As the largest river basin on Earth, the Amazon is of major importance to the world's climate
and water resources. Over the past decades, advances in satellite‐based remote sensing …

Despite significant recent advancements, global hydrological models and their input
databases still show limited capabilities in supporting many spatially detailed research …

Satellite altimetry has been designed for sea level monitoring over open ocean areas.
However, for some years, this technology has also been used to retrieve water levels from …

In this study, rating curves (RCs) were determined by applying satellite altimetry to a poorly
gauged basin. This study demonstrates the synergistic application of remote sensing and …

The development of satellite altimetry has significantly advanced the application of satellite
Earth observation technologies in surface water monitoring, resulting in a substantial body of …

Satellite altimetry is an important tool for monitoring water levels over oceans and inland
water bodies, particularly over poorly gauged or ungauged areas. This study uses satellite …

In this study, the mechanism of channel-floodplain seasonal connectivity along the Amazon
River is analyzed over a full hydrological year through the use of satellite radar altimetry …

The monitoring and analysis of the water level in the Mekong River is of major importance in
water resources security, management, and geostrategic cooperation. This study proposed …

Abstract for the first time ever, this study aims at applying Sentinel-3A to the Great
Brahmaputra River (GBR) and validating water levels derived from this newly-launched …

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 …