The development of different energy balance models has allowed users to choose a model
based on its suitability in a region. We compared four commonly used models—Mapping …

Accurate estimation of evapotranspiration (ET), especially at the regional scale, is an
extensively investigated topic in the field of water science. The ability to obtain a continuous …

Potential evapotranspiration (PET), which determines the upper limit of actual
evapotranspiration (AET), is a necessary input in monthly hydrological models. In this study …

A robust hydrological modeling at a fine spatial resolution is a vital tool for Norway to
simulate river discharges and hydrological components for climate adaptation strategies …

We investigate the ability to improve flood inundation forecasts at short-to medium-range (1–
7 days) timescales through weather ensembles and statistical water surface elevation (WSE) …

Study region This study focuses on three data-limited inland river basins in the arid Hexi
Corridor, Northwest China. Study focus The lack of ground-based observation data for …

Study region This study region is the Napa River basin in California whose antecedent soil
moisture states and precipitation magnitudes are primary drivers to occur extreme floods …

Ensemble Streamflow Forecasting across the US Mid-Atlantic Region with a Distributed
Hydrological Model Forced by GEFS Reforecasts in: Journal of Hydrometeorology Volume 18 …

Accurately initializing snow model states in hydrologic prediction models is important for
estimating future snowmelt, water supplies, and flooding potential. While ground-based …

Conceptual hydrological models are preferable for real-time flood forecasting, among which
the Xin'anjiang (XAJ) model has been widely applied in humid and semi-humid regions of …