Satellite altimetry may be used for monitoring large rivers, such as Niger River. Since data samples are sparse in time and accuracy of measurements is limited, an interpolation method is developed in order to get water levels at any time and to adjust observed values,taking account of their limited accuracy. The method uses a flood propagation model dedicated to flood propagation in large African rivers calibrated from one gauge station, used as a reference, and satellite altimetric data provided by Topex or Envisat. It allows capturing the water level behavior at the flood peak even though no measurement was available at that time
International audienceThe ENVISAT, Jason-2 and -3, Sentinel-3A, CryoSat-2, and AltiKa satellite alti...
Although there are numerous studies on water level changes in large rivers using satellite radar al...
International audienceWhat hydraulic information can be gained from remotely sensed observations of ...
Satellite radar altimetry can be used to monitor surface water levels from space. While current and ...
This study investigates the potential of satellite altimetry for water level time series estimation ...
This study investigates the potential of satellite altimetry for water level time series estimation ...
Flood forecasting in the downstream part of any hydrological basin is extremely difficult due to the...
Limited availability of ground measurements in the vast majority of river basins world-wide increase...
The global database of available and freely accessible discharge data is unsatisfactory and does not...
Limited availability of ground measurements in the vast majority of river basins world-wide increase...
Radar-based satellite altimetry is well recognized for oceanographic applications. For continental h...
Limited availability of ground measurements in the vast majority of river basins world-wide increase...
Monitoring of freshwater represents the base for development and management of global water resource...
The main objective of this study is to take advantage of spatial altimetry data to help monitoring r...
Monitoring of freshwater represents the base for development and management of global water resource...
International audienceThe ENVISAT, Jason-2 and -3, Sentinel-3A, CryoSat-2, and AltiKa satellite alti...
Although there are numerous studies on water level changes in large rivers using satellite radar al...
International audienceWhat hydraulic information can be gained from remotely sensed observations of ...
Satellite radar altimetry can be used to monitor surface water levels from space. While current and ...
This study investigates the potential of satellite altimetry for water level time series estimation ...
This study investigates the potential of satellite altimetry for water level time series estimation ...
Flood forecasting in the downstream part of any hydrological basin is extremely difficult due to the...
Limited availability of ground measurements in the vast majority of river basins world-wide increase...
The global database of available and freely accessible discharge data is unsatisfactory and does not...
Limited availability of ground measurements in the vast majority of river basins world-wide increase...
Radar-based satellite altimetry is well recognized for oceanographic applications. For continental h...
Limited availability of ground measurements in the vast majority of river basins world-wide increase...
Monitoring of freshwater represents the base for development and management of global water resource...
The main objective of this study is to take advantage of spatial altimetry data to help monitoring r...
Monitoring of freshwater represents the base for development and management of global water resource...
International audienceThe ENVISAT, Jason-2 and -3, Sentinel-3A, CryoSat-2, and AltiKa satellite alti...
Although there are numerous studies on water level changes in large rivers using satellite radar al...
International audienceWhat hydraulic information can be gained from remotely sensed observations of ...