The objective of this study is to determine spatio-temporal variations of water volume over
inundated areas located in large river basins using combined observations from the …

The objective of this work is to demonstrate the potential of using passive microwave data to
monitor flood and discharge conditions and to infer watershed hydraulic and hydrologic …

The proposed approach aims to estimate the flood extent and soil wetness using AMSR-E
passive microwave data. The approach is applied over the Peace Athabasca Delta at the …

The potential of a rating curve model for flood monitoring is examined using SSM/I passive
microwave images and flow discharge data. Flooded areas are estimated by a linear …

The potential of using satellite based microwave observations of soil moisture to improve
flood predictability was explored during a specific major flood event. Predictability is a key …

The reliance on ground-based measurements has been a long-standing barrier toward
deriving river discharge for ungauged headwaters, which are quite sensitive to climate …

The hydrological cycle is receiving increasing attention both as an essential natural
resource for humans and ecosystems and as a critical component controlling the earth's …

An algorithm is presented that calculates a best estimate of river bathymetry, roughness
coefficient, and discharge based on input measurements of river water surface elevation (h) …

This paper describes two applications of remote sensing flood inundation mapping in
support of hydrologic models: mapping monthly flood extent in the lower Mekong Basin …

Abstract The forthcoming Surface Water and Ocean Topography (SWOT) NASA satellite
mission will measure water surface width, height, and slope of major rivers worldwide. The …