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 …

Conventional basin‐by‐basin approaches to calibrate hydrologic models are limited to
gauged basins and typically result in spatially discontinuous parameter fields. Moreover, the …

Satellite remote sensing of river discharge (RSQ) algorithms provide a useful source of
observations to supplement river gauge records. RSQ algorithms have existed for over a …

In the field of hydrology, the Geomorphological Instantaneous Unit Hydrograph (GIUH) is
central to describing a watershed response. The application of GIUH is extended to …

The highly intermittent and sparse nature of the Surface Water and Ocean Topography
(SWOT) river observations in both space and time poses a major challenge to users for most …

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 …

Reducing errors in streamflow simulations is one of the main issues for a reliable forecast
system aimed to manage floods and water resources. Data assimilation is a powerful tool to …

In companion paper 1, the SAtellite Water Cycle (SAWC) satellite data set integration
approach was presented. SAWC accounts for (1) the closure of the water budget at the sub …

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 …

Accurate initial conditions play a critical role in improving predictive accuracy of hydrological
models for quantities such as streamflow generation. Streamflow observations from in situ …