Integrative modelling of lands highly sensitive to degradation and desertification and of their solar energy resources in Europe
LANDSOLAR
PN-IV-P2-2.1-TE-2023-1192
The Executive Agency for Higher Education, Research, Development and Innovation Funding
Land degradation and desertification have become major threats to European agro-ecological productivity. There is, however, a knowledge gap with regard to the current state of lands sensitive (susceptible) to degradation and desertification continentally, which can be investigated via complex sensitivity models that can be applied in Europe using Geographic Information Systems (GIS) and large-scale geospatial data. In this context, the project aims to conduct an in-depth analysis of European lands highly susceptible to degradation and desertification, and to explore the possibility to harness their incident solar energy resources, starting from the hypothesis that these critical lands, with poor agro-ecological productivity, can be a viable solution for the transcontinental development of photovoltaic (PV) energy systems. Therefore, this project will provide to various European users (policymakers and stakeholders) a complex and integrative scientific framework for lands highly exposed to degradation and desertification in Europe, and for their PV electricity resources that are available across 40 continental countries. The final results will be valuable, by providing a complex informational support to various European policies or agricultural and industrial stakeholders who are active in land management and solar power economic sector.
• Processing the Pan‐European land sensitivity to degradation and desertification, based on a complex susceptibility method applied continentally using various geospatial data and techniques;
• Creating a complex cartographic and statistical database on the spatial sensitivity pattern of land degradation and desertification across the continent;
• Modelling the solar PV power potential in areas identified to be highly sensitive to degradation and desertification throughout the continent;
• Developing a complex statistical and cartographic database on solar PV electricity resources, available within the boundaries of European lands highly exposed to degradation and desertification;
• Building a more solid connection between the science of land degradation / desertification and that of solar power, which can support the sustainable development of European society.
In progress…
Name and surname: Prăvălie Remus
E-mail address: pravalie_remus@yahoo.com
Institution name: University of Bucharest
Institution address: Panduri Street, 90–92, 050663, 5th District, Bucharest, Romania
Remus Prăvălie
Associate Professor, University of Bucharest, Faculty of Geography, Bucharest, Romania. Areas of expertise: land degradation, desertification, climate change, global environmental issues, GIS modelling.
Mihai Niculiță
Associate Professor, Alexandru Ioan Cuza University of Iași, Faculty of Geography and Geology, Iași, Romania. Areas of expertise: GIS modelling in geomorphology, geomorphometry and soil science.
Marina-Ramona Vîrghileanu
Lecturer, University of Bucharest, Faculty of Geography. Areas of expertise: water-related soil erosion, land degradation, remote sensing analysis, GIS modelling, land cover mapping, change detection.
International conferences:
Prăvălie R., Săvulescu I., Niculiță M., Vîrghileanu M., Bandoc G., 2025. A pan-European evaluation of land sensitivity to degradation and desertification. “The 3rd International Conference: Geographical Science and Future of Earth”, November 7–8, Bucharest, Romania
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