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Understanding and modelling the component processes of the hydrological cycle, and how they interact at the catchment scale, is at the heart of hydrological research. From the early 1960s, when digital computing became a reality, modelling has evolved from earlier spatially lumped approaches to f...

In recent decades, climate change has been recognized as one of the major threats to hydrology and water resource systems. Ongoing and future climate change is expected to affect the hydrological cycle at a global scale, but the effects and magnitude of the impacts at the regional level are very ...

The estimation of future water resources availability, which is directly linked to surface runoff, precipitation, temperature, and evaporation over medium- to long-term time periods, is an essential facet of climate impact analysis and of water resources’ risk estimation and management. The...