Remote sensing (RS) techniques offer advantages over other methods for measuring soil
properties, including large-scale coverage, a non-destructive nature, temporal monitoring …

Hydrological extremes, in particular floods and droughts, impact all regions across planet
Earth. They are mainly controlled by the temporal evolution of key hydrological variables like …

Large-scale hydrodynamic models generally rely on fixed-resolution spatial grids and model
parameters as well as incurring a high computational cost. This limits their ability to …

Sentinel-3 is the first satellite altimetry mission to operate both in synthetic aperture radar
(SAR) mode and in open-loop tracking mode nearly globally. Both features are expected to …

Satellite radar altimetry observations of water surface elevation (WSE) have become an
important data source to supplement river gauge records. Sentinel-3 is the first radar …

Accurate observations of river water surface elevation (WSE) are critical for hydrodynamic
(HD) model calibration in poorly gauged regions. This study presents a new river WSE …

Flood nowcasting refers to near-future prediction of flood status as an extreme weather
event unfolds to enhance situational awareness. The objective of this study was to adopt …

Precipitation is essential for modeling the hydrologic behavior of watersheds. There exist
multiple precipitation products of different sources and precision. We evaluate the influence …

Any hydrological model can be used to plan and evaluate the water resources of a particular
basin and provide a comprehensive idea of flood disasters. In this article, the MIKE NAM …

River water surface slopes (WSS) can improve the performance of rating curves for
discharge estimates and provides information about river hydraulic processes and …