Continuous Satellite-Based Indicators for Mapping Subtropical Forest Degradation and Its Environmental Impacts

At a glance

Project duration
12/2016  – 12/2021
DFG classification of subject areas

Geodesy, Photogrammetry, Remote Sensing, Geoinformatics, Cartography

Physical Geography

Funded by

Internationale 金贝棋牌n und Universit?ten

Project description

The overarching goal of the project is to integrate multi-source remotely sensed data, field observations and land surface models to enhance our insights in ecosystem degradation in dryland forests. More specifically, we aim to understand and quantify the intertwining of land-use dynamics, vegetation and soil degradation, following both conversions and subtle changes in subtropical woodlands, how these changes vary among actor groups, and how they affect land use decisions and land use policies.

Open project website

Cooperation partners

  • Cooperation partner
    UniversityBelgium

    Katholieke Universiteit Leuven

  • Cooperation partner
    UniversityArgentina

    National University of Tucumán

  • Cooperation partner
    UniversityBelgium

    University of Louvain