Remote Sensing - Tools and Implications in Drylands - Session 1
Convener: Arnon Karnieli, BGU
Environmental problems of drylands such as desertification processes, land degradation and rehabilitation, land cover and land use change, climatic change, droughts, early warning, and more, are characterized by both spatial and temporal dimensions. Therefore, remote sensing techniques, based on long-term monitoring and repetitive data, over vast expanses of unsettled regions, are applicative and powerful tools for research and implementation in these areas.
Showing all 5 results
- Remote Sensing - Tools and Implications in Drylands - Session 1
1) Prof. Maxim Shoshany
Technion – Israel Institute of Technology, Israel
From Air-Photographs Gray levels’ Pseudo-Dynamics to Deep Learning classification of Mediterranean Vegetation Patterns
- Remote Sensing - Tools and Implications in Drylands - Session 1
2) Mr. Neil Manspeizer
Ben Gurion University of the Negev, Israel
Toward Understanding Semi-Arid Climate-Zone Change between 2014-2024 in the Eastern Mediterranean (Israel) through Earth Observation
- Remote Sensing - Tools and Implications in Drylands - Session 1
3) Mr. Dong Zhe
Ben Gurion University of the Negev, Israel
A Fully Automated OPTRAM (A-OPTRAM) for Soil Moisture Retrieval: Evaluating Multiple Fitting Functions, Vegetation Indices, Land Cover Type, and Scales
- Remote Sensing - Tools and Implications in Drylands - Session 1
4) Dr. Micha Silver
Ben Gurion University of the Negev, Israel
Linking Water Surfaces and Soil Moisture: Satellite-Derived Spatio-Temporal Dynamics of Hydrological Connectivity
- Remote Sensing - Tools and Implications in Drylands - Session 1
5) Mr. Julius Bamah
Ben Gurion University of the Negev, Israel
Long-Term Impacts of Phosphate Mining Pollution on Desert Vegetation: A Remote Sensing Perspective from the Negev Desert
