The Vrancea region of the south-eastern Carpathians is a remarkable site of intra-
continental intermediate-depth seismicity. A large set of geological, geophysical, and …

Apatite fission track (AFT) and (U‐Th)/He (AHe) thermochronology have been combined to
constrain the exhumation history of the SE Carpathians. Cooling ages generally decrease …

Earthquake mechanism information is fundamental to determine the stress field and to
define seismogenic zones. At the same time, it is a basic input to compute seismic hazard by …

D models for the quality factor along a few profiles crossing the Vrancea region and the
adjacent extra-Carpathian zone have been recently developed, to reconstruct the ground …

Thermal anomalies which are known to be significantprecursors of strong earthquakes can
be evidencedby spectral thermal infrared (TIR) bands recordedby sensors on board of …

Paleowater depth observations suggest that a large sea level drop occurred in the Black
Sea coeval with the Messinian salinity crisis in the Mediterranean Sea. This sea level drop …

Cumulative stress energy in seismic active regions under operating tectonic force manifests
various earthquake precursors. For seismic hazard analysis in Vrancea area placed in the …

We used 2D integrated geophysical modelling approach to calculate the temperature
distribution in the lithosphere along profile VII passing through the Eastern Carpathians …

Cumulative stress energy in active seismic regions caused by tectonic forces creates various
earthquake precursors. This energy transformation may result in enhanced transient thermal …

This study proposes a re-evaluation of the thermal models for lithosphere in the main
tectonic units of the extra-Carpathian area (Central Moesian Platform, Black Sea Block and …