In flood‐prone international river basins (IRBs), many riparian nations that are located close
to a basin's outlet face a major problem in effectively forecasting flooding because they are …

Abstract Knowledge of the relationship between river flow and wetland inundation at a reach‐
scale is important for effective flow management, particularly, for environmental outcomes …

Hydrometric monitoring of small water bodies (1–10 ha) remains rare, due to their limited
size and large numbers, preventing accurate assessments of their agricultural potential or …

Reliable information about river discharge plays a key role in sustainably managing water
resources and better understanding of hydrological systems. Therefore, river discharge …

Due to the limited availability of discharge data in many catchments globally, it is important
to develop a calibration method that does not rely solely on discharge data. Motivated by this …

Rivers act as a source of fresh water for terrestrial life, yet the discharges are poorly
documented since the existing direct observations are inadequate and some observation …

Despite its importance as a major element of the global hydrologic cycle, runoff remains
poorly constrained except at the largest spatial scales due to limitations of the global stream …

Recent advances in remote sensing and the upcoming launch of the joint NASA/CNES/CSA/
UKSA Surface Water and Ocean Topography (SWOT) satellite point toward improved river …

The Surface Water and Ocean Topography (SWOT) radar interferometer satellite mission
will provide unprecedented global measurements of water surface elevation (h) for inland …

Remote sensing of river discharge promises to augment in situ gauging stations, but the
majority of research in this field focuses on large rivers (> 50 m wide). We present a method …