Water transit time is now a standard measure in catchment hydrological and ecohydrological
research. The last comprehensive review of transit time modeling approaches was …

Understanding the sensitivity of groundwater generation to climate in a mountain system is
complicated by the tight coupling of snow dynamics to vegetation and topography. To …

Understanding the partitioning of snow and rain contributing to either catchment streamflow
or evapotranspiration (ET) is of critical relevance for water management in response to …

Introducing additional information sources, such as hydrochemical signatures and water
isotopes, into the model calibration has shown to be useful to enhance model robustness by …

Terrestrial disturbances are increasing in frequency and severity, perturbing the hydrologic
cycle by altering vegetation-mediated water use and microclimate. Here, we synthesize the …

Synoptic sampling of streams is an inexpensive way to gain insight into the spatial
distribution of dissolved constituents in the subsurface critical zone. Few spatial synoptics …

Despite the importance of headwater catchments for the water supply of the western United
States, these regions are often poorly understood, particularly with respect to quantitative …

The selective use of seasonal precipitation by vegetation is critical to understanding the
residence time and flow path of water in watersheds, yet there are limited datasets to test …

Closure of the soil water balance is fundamental to ecohydrology. But closing the soil water
balance with hydrometric information offers no insight into the age distribution of water …

In the coastal regions of the western United States, atmospheric rivers (ARs) are associated
with the largest precipitation generating storms and contribute up to half of annual …