In agroforestry systems, fine roots grow at several depths due to the mixture of trees and annual crops. The decomposition contributes soil organic carbon stocks may impact fertility, particularly in poor soils, such as those encountered sub-Sahelian regions. aim our study was measure rate root litter from perennial species according depth location under far a parkland. Soil characteristics wer...

Faidherbia albida (Del.) A. Chev. is a key agroforestry parklands species providing provisioning and regulating ecosystem services to people. Therefore, sustainable management conservation of the populations are great challenges on its distribution area. However, response spatial variability ecological conditions poorly addressed, limiting conservation. The objectives this study were to:...

Around the world, SDMs have been widely used to support forest management planning and biodiversity conservation. Beyond prediction of species distribution provided by SDMs, this study aimed analyze spatial tree diversity using SDMs. The area is a Faidherbia albida parkland in Central Senegal. It characterized tree-based farming system dominated albida. Using robust representative dataset 9258 ...

Ephemeral rivers act as linear oases in drylands providing key resources to people and wildlife. However, not much is known about these rivers' sensitivities to human activities. We investigated the landscape-level determinants of riparian tree dieback along the Swakop River, a dammed ephemeral river in Namibia, focusing on the native ana tree (Faidherbia albida) and the invasive mesquite (Pros...

Faidherbia albida is a typical emblematic species of African dryland areas. In Chad, it used for many purposes, but very little known about the technological properties its wood, which sometimes leads to inappropriate uses. This work consisted study physical and mechanical this collected in Sahelian Sudanian chadian zone. As well as impact sampling areas these properties. The result obtained sh...