Rapid generation of synthetic aperture radar (SAR) based flood extent maps provide valuable data in disaster response efforts thanks to the cloud penetrating ability of microwaves. We present a method using dual-polarimetric SAR imagery acquired on Sentinel-1a/b satellites. A false-colour map is generated using pre- and post- disaster imagery, allowing operators to distinguish between existing standing water pre-flooding, and recently flooded areas. The method works best in areas of standing water and provides mixed results in urban areas. A flood depth map is also estimated by using an external DEM. We will present the methodology, it’s estimated accuracy as well as investigations into improving the response in urban areas
Flood disasters have a huge effect on human life, the economy, and the ecosystem. Quickly extracting...
Deployment of Sentinel-1 (S1) satellite constellation carrying a $C$-band synthetic aperture radar (...
As floods pose an increasing threat to our society, insights into their occurrence and dynamics are ...
Rapid generation of synthetic aperture radar (SAR) based flood extent maps provide valuable data in ...
Rapid generation of synthetic aperture radar (SAR) based flood extent and flood depth maps provide v...
All countries are affected by natural hazards in different ways. The recently launched Synthetic Ape...
Recent flood events have demonstrated a demand for satellite-based inundation mapping in near real-t...
The increasing number of flood events combined with coastal urbanization has contributed to signific...
Reliable information about the spatial distribution of surface waters is critically important in var...
Flood extent maps derived from Synthetic Aperture Radar (SAR) data can be a key information source f...
Floods are the most frequent weather disasters in the world and the most costly in terms of economic...
Remotely sensed flood extents obtained in near real-time can be used for emergency flood incident ma...
The Sentinel-1 SAR image by the Europe Space Agency (ESA) in the Copernicus Programme is an open sou...
This article presents a semi-automated methodology for mapping of flooded areas with a special focus...
Previous studies have shown that the decrease of temporal interferometric synthetic aperture radar (...
Flood disasters have a huge effect on human life, the economy, and the ecosystem. Quickly extracting...
Deployment of Sentinel-1 (S1) satellite constellation carrying a $C$-band synthetic aperture radar (...
As floods pose an increasing threat to our society, insights into their occurrence and dynamics are ...
Rapid generation of synthetic aperture radar (SAR) based flood extent maps provide valuable data in ...
Rapid generation of synthetic aperture radar (SAR) based flood extent and flood depth maps provide v...
All countries are affected by natural hazards in different ways. The recently launched Synthetic Ape...
Recent flood events have demonstrated a demand for satellite-based inundation mapping in near real-t...
The increasing number of flood events combined with coastal urbanization has contributed to signific...
Reliable information about the spatial distribution of surface waters is critically important in var...
Flood extent maps derived from Synthetic Aperture Radar (SAR) data can be a key information source f...
Floods are the most frequent weather disasters in the world and the most costly in terms of economic...
Remotely sensed flood extents obtained in near real-time can be used for emergency flood incident ma...
The Sentinel-1 SAR image by the Europe Space Agency (ESA) in the Copernicus Programme is an open sou...
This article presents a semi-automated methodology for mapping of flooded areas with a special focus...
Previous studies have shown that the decrease of temporal interferometric synthetic aperture radar (...
Flood disasters have a huge effect on human life, the economy, and the ecosystem. Quickly extracting...
Deployment of Sentinel-1 (S1) satellite constellation carrying a $C$-band synthetic aperture radar (...
As floods pose an increasing threat to our society, insights into their occurrence and dynamics are ...