中国血吸虫病防治杂志
中國血吸蟲病防治雜誌
중국혈흡충병방치잡지
CHINESE JOURNAL OF SCHISTOSOMIASIS CONTROL
2015年
1期
79-81
,共3页
汪为春%詹惕%朱应富
汪為春%詹惕%硃應富
왕위춘%첨척%주응부
钉螺%智能手机%谷歌地球%数字化%可视化
釘螺%智能手機%穀歌地毬%數字化%可視化
정라%지능수궤%곡가지구%수자화%가시화
Oncomelania hupensis snail%Smartphone%Google Earth%Digitization%Visualization
目的:利用智能手机和Google Earth的数字化、可视化功能,构建钉螺资料数据库。方法先给智能手机加载多点GPS软件。选择1块江滩查螺,先通过手机端采集调查框的GPS数据,将采集的原始数据以KML/KMZ格式导入计算机,将KML转化为Excel格式,录入实验室检查结果,实现原始螺情资料的数字化。再将Excel格式转化为KML/KMZ格式文件,导入Google Earth进行可视化展示。结果完成1块5 hm2江滩螺情数据采集,获得基于Google Earth的可视化螺情分布图,构建了钉螺资料数据库。通过钉螺资料数据库,可查询每个调查框的钉螺数、活螺数和感染螺数等数据。结论利用智能手机和Google Earth,实现了原始查螺数据的数字化管理。
目的:利用智能手機和Google Earth的數字化、可視化功能,構建釘螺資料數據庫。方法先給智能手機加載多點GPS軟件。選擇1塊江灘查螺,先通過手機耑採集調查框的GPS數據,將採集的原始數據以KML/KMZ格式導入計算機,將KML轉化為Excel格式,錄入實驗室檢查結果,實現原始螺情資料的數字化。再將Excel格式轉化為KML/KMZ格式文件,導入Google Earth進行可視化展示。結果完成1塊5 hm2江灘螺情數據採集,穫得基于Google Earth的可視化螺情分佈圖,構建瞭釘螺資料數據庫。通過釘螺資料數據庫,可查詢每箇調查框的釘螺數、活螺數和感染螺數等數據。結論利用智能手機和Google Earth,實現瞭原始查螺數據的數字化管理。
목적:이용지능수궤화Google Earth적수자화、가시화공능,구건정라자료수거고。방법선급지능수궤가재다점GPS연건。선택1괴강탄사라,선통과수궤단채집조사광적GPS수거,장채집적원시수거이KML/KMZ격식도입계산궤,장KML전화위Excel격식,록입실험실검사결과,실현원시라정자료적수자화。재장Excel격식전화위KML/KMZ격식문건,도입Google Earth진행가시화전시。결과완성1괴5 hm2강탄라정수거채집,획득기우Google Earth적가시화라정분포도,구건료정라자료수거고。통과정라자료수거고,가사순매개조사광적정라수、활라수화감염라수등수거。결론이용지능수궤화Google Earth,실현료원시사라수거적수자화관리。
Objective To establish an Oncomelania hupensis snail database based on smartphone and Google Earth. Meth?ods The HEAD GPS software was loaded in the smartphone first. The GPS data of the snails were collected by the smartphone. The original data were exported to the computer with the format of KML/KMZ. Then the data were converted into Excel file for?mat by using some software. Finally the results based on laboratory were filled and the digital snail data were established. The data were converted into KML and then were showed by Google Earth visually. Results The snail data of a 5 hm2?beach along the Yangtze River were collected and the distribution of the snails based on Google Earth was obtained. The database of the snails was built. The query function was implemented about the number of the total snails the living snails and the schistosome infected snails of each survey frame. Conclusion The digital management of the snail data is realized by using the smartphone and Google Earth.