The data from continuous GPS stations located in central and northern Italy, installed with different criteria and planned for scientific or commercial aims, are analyzed to provide the actual crustal movements. The mean velocity of 185 sites have been used to describe both the horizontal and vertical displacement field: the results indicate that the outer part of the Apennine belt moves in a north-eastern direction significantly faster than the inner Tyrrhenian side of the same chain; both Alpine and Apenninic regions show a low uplift, while in the central and eastern sector of the Po Plain the subsidence rate is constant or, in some cases, is decreasing with respect to the values obtained from the last measurements, performed up ...
We present a new geodetic velocity solution for Italy and the surrounding areas, obtained from an an...
We estimate current vertical movements along the Apennines (Italy) through repeatedly measured high ...
The geodetic data acquired in the last 10 years by a fairly dense network of permanent GPS stations ...
The data from continuous GPS stations located in central and northern Italy, installed with differe...
Insights into the present vertical kinematic pattern in Central and Northern Italy are gained by the...
none6noInsights into the present vertical kinematic pattern in Central and Northern Italy are gained...
Insights into the present vertical kinematic pattern in Central and Northern Italy are gained by the...
none6Descrizione del campo di deformazione nell'Italia centro-settentrionale desunto dall'analisi di...
The horizontal absolute motion vectors of northeastern Italy, obtained from the GPS data of the perm...
The horizontal absolute motion vectors of northeastern Italy, obtained from the GPS data of a perman...
We present the velocity field in Italy derived from over 300 continuous GPS stations operated in the...
Geodetic data are providing a new prospective in studying active tectonic processes that are occurri...
We use regional and local networks of continuously-operating GPS stations (CGPS) distributed in the ...
The data of a permanent network of GPS stations located in northeastern Italy were used to estimate ...
We present a new geodetic velocity solution for Italy and the surrounding areas, obtained from an an...
We estimate current vertical movements along the Apennines (Italy) through repeatedly measured high ...
The geodetic data acquired in the last 10 years by a fairly dense network of permanent GPS stations ...
The data from continuous GPS stations located in central and northern Italy, installed with differe...
Insights into the present vertical kinematic pattern in Central and Northern Italy are gained by the...
none6noInsights into the present vertical kinematic pattern in Central and Northern Italy are gained...
Insights into the present vertical kinematic pattern in Central and Northern Italy are gained by the...
none6Descrizione del campo di deformazione nell'Italia centro-settentrionale desunto dall'analisi di...
The horizontal absolute motion vectors of northeastern Italy, obtained from the GPS data of the perm...
The horizontal absolute motion vectors of northeastern Italy, obtained from the GPS data of a perman...
We present the velocity field in Italy derived from over 300 continuous GPS stations operated in the...
Geodetic data are providing a new prospective in studying active tectonic processes that are occurri...
We use regional and local networks of continuously-operating GPS stations (CGPS) distributed in the ...
The data of a permanent network of GPS stations located in northeastern Italy were used to estimate ...
We present a new geodetic velocity solution for Italy and the surrounding areas, obtained from an an...
We estimate current vertical movements along the Apennines (Italy) through repeatedly measured high ...
The geodetic data acquired in the last 10 years by a fairly dense network of permanent GPS stations ...