Abstract The Irpinia Fault (ie, Mount Marzano Fault System: MMFS) was responsible for the
devastating 1980 earthquake (Mw 6.9) that caused the longest surface faulting ever …

Crustal earthquake focal mechanisms are investigated in the Calabrian Arc region, where
the western Mediterranean subduction process is close to ending and the residual Ionian …

New fault trace mapping and structural survey of the active faults outcropping within the
epicentral area of the Campania-Lucania 1980 normal fault earthquake (Mw 6.9) are …

The large-scale seismic risk assessment is a crucial point for safeguarding people and
planning adequate mitigation plans in urban areas. The current research work aims at …

A significant uncertainty exists in the definition of both surface pattern and subsurface
continuity (ie, coupling vs. decoupling) of active normal faults in the Apennines. In this study …

We present a 1-D velocity model of the Earth's crust in Campania–Lucania region obtained
by solving the coupled hypocentre–velocity inverse problem for 1312 local earthquakes …

The present active faults and stress field acting in the southern Apennines (Italy), a
structurally complex area characterized by high seismic potential, are studied by analyzing …

A non-linear, global-search, probabilistic, double-difference earthquake location technique
is illustrated. The main advantages of this method are the determination of comprehensive …

The fore‐arc region of the northeast Caribbean plate north of Puerto Rico and the Virgin
Islands has been the site of numerous seismic swarms since at least 1976. A 6 month …

Improving the knowledge of seismogenic faults requires the integration of geological,
seismological, and geophysical information. Among several analyses, the definition of …