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 …

Abstract The Surface Water and Ocean Topography (SWOT) mission will vastly expand
measurements of global rivers, providing critical new data sets for both gaged and ungaged …

Global estimates of river dynamics are needed in order to manage water resources, mainly
in developing countries where in-situ observation is limited. Remote sensors such as nadir …

A complete global flood event record would aid researchers to analyze the distribution of
global floods and, thus, better formulate and manage disaster prevention and reduction …

Remote sensing has gained attention as a novel source of primary information for estimating
river discharge, and the Mass‐conserved Flow Law Inversion (McFLI) approach has …

Understanding spatial and temporal variations in terrestrial waters is key to assessing the
global hydrological cycle. The future Surface Water and Ocean Topography (SWOT) satellite …

Underlying Fundamentals of Kalman Filtering for River Network Modeling in: Journal of
Hydrometeorology Volume 21 Issue 3 (2020) Jump to Content Jump to Main Navigation …

In situ gauge networks are often used in hydrologic model calibration, but these networks
are limited or nonexistent in many regions. The upcoming Surface Water Ocean Topography …

Despite being a critical component of Earth's water cycle, much remains unknown about
freshwater fluxes in the world's rivers. Discharge can be estimated in situ by monitoring …

A complete global flood event record helps researchers analyse the distribution law of
global floods and better formulate and manage disaster prevention and reduction policies …