Remote Sensing - Tools and Implications in Drylands - Session 2
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 2
1) Dr. Oz Kira
Ben Gurion University of the Negev, Israel
Multi-Temporal SIF Time Series and Neural Network Modeling Enable Accurate In-Season Corn Yield Forecasting
- Remote Sensing - Tools and Implications in Drylands - Session 2
2) Dr. Rafat Qubaja
Arizona State University, USA
ECOSTRESS-Derived Evapotranspiration in Dryland Ecosystems at Local, Regional, and Global Scales
- Remote Sensing - Tools and Implications in Drylands - Session 2
3) Mr. Asaf Vanunu
Ben Gurion University of the Negev, Israel
Using Geostationary Satellites and Machine Learning Algorithms for Rapid and Accurate Wildfire Detection
- Remote Sensing - Tools and Implications in Drylands - Session 2
4) Mr. Seifu Woldemichael Busho
Ben Gurion University of the Negev, Israel
Remote Sensing-Based Hybrid Modeling for Sediment Sampling Suitability in Support of Geochronological Dating in Karakum and Kyzylkum Sandy Deserts, Central Asia
- Remote Sensing - Tools and Implications in Drylands - Session 2
5) Prof. Arnon Karnieli
Ben Gurion University of the Negev, Israel
Mapping Soil Biological Crusts in Drylands using the EnMap and EMIT
