Determination of the hydraulic properties of coastal aquifer systems has important
implications that are related to the issues such as seawater intrusion, submarine …

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 …

Quantitative evaluation of earthquake‐induced permeability changes is important for
understanding key geological processes, such as advective transport of heat and solute and …

Many deep aquifers overlain by barrier formations in the continental US are used as
geological repositories for wastewaters coproduced from hydrocarbon exploration. This …

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 …

Hydrologic responses to earthquakes such as streamflow increases, water‐level changes,
and changes in geyser eruption frequency often reflect changes in permeability caused by …

Understanding the hydraulic connections between overburden aquifers is key to safe coal
mining. However, accurately identifying such connections remains challenging …

Tidal analysis provides a cost‐effective way of estimating aquifer properties. Tidal response
models that link aquifer properties with tidal signal characteristics, such as phase and …

It is now well established that earthquakes cause various hydrogeological responses at
distances thousands of kilometers from the epicenter. What remains unexplained is the large …