Recent studies on the relationships between catchment storage and water ages using
Travel Time Distributions (TTDs), Residence Time Distributions (RTDs), and StorAge …

Movement of soil moisture associated with tree root‐water uptake is ecologically important
but technically challenging to measure. Here, the self‐potential (SP) method, a passive …

Quantifying hydrological processes that control the upper critical zone water balance and
contaminant transport in drained landscapes is needed, especially as precipitation patterns …

Interflow, throughflow and subsurface stormflow are interchangeable terms that refer to the
lateral subsurface flow above a restricting layer of lower hydraulic conductivity that occurs …

Abstract The Delmarva Peninsula contributes significantly to nutrient loading of the
Chesapeake Bay predominantly from excessive Phosphorus (P) historically applied to low …

The subsurface processes that mediate the connection between evapotranspiration and
groundwater within forested hillslopes are poorly defined. Here, we investigate the origin of …

Streamwater transit time distributions display a variable proportion of old waters (≥ 1 year).
We hypothesize that the corresponding long transit times result from groundwater …

Soil carbon leakage into groundwater is a crucial and natural carbon sink process in the
subsurface carbon cycling. However, the primary driving force for soil carbon downward …

The dynamic relationships between water flux and storage, together with the associated
water ages and speed of hydrological responses (as proxies for velocity and celerity …

Among the manifold of environmental tracers at hand, tritium is the only one that can give
information on groundwater age within the timescale of 100 years for the entire flow system …