Geologic interpretation of seismic data along the eastern half of the CROP 11 deep seismic reflection profile, running across the central Apennines, indicates that the Adriatic Moho deepens gradually from 34 km in the foreland areas to 47 km beneath the core of the belt. This deepening is in agreement with local Moho depths estimated from teleseismic receiver functions at several stations installed along the CROP 11 profile. On the contrary, DSS (Deep Seismic Soundings) data image the Moho at shallower depths. The deepening of the Adriatic Moho illustrated in this paper supports the westward downgoing of a portion of Adriatic continental crust and is consistent with the regional gravity anomalies, provided that very high-density rocks...
We present results from a teleseismic receiver-function study of the crustal structure in the centra...
7noUsing deep seismic reflection data from the Italian lithospheric exploration project CROP in the ...
Data from high-density seismic networks deployed between 2000 and 2007 in the north-central Apennine...
We have estimated Moho depths at 39 broadband, 3-component seismic stations installed in central Ita...
The recent advances in experimental petrography together with the information derived from the super...
The recent advances in experimental petrography together with the information derived from the super...
We computed receiver functions of teleseismic events that occurred within a distance of 35–90° and w...
Teleseismic waveforms recorded by a regional array crossing the northern Italian peninsula and north...
Results from extended DSS profiles (1956-1986) in Italy and surrounding land and sea areas offer goo...
Results from extended DSS profiles (1956-1986) in Italy and surrounding land and sea areas offer goo...
Teleseismic waveforms recorded by a regional array crossing the northern Italian peninsula and north...
The Apennines is a well-studied orogeny formed by the accretion of continental slivers during the su...
The main purpose of this work was to obtain, by means of gravity modelling, gravity reconstruction o...
The main purpose of this work was to obtain, by means of gravity modelling, gravity reconstruction o...
Along the Italian peninsula adjoin two crustal domains, peri-Tyrrhenian and Adriatic, whose boundar...
We present results from a teleseismic receiver-function study of the crustal structure in the centra...
7noUsing deep seismic reflection data from the Italian lithospheric exploration project CROP in the ...
Data from high-density seismic networks deployed between 2000 and 2007 in the north-central Apennine...
We have estimated Moho depths at 39 broadband, 3-component seismic stations installed in central Ita...
The recent advances in experimental petrography together with the information derived from the super...
The recent advances in experimental petrography together with the information derived from the super...
We computed receiver functions of teleseismic events that occurred within a distance of 35–90° and w...
Teleseismic waveforms recorded by a regional array crossing the northern Italian peninsula and north...
Results from extended DSS profiles (1956-1986) in Italy and surrounding land and sea areas offer goo...
Results from extended DSS profiles (1956-1986) in Italy and surrounding land and sea areas offer goo...
Teleseismic waveforms recorded by a regional array crossing the northern Italian peninsula and north...
The Apennines is a well-studied orogeny formed by the accretion of continental slivers during the su...
The main purpose of this work was to obtain, by means of gravity modelling, gravity reconstruction o...
The main purpose of this work was to obtain, by means of gravity modelling, gravity reconstruction o...
Along the Italian peninsula adjoin two crustal domains, peri-Tyrrhenian and Adriatic, whose boundar...
We present results from a teleseismic receiver-function study of the crustal structure in the centra...
7noUsing deep seismic reflection data from the Italian lithospheric exploration project CROP in the ...
Data from high-density seismic networks deployed between 2000 and 2007 in the north-central Apennine...