Journal article Open Access
Alexandridis, T.K.; Ovakoglou, G.; Cherif, I.; Gómez Giménez, M.; Laneve, G.; Kasampalis, D.; Moshou, D.; Kartsios, S.; Karypidou, M.C.; Katragkou, E.; Herrera García, S.; Kganyago, M.; Mashiyi, N.; Pattnayak, K.; Challinor, A.; Pritchard, R.; Brockington, D.; Kagoyire, C.; Suarez Beltran, J.
Earth Observation (EO) data are increasingly being used to monitor vegetation and detect plant growth anomalies due to water stress, drought, or pests, as well as to monitor water availability, weather conditions, disaster risks, land-use/land-cover changes and to evaluate soil degradation. Satellite data are provided regularly by worldwide organizations, covering a wide variety of spatial, temporal and spectral characteristics. In addition, climate and crop growth models provide early estimates of the expected weather patterns and yield, which can be improved by fusion with EO data. The project “AfriCultuReS” is capitalizing on the above to contribute towards an integrated agricultural monitoring and early warning system for Africa, supporting decision making in the field of food security. The aim of this paper is to present the design of EO services within the project, and how they will support food security in Africa. The designed services cover the users' requirements related to climate, drought, land, livestock, crops, water, and weather. For each category of services, results from one case study are presented. The services will be distributed to the stakeholders and are expected to provide a continuous monitoring framework for early and accurate assessment of factors affecting food security in Africa.
Alexandridis 2020_Designing AfriCultuReS services_Green open version_Acknowledgment.pdf