Specific storage, which represents the aquifer's capacity to release water from or take into
storage when water level changes, is an important aquifer property required for transient …

Groundwater extraction is increasing rapidly in many areas of the world, causing serious
impacts such as falling water tables, ground surface subsidence, water quality degradation …

Hydraulic head and gradient measurements underpin practically all investigations in
hydrogeology. There is sufficient information in the literature to suggest that head …

Groundwater is an important global resource and its sustainable use faces major
challenges. New methods and advances in computational science could lead to much …

Groundwater responses to barometric pressure fluctuations are characterized using the
concept of barometric efficiency (BE). For semiconfined and confined aquifers, BE values …

Over the last two decades, various studies on Transient Hydraulic Tomography (THT) have
shown that it is an effective approach to characterize subsurface heterogeneity. Typically …

Specific storage (SS) has considerable predictive importance in the modelling of
groundwater systems, yet little is known about its statistical distribution and dependency on …

Groundwater specific storage varies by orders of magnitude, is difficult to quantify, and prone
to significant uncertainty. Estimating specific storage using aquifer testing is hampered by …

Specific storage, a basic hydraulic property of an aquifer, is required for transient
groundwater studies. Previous investigations have shown that specific storage decreases …

For the quantitative evaluation of the impact of mining on a groundwater system, it is
necessary to constrain the hydrogeological and mechanical properties. However, the in situ …