Tracers in Hydrology and Water Research is a comprehensive overview of the application of
natural and artificial tracers in hydrology and environmental research. Taking a unique …

Computed tomography (CT) provides a nondestructive means of observing soil structure
and monitoring solute breakthrough in real time. We investigated an intact soil column 10 cm …

Soil tillage is, and will remain, the guiding component of soil management and consequently
has far-reaching implications for agroecosystems. Understanding structures and functions of …

Coupling of vertical and lateral preferential flow paths was examined on a forested slope
with thin soil cover during artificial irrigations. Point‐scale infiltration was measured at sites …

Topographic indices like the Topographic Wetness Index (TWI) have been used to predict
spatial patterns of average groundwater levels and to model the dynamics of the saturated …

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 …

Our understanding of hillslope subsurface flow relies on assumptions about how storm
characteristics affect the hillslope runoff response. Experiments in hillslopes dominated by …

Hillslope-stream connectivity significantly affects streamflow and water quality responses
during rainfall and snowmelt events, but is difficult to quantify. One approach to quantify …

Forest water reclamation is a decades-old practice of repurposing municipal reclaimed
water using land application on forests to filter nutrients and increase wood production …

An adequate representation of micro-topography in spatially explicit, physically based
models can be crucial in modeling runoff generation, surface/subsurface flow interactions or …