Fifty years of hyporheic zone research have shown the important role played by the
hyporheic zone as an interface between groundwater and surface waters. However, it is only …

Environmental hydraulics, a neighboring research field to ecohydrology, is an intermediate
area between hydrodynamics and ecology/biology. The main research topic of this …

Temporary storage of solutes in streams is often controlled by flow‐induced uptake in
hyporheic zones. This phenomenon accounts for the tails that are generally observed …

The association of microorganisms with sediment particles is one of the primary
complicating factors in assessing microbial fate in aquatic systems. The literature indicates …

Fine sediment exchange between a stream and the surrounding subsurface influences
downstream contaminant transport and stream ecology. Fundamental models for this …

Stream‐subsurface exchange provides the opportunity for stream‐borne substances to
interact with streambed sediments in the subsurface hyporheic mixing zone. The …

Using a new channel shape equation for straight channels and a more versatile channel
shape or local flow depth equation for natural streams a method is developed for prediction …

Solute transport in rivers is controlled by surface hydrodynamics and by mass exchanges
between the surface stream and distinct retention zones. This paper presents a residence …

The relationship between the distributed transient storage (TS) and lumped aggregate dead
zone (ADZ) models of longitudinal solute transport in rivers and streams is examined by a …

An analytical solution is presented for solute transport in rivers including the effects of
transient storage. The traditional advection–dispersion equation for transport in the main …