The elevation of the ocean surface has been measured for over two decades from
spaceborne altimeters. However, existing altimeter measurements are not adequate to …

For at least 20 years, nadir altimetry satellite missions have been successfully used to first
monitor the surface elevation of oceans and, shortly after, of large rivers and lakes. For the …

Satellite altimeters have been launched with the objective to monitor changes in sea level
and glacial ice sheet topography. More recently, their potential to monitor inland water …

In the last few years the scientific community has realized that obtaining a better
understanding of interactions between natural systems and the man-made environment …

Many inland water investigations utilize archival and near-real time radar altimetry data to
enable observation of the variation in surface water level. A multialtimeter approach allows a …

Water level dynamics in continental‐scale rivers is an important factor for surface water
studies and flood hazard management. However, most continental‐scale river models have …

Fusion of synthetic aperture radar (SAR) images through interferometric, polarimetric and
tomographic processing provides an all-weather imaging capability to characterise and …

Radar altimetry provides unique information on water stages of inland hydro-systems. In this
study, the performance of seven altimetry missions, among the most commonly used in land …

Lake level serve as an important indicator of the climate and continuous measurements are
therefore essential. Satellite radar altimetry has now been used successfully for more than …

Interferometric Synthetic Aperture Radar (InSAR) has been used to detect relative water
level changes in wetlands. We developed an innovative method to integrate InSAR and …