Sentinel-3 is the first satellite altimetry mission to operate both in synthetic aperture radar
(SAR) mode and in open-loop tracking mode nearly globally. Both features are expected to …

The satellite radar altimetry datasets are now extensively used for continental water
monitoring although it was primarily designed for oceanic surface and ice cap studies. Water …

Land cover is an important descriptor of the earth's terrestrial surface. It is also crucial to
determine the biophysical processes in global environmental change. Land-use change …

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 …

Satellite radar altimetry can be used to monitor surface water levels from space. While
current and past altimetry missions were designed to study oceans, retracking the …

What hydraulic information can be gained from remotely sensed observations of a river's
surface? In this study, we analyze the relationship between river bed undulations and water …

The automatic calibration of hydrological models has traditionally been performed using
gauged data. However, inaccessibility to remote areas and lack of financial support cause …

Radar-based satellite altimetry is well recognized for oceanographic applications. For
continental hydrology, its use is complicated by a number of environmental factors such as …

This work presents a practical approach to reconstructing past and present discharge and
water depth time series for operational monitoring of small-sized ungauged watersheds …

In this study we used satellite altimetry to characterize the time and space variations in water
stored in or circulating through rivers, floodplains, wetlands and lakes in the major sub …