The effects of earthquakes on groundwater and aquifer properties can be quantified and
monitored using water-level changes produced by tides and barometric pressure. Tidal and …

Geological carbon sequestration (GCS) is a method to reduce the emissions of CO 2 into the
atmosphere. During GCS operations CO 2 is captured from the atmosphere or industrial …

Over the past decades coastal marshes around the world have declined dramatically. Their
deterioration is controlled by scarcity of sediments, erosion and accelerated rise of relative …

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

Effective management of groundwater resources requires accurate estimates of aquifer
hydraulic parameters. One approach for estimating these parameters is to use aquifer water …

Estimating subsurface hydraulic properties using the groundwater (GW) response to Earth
tides (ET) and atmospheric pressure is an alternative approach to pumping or slug tests …

Our study investigates variations of seismic velocity that occur over short time scales of
hours. We use coda wave interferometry to inspect 5 months of continuous data from a …

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

The water table, as used routinely by hydrologists in various disciplines, is seemingly a
simple concept: it marks the top of the saturated zone in porous media. But closer inspection …

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