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 …

Microwave remote sensing offers emerging capabilities to monitor global hydrological
processes. Instruments like the two dedicated soil moisture missions SMOS and HYDROS or …

As in‐field data acquired during a flood are often limited to point information and are
spatially sparse, available 2‐or 3‐dimensional mathematical hydraulic models dramatically …

Abstract Knowledge of river discharge is critically important for water resource management,
climate modeling, and improved understanding of the global water cycle, yet discharge is …

Based on the maximization of entropy, microwave sensors are becoming standard
approaches for converting point surface velocity measurements into discharge …

A method is presented to obtain dynamic estimates of basin wetness (BWI) and fractional
water surface (FWS) indices at the scale of the Mackenzie River Basin using SSM/I remotely …

Fields of diffuse recharge flux play pivotal roles in:(1) linking surface and subsurface
hydrologic systems,(2) controlling the biogeochemistry of terrestrial systems, and (3) …

Recent discharge observations are lacking for most rivers globally. Discharge can be
estimated from remotely sensed floodplain and channel inundation area, but there is …

Soil moisture (SM) plays an important role in determining the antecedent condition of a
watershed, while topographic attributes define how and where SM and rainfall interact to …

Monitoring changes in flood extent is critical for flood control and mitigation purposes in
areas where flooding affects many people and dense infrastructure and properties. Remote …