The present era of climate change and expanding population requires major improvements
in sustained observation of global river discharge. Floods and droughts are affecting food …

River floods and daily runoff have long been measured on the ground at in situ gauging
stations. However, today's global hydrologic models require improvements to the quantity …

Satellite passive microwave sensors provide global coverage of the Earth's land surface on
a near‐daily basis without severe interference from cloud cover. Using a strategy first …

The global water cycle is accelerating in a changing climate. A key element of the hydrology
cycle is surface streamflow, which lacks a global river gauging network with open data …

River flow is a fundamental observable in hydrology, but there is no consistent global
ground measurement network. Various types of orbital remote sensing are, therefore, well …

Flooding over the Mackenzie River Basin, which is situated in northwestern Canada, is a
complex and rapid process. This process is mainly controlled by the occurrence of ice jams …

The Global Flood Detection Systems (GFDS) currently operated at the European
Commission's Joint Research Centre (JRC) is a satellite-based observation system that …

Introduction Methodology Relevant Publications Results Page 1 Calibration of Orbital
Microwave Measurements of River Discharge Using a Global Hydrology Model Sagy Cohen 1 …

Satellite microwave sensors provide global coverage of the Earth's land surface on a near-
daily basis and without severe interference from cloud cover. Using a strategy first …

Monitoring runoff is critical for water resources management. Remote sensing can be an
effective technique to investigate changes in runoff on data-scarce regions. This study used …