I METADATI DI QUESTO DOI SONO STATI AGGIORNATI IL: 2026-02-05 10:33
Titolo completo (Inglese)
Unravelling the lIthosphere-astheNosphere System of the Tyrrhenian back arc basin through geological, petrological and geophysical data Integration and geoDynamic modElling
Di (autore)
Affiliazione
CNR-ISMAR
Affiliazione
University of Genoa
Affiliazione
Unviersity of Trieste
Affiliazione
University of Genoa
Affiliazione
University of Genoa
Affiliazione
INGV
Affiliazione
CNR-ISMAR
Affiliazione
CNR-ISMAR
Affiliazione
CNR-ISMAR
Affiliazione
CNR-ISMAR
Affiliazione
La Sorbonne Université
Affiliazione
CNR-ISMAR
Affiliazione
ENS-PSL
Affiliazione
Unviersity of Trieste
Affiliazione
CNR-ISMAR
Affiliazione
CNR-ISMAR
Numero di Pagine
36
Lingua del testo
Inglese
Data di publicazione
2026/02/05
Editore
CNR-ISMAR
Paese di pubblicazione
Italia
Titolo della collana
Rapporti tecnici CNR-ISMAR
ISSN
2611-4070 (Libro)
Descrizione principale (Italiano)
The Tyrrhenian basin is one of the few existing back-arc basins on Earth and the only one demonstrated to have experienced the process of mantle exhumation. Despite the various studies conducted in the Tyrrhenian basin in the last 50 years, the evolution from the first break-up to the opening of the central Vavilov basin, the internal structure, the relationship between thinned continental crust / exhumed mantle / intruded magma, and the thermal state with the related deep fluid circulation are not fully understood. The IODP-402 in 2024 has helped to advance on several of these questions strongly, but drilling data is limited in the spatial interpretation of this complex back-arc setting. With the present survey, we tried to fill part of these gaps by collecting new data represented by: heat flow, thermal conductivity, sub-bottom chirp profiles and -very high-resolution swath bathymetry. These data will help to image shallow tecto-sedimentary and magmatic features and help to constrain the deep thermal structure of the central part of the Tyrrhenian Basin.
Dimensioni
Numero di pagine del contenuto principale 36 Pagine
Parola chiave
Tyrrhenian back arc basin - geodynamic modelling
Destinatari
Istruzione universitaria o superiore