We have comprehensively analysed the co-seismic response of the groundwater levels of
280 wells in mainland China that were associated with the Wenchuan earthquake (Mw 7.9) …

Abstract Hydrogeochemistry of the Koyna River basin, famous for the Koyna earthquake
(magnitude 7) of 1967, has been studied. Basalt is the primary aquifer; laterites, alluvium …

Hourly monitoring of electrical conductivity (EC) of groundwater along with groundwater
levels in the 210m deep boreholes (specially drilled for pore pressure/earthquake studies) …

This study examines the hydrogeological response to the 12 September 2016 Gyeong-Ju
earthquake (ML 5.8) in the southeastern region of the Korean Peninsula. Using 2D hydro …

Groundwater monitoring data from the National Groundwater Monitoring Stations, a total of
320 stations, were analyzed to identify the response of water level and quality to the …

Jiaji well exhibits a sudden rise-decline coseismic response to earthquakes of Mw7. 5 or
above. Based on the amplitude and phase of the tidal response of the well-water level, the …

This study tests the potential of detecting small-magnitude earthquakes (~ M3. 0) and their
precursors using a long-term groundwater-monitoring database. In groundwater records …

This study characterizes aquifer system and hydrogeologic property in the western half of
Jeju Island where wells were drilled for regional water supply in three sub-areas …

The Koyna-Warna region, near the west coast of India, is well known for reservoir-triggered
seismicity. The seismic activity in this region greatly increased following the construction of …

Background Earthquake-prone regions from the stable continental regions (like Peninsular
India) warrant total seismic hazard estimation from possible sources—reservoir induced or …