Traditionally, groundwater and surface water flow models have been calibrated against two
observation types: hydraulic heads and surface water discharge. It has repeatedly been …

Essentially all hydrogeological processes are strongly influenced by the subsurface spatial
heterogeneity and the temporal variation of environmental conditions, hydraulic properties …

The process of model evaluation is not only an integral part of model development and
calibration but also of paramount importance when communicating modelling results to the …

In the last few years the method of cosmic-ray neutron sensing (CRNS) has gained
popularity among hydrologists, physicists, and land-surface modelers. The sensor provides …

This article reconsiders the concept of a perceptual model of hydrological processes as the
first stage to be considered in developing a procedural model for a particular catchment …

Groundwater levels are typically measured at only a limited number of points in a catchment.
Thus, upscaling these point measurements to the catchment scale is necessary to determine …

Climate change in the Great Lakes Basin of North America is expected to have a profound
impact on hydrological processes. A greater understanding of these impacts must be …

Understanding the interrelation between topography and vegetation across different
environments is important to assess how hydrological and climatic conditions affect tree …

The role of landscape topography in mediating subsurface water availability and ultimately
tree transpiration is still poorly understood. To assess how hillslope position affects tree …

Hillslopes exert critical controls on the quality and quantity of downstream waters. To
understand and model dominant headwater catchment processes, we need to estimate the …