There has been considerable interest in the past few years in addressing some of the long-
term technical difficulties associated with retrieving valid measurements from satellite …

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 …

Lakes and reservoirs are crucial elements of the hydrological and biochemical cycle and are
a valuable resource for hydropower, domestic and industrial water use, and irrigation …

Scientometric reviews, facilitated by computational and visual analytical approaches, allow
researchers to gain a thorough understanding of research trends and areas of concentration …

Satellite altimetry has revolutionised our understanding of ocean dynamics thanks to
frequent sampling and global coverage. Nevertheless, coastal data have been flagged as …

The global marine gravity anomaly model is predominantly recovered from along-track radar
altimeter data. Despite significant advances in gravity anomaly recovery, the improvement of …

One of the main challenges of hydrological modeling is the poor spatiotemporal coverage of
in situ discharge databases which have steadily been declining over the past few decades. It …

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 …

Remote sensing and satellite geodetic observations are capable of hydrologic monitoring of
freshwater resources. Although satellite radar altimetry has been used in monitoring water …

Nowadays, most of rivers globally are regulated by dams and reservoirs, which have
substantially altered natural streamflow regimes. Understanding the impacts of these dams …