In the present paper, we analyze the regional interplay between glacio-eustasy and volcano-tectonic uplift on the Tyrrhenian Sea margin of central Italy. We reconstruct a succession of fluvial terraces in the Tiber River Valley east of the Vulsini Volcanic District and we provide geochronologic constraints allowing for correlation with the sea-level highstands of the Marine Isotope Stage timescale. Results of this study show that glacio-eustatic forcing affected the hydrographic network of the Tiber River, as far as 70 km inland with respect to the present Tyrrhenian coast, consistent with a regional uplift on the order of several tens of meters that affected this region over the last 250 ky. Using six new 40Ar/39Ar dates, we demonstra...
New analyses of marine terraces in the Tyrrhenian Sea margin of Basilicata - northern Calabria (sout...
This paper uses a combination of geomorphological and radiometric data from the northern coast of th...
International audienceGlacial-interglacial variations in ice volume and sea level are essential comp...
In the present paper, we analyze the regional interplay between glacio-eustasy and volcano-tectonic ...
Through a geomorphological study relying on statistically assessed classes of hilltop elevations, we...
International audiencethe accumulation of magma within the Monti Sabatini Volcanic District (MSVD), ...
Recently acquired geochronological and stratigraphic data provide new information on the sedimentary...
International audienceAbstract 40 Ar/ 39 Ar geochronology constraints to aggradational phases and gr...
Detailed micropalaeontological and petrochemical analyses of rock samples from boreholes drilled at ...
Rapid and permanent granulometric changes within the clastic sedimentary deposits of the Tiber River...
Modern stratigraphic studies and field mapping of Quaternary volcanic terrains require a multidiscip...
The mid-Tyrrhenian coast is the most complex volcano-tectonic sector in the Mediterranean basin. Her...
We develop a new high-resolution stratigraphic age model to unravel the contributions of tectonic an...
New analyses of marine terraces in the Tyrrhenian Sea margin of Basilicata - northern Calabria (sout...
This paper uses a combination of geomorphological and radiometric data from the northern coast of th...
International audienceGlacial-interglacial variations in ice volume and sea level are essential comp...
In the present paper, we analyze the regional interplay between glacio-eustasy and volcano-tectonic ...
Through a geomorphological study relying on statistically assessed classes of hilltop elevations, we...
International audiencethe accumulation of magma within the Monti Sabatini Volcanic District (MSVD), ...
Recently acquired geochronological and stratigraphic data provide new information on the sedimentary...
International audienceAbstract 40 Ar/ 39 Ar geochronology constraints to aggradational phases and gr...
Detailed micropalaeontological and petrochemical analyses of rock samples from boreholes drilled at ...
Rapid and permanent granulometric changes within the clastic sedimentary deposits of the Tiber River...
Modern stratigraphic studies and field mapping of Quaternary volcanic terrains require a multidiscip...
The mid-Tyrrhenian coast is the most complex volcano-tectonic sector in the Mediterranean basin. Her...
We develop a new high-resolution stratigraphic age model to unravel the contributions of tectonic an...
New analyses of marine terraces in the Tyrrhenian Sea margin of Basilicata - northern Calabria (sout...
This paper uses a combination of geomorphological and radiometric data from the northern coast of th...
International audienceGlacial-interglacial variations in ice volume and sea level are essential comp...