Combretum micranthum

La participation communautaire au cœur du modèle de restauration de la Grande muraille verte africaine (Community participation at the heart of the model for restoration of the Great Green Wall)

The authors describe the African initiative of the Great Green Wall for the Sahara and the Sahel, which is currently in process. Thay note that the initiative is gainaing visibility and includes 110 participating villages. The article concludes by calling for support for these types of initiaties.


Open access copy available

Régénération naturelle à faible coût dans le cadre de l’aménagement forestier en zones tropicales sèches en Afrique (Natural generation at low cost as part of forest management in African tropical dry landscapes)

The author examines effective, low-cost, and often-overlooked methods of natural regeneration by root suckering and terrestrial layering in African tropical dry forests. He suggests this method of regeneration for both inside and outside of forested areas.


Open access copy available

Impact des aménagements de conservation des eaux et des sols sur la régénération des ressources ligneuses en zone sahélienne et nord soudanienne du Burkina Faso

The article seeks to catalogue trees used for traditional tools. The authors note that in certain areas, over exploitation of resources for traditional needs contributed to forest and soil degradation. They conclude arguing that traditional knowledge must be documented and taken into account in order for sustainable development projects to be successful.


Open access copy available

Regeneration of Five Combretaceae Species along a Latitudinal Gradient in Sahelo-Sudanian Zone of Burkina Faso


This study examines seedling density and regeneration processes of 5 species of Combretaceae across latitudinal gradients in the Sahelo-Sudanian ecoregion in Burkina Faso. Species were chosen based on their economic importance and large distributions. Rainfall varies across the area studied from 400-900 mm annually with elevations of about 300 m. The vegetation in the area is strongly seasonal with mostly deciduous trees and most herbacious species dying back during the dry season.

Open access copy available
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