The Sicilian Fold and Thrust Belt developed during Neogene-Quaternary times characterized by main African-wards tectonic transport direction. Recent investigations highlighted extensive hinterland-verging tectonic structures active during late Pliocene-Pleistocene time suggesting a late collisional stage of the Sicilian Fold and Thrust Belt that could be a precursor of a change in the subduction polarity in the central belt of Mediterranean
In order to unravel the tectonic evolution of the north-central sector of the Sicily Channel (Centra...
The palinspastic restoration of the Sicilian crustal geological cross section (Catalano et al., 201...
The Sicily Channel is characterized by the presence of prominent WNW-oriented grabens (Pantelleria, ...
The Sicilian Fold and Thrust Belt developed during Neogene-Quaternary times characterized by main Af...
Backthrusting, nappe refolding, and normal faulting frequently characterize late collisional stage o...
Backthrusting, nappe refolding, and normal faulting frequently characterize late collisional stage o...
Backthrusting, nappe refolding, and normal faulting frequently characterize late collisional stage o...
A three-stage evolution has characterized the Sicilian Fold and Thrust Belt (SFTB) during the last 1...
A three-stage evolution has characterized the Sicilian Fold and Thrust Belt (SFTB) during the last 1...
The Sicilian Thrust System (STS) is a south-verging (Africa-verging) fold-and-thrust belt including ...
The Sicilian Thrust System (STS) is a south-verging (Africa-verging) fold-and-thrust belt including ...
The palinspastic restoration of the Sicilian crustal geological cross section (Catalano et al., 201...
Neogene-Quaternary wedge-top-basins arose during the Sicilian fold and thrust belt (FTB) build-up. T...
Neogene-Quaternary wedge-top-basins arose during the Sicilian fold and thrust belt (FTB) build-up. T...
The Sicilian Thrust System (STS) is a south-verging (Africa-verging) fold-and-thrust belt including ...
In order to unravel the tectonic evolution of the north-central sector of the Sicily Channel (Centra...
The palinspastic restoration of the Sicilian crustal geological cross section (Catalano et al., 201...
The Sicily Channel is characterized by the presence of prominent WNW-oriented grabens (Pantelleria, ...
The Sicilian Fold and Thrust Belt developed during Neogene-Quaternary times characterized by main Af...
Backthrusting, nappe refolding, and normal faulting frequently characterize late collisional stage o...
Backthrusting, nappe refolding, and normal faulting frequently characterize late collisional stage o...
Backthrusting, nappe refolding, and normal faulting frequently characterize late collisional stage o...
A three-stage evolution has characterized the Sicilian Fold and Thrust Belt (SFTB) during the last 1...
A three-stage evolution has characterized the Sicilian Fold and Thrust Belt (SFTB) during the last 1...
The Sicilian Thrust System (STS) is a south-verging (Africa-verging) fold-and-thrust belt including ...
The Sicilian Thrust System (STS) is a south-verging (Africa-verging) fold-and-thrust belt including ...
The palinspastic restoration of the Sicilian crustal geological cross section (Catalano et al., 201...
Neogene-Quaternary wedge-top-basins arose during the Sicilian fold and thrust belt (FTB) build-up. T...
Neogene-Quaternary wedge-top-basins arose during the Sicilian fold and thrust belt (FTB) build-up. T...
The Sicilian Thrust System (STS) is a south-verging (Africa-verging) fold-and-thrust belt including ...
In order to unravel the tectonic evolution of the north-central sector of the Sicily Channel (Centra...
The palinspastic restoration of the Sicilian crustal geological cross section (Catalano et al., 201...
The Sicily Channel is characterized by the presence of prominent WNW-oriented grabens (Pantelleria, ...