Earth Observation for Flood Applications

Section 1. Monitoring and Modeling Flood Processes and Hazards <br>1. Earth Observation for Flood Applications: Progress and Perspectives <br>2. An Automatic System for Near-Real Time Flood Extent and Duration Mapping Based on Multi-Sensor Satellite Data　 <br>3. Flood Mapping with Passive Microwave Remote Sensing: Current Capabilities and Directions for Future Development<br>4. River Flood Modeling and Remote Sensing Across Scales: Lessons from Brazil <br>5. Using the Surface Water and Ocean Topography Mission Data to Estimate River Bathymetry and Channel Roughness<br><br>Section 2. Estimating Flood Exposure, Damage and Risk <br>6. From Cloud to Refugee Camp: A Satellite-Based Flood Analytics Case-Study in Congo-Brazzaville <br>7. DFO—Flood Observatory <br>8. How Earth Observation Informs the Activities of the Re/Insurance Industry on Managing Flood Risk <br>9. Flood Detection and Monitoring with EO Data Tools and Systems <br><br>Section 3. Emerging Applications and Challenges <br>10. Emerging Remote Sensing Technologies for Flood Applications <br>11. Earth Observations for Anticipatory Action: Case Studies in Hydrometeorological Hazards <br>12. Earth Observation and Hydraulic Data Assimilation for Improved Flood Inundation Forecasting <br>13. Artificial Intelligence for Flood Observation <br>14. The Full Potential of EO for Flood Applications: Managing Expectations <br>15. Emerging Techniques in Machine Learning for Processing Satellite Images of Floods <br>16. Merged AMSR-E/AMSR-2 and GPM Passive Microwave Radiometry for Measuring River Floods, Runoff, and Ice Cover