In spite of the importance, the application of GIS technology in natural resource planning, management and research is still at infantile stages in African countries. Extensive gap exists in spatial data availability and handling in most institutions. This stems from a limited knowledge about the potentials of GIS, lack of instruments for spatial data acquisition and the technical know-how leading to ineffective processing of the acquired data. As a result, many research initiatives which require spatial information application have come to a stand-still and subsequently affected effective decision making. Even in cases where some forms of spatial data exist, the limited hand-on-practices have led to the perception that GIS is somewhat abstract and difficult among users. Capacity in spatial applications for research and resource management is crucial for better understanding of trends in natural resources for enhanced decision making and resource management. It will also contribute to improved and timely reporting at global platforms. The goal of this project is to build capacity for the deployment of geospatial applications in natural resource research, planning and management in Africa.
Project
GIS Training for Improved Natural Resource Management in Africa
This project aims to build capacity for the deployment of geospatial applications in natural resource research, planning and management in Africa.
Related content
Project
GovTech and Digital innovation in Africa
Advance digital transformation strategies and foster inclusive and responsible digital and emerging technologies adoption in African countries.
Announcement
Next Course: “Workshop on Bioprocess with Recombinant Microorganisms: Fermentation, Recovery and Purification of a Recombinant Enzyme at Pilot Scale”, May – June 2026
Apply for a scholarship to participate in the international workshop coordinated by Dr. Leobardo Serrano at IBT, UNAM, in Cuernavaca, Mexico.
News
Sugarcane Supercapacitors of the Future
Florencia Bernassani is laying the ground for electronics that are biodegradable and rely less on strategic minerals