The Mediterranean basin is particularly prone to climate change and vulnerable to its
impacts. One of the most relevant consequences of climate change, especially for the …

Conceptual rainfall-runoff (CRR) models are widely used tools in climate change impact
studies. However, the assumption that hydroclimate variables are stationary is no longer …

To accurately project future water availability under a drying climate, it is important to
understand how precipitation is partitioned into other terrestrial water balance components …

Water management in snowy mountainous regions hinges on forecasting snowmelt runoff.
However, droughts are altering snowpack‐runoff relationships with ongoing debate about …

The paper compares future streamflow projections for 133 catchments in the Murray–Darling
Basin simulated by a hydrological model with future rainfall inputs generated from different …

The transit time distribution (TTD) is a lumped method to characterize the diverse flow paths
of a hydrological system, and the StorAge Selection function (SAS) is one of the time-variant …

The trend to a hotter and drier climate, with more extended droughts, has been observed in
recent decades in southern Australia and is projected to continue under climate change …

The co-occurrence of meteorological, agricultural, and hydrological droughts (multivariate
compound droughts) in Switzerland during growing season is problematic due to limitations …

Hydrological models with conceptual tip** bucket and process-based evapotranspiration
formulations are the most common tools in hydrology. However, these models consistently …

Hydrologic models are essential tools to understand and plan for the effect of changing
climates; however, they underperform in transitory climate conditions. Existing research …