A sustained increase in spring discharges was monitored after the 2016 Central Italy seismic
sequence in the fractured carbonate aquifer of Valnerina–Sibillini Mts. The groundwater …

Abstract The Mw 6.5 Norcia earthquake occurred on 30 October 2016, along the Mt Vettore
fault (Central Apennines, Italy), it was the largest earthquake of the 2016–2017 seismic …

Large earthquakes can alter regional groundwater pressure, resulting in fluid flow, and the
process of restoring hydrostatic equilibrium would in turn lead to observable surface …

The mechanism by which faults interact each other is still a debated matter. One of the main
issues is the role of pore-pressure diffusion in the delayed triggering of successive events …

Recently, an earthquake sequence formed by a series of subsequences characterized by
large earthquakes (three events M≥ 6.0 and five events M≥ 5.0) occurred in the Central …

The preparation, initiation and occurrence dynamics of earthquakes in Italy are governed by
several frequently unknown physical mechanisms and parameters. Understanding these …

We model Coulomb stress transfer (CST) due to 30 strong earthquakes occurring on normal
faults since 1509 CE in Calabria, Italy, including the influence of interseismic loading, and …

The analysis of Coulomb stress changes has become an important tool for seismic hazard
evaluation because such stress changes may trigger or delay subsequent earthquakes …

We study attenuation of seismic waves in the source area of Palghar swarm in western part
of India. The intrinsic and scattering loss are separated using the Wennerberg method in the …

Earthquakes on faults in the brittle upper crust evoke sudden changes in pore fluid pressure
as well as postseismic viscoelastic flow in the lower crust and lithospheric mantle but the …