Possibilities to perform pre-and post-seismic groundwater chemical comparisons on
regional groundwater flow systems are rare due to lack of data and observations. The …

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 …

The multi-disciplinary data and information available at a community level comprise the
foundation of natural hazard resilience modeling. These data enable and inform mitigation …

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

Hydrologic responses to earthquakes and their mechanisms have been widely studied.
Some responses have been attributed to increases in the vertical permeability. However …

Several experiments and field observations have demonstrated seismic waves‐induced
permeability increases. However, a few experiments have revealed significant decreases in …

Earthquake‐induced aquifer parameter changes (eg, permeability and hydraulic diffusivity)
have been documented in many studies. However, changes in the confinement of an aquifer …

Hydrochemical changes in three hot springs (GD, LTG and EDQ) were studied by following
three large near-field earthquakes (2008 Wenchuan Ms 8.0, 2013 Lushan Ms 7.0 and 2014 …

The seismotectonically induced changes in groundwater radon (Rn) are considered to be
strong imputes for the surveillance of imminent major earthquakes. Groundwater facilitates …

Earthquakes are known to enhance permeability at great distances, and this phenomenon
may also disrupt groundwater systems by breaching the barrier between different reservoirs …