Recent advances in remote sensing and the upcoming launch of the joint NASA/CNES/CSA/
UKSA Surface Water and Ocean Topography (SWOT) satellite point toward improved river …

The Surface Water and Ocean Topography (SWOT) radar interferometer satellite mission
will provide unprecedented global measurements of water surface elevation (h) for inland …

With growing concerns over water management in rivers worldwide, researchers are
seeking innovative solutions to monitor and understand changing flood patterns. In a …

Estimation of groundwater recharge to an unconfined aquifer is studied using analytical and
numerical techniques and results are compared with field observations. There is an acute …

River discharge is currently monitored by a diminishing network of gauges, which provide a
spatially incomplete picture of global discharges. This study assimilated water level …

A physically based catchment model (SWAT) was used for recharge estimation in the
headwaters of the Liverpool Plains in NSW, Australia. The study used water balance …

We evaluate the added value of assimilated remotely sensed soil moisture for the European
Flood Awareness System (EFAS) and its potential to improve the prediction of the timing and …

Tracking surface water coverage changes is a complicated task for many regions of the
world. It is, however, essential to monitor the associated biological changes and …

Floods are among natural disasters that increasingly threaten society, especially with current
and future climate change trends. Several tools have been developed to help planners …

Remote sensing has held a great deal of promise for hydrology, mainly because of the
potential to observe areas and entire river basins rather than merely points. In addition, as …