Groundwater‐level changes after earthquakes provide insight into changes in
hydrogeological properties such as permeability and pore pressure. Quantifying such …

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 …

Seismic wave shaking‐induced permeability enhancement in the shallow crust has been
widely observed. Permeability decrease, however, is seldom reported. In this study, we …

Fluid perturbations play a pivotal role in triggering earthquakes. However, the role of fluid in
the coseismic rupture process remains largely unknown. To this end, we develop a 2‐D fully …

This study investigates the impacts of wellbore and skin effects on co-seismic water level
changes. A numerical model has been developed to integrate hydraulic and …

Estimating the hydraulic parameters of a target aquifer is key to properly evaluating the
groundwater resources. Conventional methods are costly, and measurements are …

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

Earthquakes can change permeability. Continuous monitoring of the response of water level
to solid Earth tides or changes in barometric pressure provides an opportunity to document …

Abstract Changes of permeability caused by dynamic stress induced by distant earthquakes
have been widely reported. Permeability decreases before local earthquakes have been …

Groundwater chemistry can be affected by and related to earthquakes, thus it is crucial to
understand the hydrochemical changes and associated processes caused by earthquakes …