Climate change is expected to alter future temperature and discharge regimes of rivers.
These regimes have a strong influence on the life history of most aquatic river species, and …

The ice conditions in a regulated river will depend on the climatic changes as well as the
changes to the hydropower operation strategies in the future. The existing literature shows …

Unidentifiability and equifinality of parameters pose challenges to calibration and prediction
by conceptual precipitation-runoff models. Evaluation of prediction performances of …

Stream water dissolved organic carbon (DOC) concentrations display high spatial and
temporal variation in boreal catchments. Understanding and predicting these patterns is a …

Regionalization for prediction in ungauged basins at hourly resolution is important for water
resources management (eg, floods and hydropeaking). In the research reported in this …

Reliable runoff estimation is important for design of water infrastructure and flood risk
management in urban catchments. We developed a spatially distributed Precipitation-Runoff …

Evaluation of a recession-based “top-down” model for distributed hourly runoff simulation in
macroscale mountainous catchments is rare in the literature. We evaluated such a model for …

Identification of proper parameterizations of spatial heterogeneity is required for precipitation-
runoff models. However, relevant studies with a specific aim at hourly runoff simulation in …

Identification of distributed precipitation–runoff models for hourly runoff simulation based on
transfer of full parameters (FP) and partial parameters (PP) are lacking for boreal mid …

In a mountainous country like Nepal, most of the gauge stations are located at low altitudes,
and getting reliable hydrological data at intake sites, most of which are located at high …