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This research looked at the spatio-temporal changes in land use and occupation in the Lower Ouémé Valley as a result of various practices. The methodology adopted made it possible to collect and process a range of data (satellite, climatic, demographic, hydrological). The results obtained show that, from 1986 to 2015, crops and fallow land predominated, rising from 23% to 32%, while habitats and bare soil increased significantly, from 15% to 18%. Marshy meadows have also increased substantially, accounting for 13% of the total surface area. Water bodies remain relatively stable at around 19%,…mehr

Produktbeschreibung
This research looked at the spatio-temporal changes in land use and occupation in the Lower Ouémé Valley as a result of various practices. The methodology adopted made it possible to collect and process a range of data (satellite, climatic, demographic, hydrological). The results obtained show that, from 1986 to 2015, crops and fallow land predominated, rising from 23% to 32%, while habitats and bare soil increased significantly, from 15% to 18%. Marshy meadows have also increased substantially, accounting for 13% of the total surface area. Water bodies remain relatively stable at around 19%, while swamp formations, plantations and forest patches have degraded considerably, accounting for just 8%, 7% and 3% respectively of the Lower Ouémé Valley's surface area, which has been converted into other land-use units. Vegetation degradation factors are attributed to demographic growth, pastoral pressure (transhumance and others...), agricultural practices, land tenure, urbanization andclimate variability.
Autorenporträt
HOUNTON Côomlan Charles, geboren am 19. Februar 1977 in Dékanmè im Süden Benins, ist Doktor der Geoinformation und ihrer Anwendungen für das integrierte Management von Gewässern und Ökosystemen am Internationalen Lehrstuhl für Mathematische Physik und Anwendungen an der Universität Abomey-Calavi. Er ist Forschungsleiter, Assistent für die Dynamik von Ökosystemen und Kartographie.