We present a comprehensive review on what we have learned during the last decade and
what we need to know in the future about the present-day crustal deformation and …

The Apenninic foreland shows two distinct structural signatures comparing the central
Adriatic Sea and the Puglia region. During the Pliocene‐Pleistocene the central Adriatic …

To investigate the kinematics of the Adriatic region, we integrate continuous and episodic
GPS measurements with Mw> 4.5 earthquake slip vectors selected from the Regional …

We present a new geodetic velocity solution for Italy and the surrounding areas, obtained
from an analysis of continuous and survey-mode Global Positioning System observations …

This paper presents a latest compilation of data on the present-day stress pattern in the
Pannonian basin, and its tectonic environment, the Alpine–Dinaric orogens. Extensional …

Warm-adapted species survived the cold stages of the past glacial-interglacial cycles in
southern European peninsulas and recolonized major parts of Central and Northern Europe …

We use GPS measurements and block modeling to investigate the present‐day deformation
of the Adriatic region, whose kinematics within the Nubia‐Eurasia plate boundary zone is …

New seismological and structural data from the central Adriatic—Gargano promontory area
demonstrate that the current models of an aseismic and slightly deformed Adriatic block …

New seismic reflection data reveal that the south‐eastward prolongation of the Apennine
thrust front in the central Adriatic Sea is most likely located in a more external position with …

We present an overview of the seismogenic source model of the Adriatic domain included in
the latest version of the DISS database (http://diss. rm. ingv. it/diss/) and in the European …