Response to Poliovirus Outbreaks in the Lake Chad Sub-Region: A GIS Mapping Approach.

Atagbaza Ajiri,Joseph Okeibunor, Samuel Aiyeoribe,Benoit Ntezayabo,Melinda Mailhot,Mwanza Nzioki,Alimou Traore, Abdelrahim Khalid,Mamadou Diallo, Michel Ilboudo, Bekele Mengistu Mikeyas, Dhoud Samba, Twite Mulunda, Narcisse De Medeiros,Bakoly Rabenarivo,Fabien Diomande, Sam Okiror

Journal of immunological sciences(2021)

引用 1|浏览4
暂无评分
摘要
The geographic information system (GIS) mapping was used to improve the efficiency of vaccination teams. This paper documents the process in the deployment of geographical information system in response to polio eradication in Chad. It started with a careful review of government official documents as well as review of literature and online resources on Chad, which confirmed that official boundaries existed at two levels, namely Regions and Districts. All settlement locations in the target Districts were identified by manual feature extraction of high-resolution, recent satellite imagery, and map layers created for the following categories: hamlets, hamlet areas, small settlements, and built-up areas (BUAs). This clearly improved microplanning and provided valuable feedback in identifying missed settlements, leading to increased coverage and fewer missed children.
更多
查看译文
关键词
Coverage,GIS,Microplanning,Missed Children,Settlements,Vaccination
AI 理解论文
溯源树
样例
生成溯源树,研究论文发展脉络
Chat Paper
正在生成论文摘要