图提取调查点高程。

结果

鄱阳湖区南北分别采集调查点949个和210个,分别占各区域全部调查点的3.04%和3.21%。调查点数量、有螺框出现率和活螺平均密度分别为15 231个、8.15%和0.463/0.1 m。鄱阳湖区南北钉螺分布区域高程分别为11~16 m和9~16 m。鄱阳湖区南部钉螺密集带高程为12~13 m和15~16 m,北部钉螺密集带高程为12~14 m。

结论

钉螺分布在9~16 m范围。钉螺孳生适宜栖息地正从鄱阳湖区南部向北部转移,且从高海拔向低海拔转移。今后可根据当前钉螺分布地理特征制定血吸虫病防治措施,以巩固血吸虫病防治成果。

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