Hydrologic modeling plays a very important role in assessing the seasonal water availability,
which is necessary to take decisions in water resources management. Both climate and land …

MIKE SHE is one of the most extensively used physically based distributed hydrological
models that are capable of credibly interpreting the response mechanism of ecohydrological …

Rainfall-Runoff Modelling: The Primer, Second Edition is the follow-up of this popular and
authoritative text, first published in 2001. The book provides both a primer for the novice and …

A multi-criteria model evaluation protocol is presented to check the performance of rainfall-
runoff models during model calibration and validation phases based on a high frequency …

Hawaii streams are short and steep, often producing dangerous flash floods as a result of
rainfall events that can be short but intense. The streamflow can change by a factor of 60 in …

The present study discusses the application of the physically based distributed MIKE‐SHE
code to a medium size catchment using different grid sizes to investigate scale effects on the …

Hydrological model-related uncertainty is often ignored within climate change hydrological
impact assessments. A MIKE SHE model is developed for the Mekong using the same data …

A fully distributed, physically-based hydrologic modeling system, MIKE SHE, was used in
this study to investigate whole-watershed hydrologic response to land use changes within …

In the Dry Andes of central Chile, summer water resources originate mostly from snowmelt
and ice melt. We use the physically based, spatially distributed hydrological model TOPKAPI …

TOPKAPI is a physically-based, fully distributed hydrological model with a simple and
parsimonious parameterisation. The original TOPKAPI is structured around five modules that …