The lithospheric contribution to the Earth's magnetic field is concealed in magnetic field data
that have now been measured over several decades from ground to satellite altitudes. The …

To properly frame the seismic data acquired with the CROP Project, the geophysical and
geological characteristics of the Italian region and a review of magmatism are briefly …

Marine and airborne magnetic anomaly data have been collected for more than half a
century, providing global coverage of the Earth. Furthermore, the German CHAMP satellite is …

The deep structure of the southern Apennines (SA) accretionary wedge is still debated since
industrial seismic reflection and well data provide reliable constraints only to a depth of …

The Ligurian basin, western Mediterranean Sea, has opened from late Oligocene to early
Miocene times, behind the Apulian subduction zone and partly within the western Alpine …

It is well known that the Ionian Sea is characterized by thin (8–11 km) crystalline crust, thick
(5–7 km) sedimentary cover, and low heat flow, typical for a Mesozoic (at least) basin. Yet …

The Tyrrhenian Sea is a Neogene back-arc basin formed by continental extension at the
rear of the eastward migrating Apennine subduction system. Its central part, generated from …

Two Mw 5.7 earthquakes struck a sparsely populated region of southern Italy, on October 31
and November 1, triggering a swarm-like sequence that lasted for several days. The …

We report on paleomagnetic directions gathered from 33 sites from (mostly Holocene)
volcanics from Stromboli, loosely dated at present by few K/Ar and 14C ages. In order to …

We discuss the tectonic implications of a new residual magnetic map of the Apennine
belt/Adriatic‐Apulian foreland obtained by integrating ground and offshore data sets …