Integrated, process‐based numerical models in hydrology are rapidly evolving, spurred by
novel theories in mathematical physics, advances in computational methods, insights from …

There are a growing number of large‐scale, complex hydrologic models that are capable of
simulating integrated surface and subsurface flow. Many are coupled to land‐surface energy …

A highly modular and scale-consistent Terrestrial Systems Modeling Platform (TerrSysMP) is
presented. The modeling platform consists of an atmospheric model (Consortium for Small …

A coupling framework between a hydrologic model and a hydrodynamic model has been
developed. The resultant coupled model, tRIBS-OFM, considers spatially-distributed …

The impact of 3D groundwater dynamics as part of the hydrologic cycle is rarely considered
in regional climate simulation experiments. However, there exists a spatial and temporal …

The transfer of parameter sets over different temporal and spatial resolutions is common
practice in many large-domain hydrological modelling studies. The degree to which …

A process‐based model that incorporates hydrodynamic feedbacks between the land
surface, soil, and groundwater zones is used to assess the sensitivity of the hydrological …

Highly simplified approaches continue to underpin hydrological climate change impact
assessments across the Earth's mountainous regions. Fully‐integrated surface‐subsurface …

The highly dynamic processes within a hillslope‐riparian‐stream (HRS) continuum are
known to affect streamflow generation, but are yet not fully understood. Within this study, we …

Tile drains are important water flow paths in agricultural catchments and must be included in
hydrological models. However, their locations are rarely known and the explicit …