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 …

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 …

A methodology for satellite based flood detection developed (Brakenridge et al, 2007) at
Dartmouth Flood Observatory (DFO) was modified at the Joint Research Centre (JRC) of the …

We have developed a new method for making high-resolution flood extent maps (eg at the
30-100 m scale of digital elevation models) in real-time from low-resolution (20-70 km) …

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 …

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 …

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

Flooding is one of the most costly natural disasters and thus mapping, modeling and
forecasting flood events at various temporal and spatial scales is important for any flood risk …

Passive microwave remote sensing involves the measurement of earth-emitted thermal
radiation at frequencies from 1 to 100 GHz. Flood mapping with microwave radiometry is …

Abstract The “Electronic Age” offers new and attractive opportunities to hydrologists for
remote sensing (RS) of hydrological data. A discussion of hydrologically relevant platforms …