Based on a literature overview, this paper summarizes the impact and legacy of the
contributions of Wilfried Brutsaert and Jean‐Yves Parlange (Cornell University) with respect …

There is an extensive literature dealing with the interaction between groundwater and
surface water, and this includes major reviews on baseflow, transmission losses, baseflow …

Water fluxes in catchments are controlled by physical processes and material properties that
are complex, heterogeneous, and poorly characterized by direct measurement. As a result …

Baseflow indices for 65 North American catchments are compared, which were calculated
with seven different baseflow separation methods (HYSEP1, HYSEP2, HYSEP3, PART …

A hydrologic model, calibrated using only streamflow data, can produce acceptable
streamflow simulation at the watershed outlet yet unrealistic representations of water …

One of the most important functions of catchments is the storage of water. Catchment storage
buffers meteorological extremes and interannual streamflow variability, controls the …

Characterizing the impacts of climatic change on hydrologic processes is critical for
managing freshwater systems. Specifically, there is a need to evaluate how the two major …

To examine stream recession rates, hydrologists have plotted the rate of change in
discharge (dQ/dt) versus the mean discharge (Q). Such plots typically result in a large cloud …

Streamflow recession has been investigated by a variety of methods, often involving the fit of
a model to empirical recession plots to parameterize a non-linear storage–outflow …

Streamflow recession analysis is a widely used hydrologic tool that uses readily available
discharge measurements to estimate otherwise unmeasurable watershed‐scale properties …