Groundwater pum** can cause reductions in streamflow (“streamflow depletion”) that must
be quantified for conjunctive management of groundwater and surface water resources …

Reductions in streamflow due to groundwater pum** (“streamflow depletion”) can
negatively impact water users and aquatic ecosystems but are challenging to estimate due …

Analytical and semi‐analytical models for stream depletion with transient stream stage
drawdown induced by groundwater pum** are developed to address a deficiency in …

A new semianalytical stream-depletion solution is obtained for pum** from a well beside a
stream in a two-layer leaky aquifer system. The well abstracts water from an upper …

In this study, we use a linearization procedure and a finite difference method to solve non-
Darcian flow to a well in an aquifer–aquitard system. The leakage effect is considered. Flow …

Estimating reductions in streamflow caused by groundwater pum** (“streamflow
depletion”) is critical for conjunctive groundwater‐surface water management. Streamflow …

The objective of this paper is to present an analytical solution for describing the head
distribution in an unconfined aquifer with a single pum** horizontal well parallel to a fully …

Causes and water sources of flowing artesian wells attracted the interest of many
hydrogeologists throughout history, however, a quantitative model that satisfactorily …

In river basins with several tributaries, wells in alluvial valleys are often located near the
wedge-shaped confluence of two tributaries. Therefore, stream depletion characteristics …

Wedge-shaped aquifers are sometimes cut by crossing streams so that the areal geometry
can be delineated by an annular wedge of infinite radial extent. Despite their worldwide …