Measurements of river discharge and watershed runoff are essential to water resources
management, efficient hydropower generation, accurate flood prediction and control, and …

Observations of river inundation areas, water levels, and flow variability from orbital sensors
have the potential to directly measure the runoff component of the Earth's hydrologic cycle …

Rainfall-runoff models are common tools for river discharge estimation in the field of
hydrology. In ungauged basins, the dependence on observed river discharge data for …

Due to the limited availability of discharge data in many catchments globally, it is important
to develop a calibration method that does not rely solely on discharge data. Motivated by this …

Numerous studies have demonstrated the potential usefulness of river hydraulic data
obtained from satellites in developing general approaches to tracking floods and changes in …

River discharge measurements have proven invaluable to monitor the global water cycle,
assess flood risk, and guide water resource management. However, there is a delay, and …

In this work we demonstrate the utility of satellite remote sensing for river discharge
nowcasting and forecasting for two major rivers, the Ganges and Brahmaputra, in southern …

We use the water level data from multiple satellite altimeter missions to estimate discharge
at different reaches of varying channel width (130 m to 2 km) of the Ganga River in India. We …

Anticipating future global freshwater scarcity and providing mitigation require timely
knowledge of spatiotemporal dynamics of discharge for gauged and, more challengingly …

Satellite remote sensing of river discharge (RSQ) algorithms provide a useful source of
observations to supplement river gauge records. RSQ algorithms have existed for over a …