Ajiri Atagbaza, Okeibunor Joseph, Aiyeoribe Samuel, Ntezayabo Benoit, Mailhot Melinda, Nzioki Mwanza, Traore Alimou, Khalid Abdelrahim, Diallo Mamadou, Ilboudo Michel, Mikeyas Bekele Mengistu, Samba Dhoud, Mulunda Twite, De Medeiros Narcisse, Rabenarivo Bakoly, Diomande Fabien, Okiror Sam
WHO Regional Office for African (WHO AFRO), Brazzaville, Congo.
EHealth Africa.
J Immunol Sci. 2021 Apr 12;Spec Issue(2):1115. doi: 10.29245/2578-3009/2021/S2.1115.
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.
地理信息系统(GIS)绘图被用于提高疫苗接种团队的效率。本文记录了乍得在根除脊髓灰质炎过程中部署地理信息系统的过程。首先仔细查阅了政府官方文件,并对有关乍得的文献和在线资源进行了审查,确认官方边界存在于两个层面,即大区和地区。通过对高分辨率近期卫星图像进行手动特征提取,确定了目标地区内的所有定居点位置,并为以下类别创建了地图图层:小村庄、小村庄区域、小定居点和建成区(BUA)。这明显改善了微观规划,并在识别遗漏定居点方面提供了有价值的反馈,从而提高了覆盖率,减少了漏种儿童的数量。