Upper mantle processes at extensional settings and genesis of the oceanic lithosphere
- Scale and origin of chemical and isotopic heterogeneities in the upper mantle (C. Ferrando, E. Rampone);
- Structural and thermal evolution of the oceanic lithosphere (F. Caratori Tontini, L. Crispini, C. Ferrando, E. Rampone)
- Melt migration and melt/rock interaction in the lithospheric mantle and lower oceanic crust (L. Crispini, C. Ferrando, E. Rampone)
- Interplay between deformation and late-stage melt migration in the gabbroic crust (C. Ferrando);
- Relationships between deformation and fluid-rock interactions during hydrothermal circulation and serpentinization (F. Caratori Tontini, L. Crispini, M. Scambelluri).
Multidisciplinary research based on field, laboratory and geophysical studies on Alpine/Apennine, Oman ophiolitic sequences and modern oceanic lithosphere (Mid-Atlantic Ridge and Southwest Indian Ridge) and back-arc basins (Havre Trough, Southern Tyrrhenian Sea), in collaboration with national and international institutions and laboratories (Universities of Milano, Pavia, Muenster, CNRS Geosciences Montpellier, CNRS-GET Toulouse, CNRS-CRPG Nancy, GNS Science, INGV, IGG-CNR Pavia).
Subduction and collision-related processes at compressional settings
- The built up of orogenic belts, subduction and exhumation of oceanic and continental lithosphere, mélange formation, late to post-orogenic processes and depositional systems (L. Crispini, L. Federico, M. Piazza, M. Scambelluri)
- Burial and transformation to high and ultrahigh-pressures of the oceanic and continental lithosphere, fluid/rock chemical interaction during subduction, physical behavior of rock forming minerals at low- to high- and ultrahigh-pressure conditions (L. Crispini, F. Elter, L. Federico, L. Gaggero, M. Scambelluri)
- Rock devolatilization and fluid release, volatile and fluid-mobile element transfer, metasomatism of supra-subduction mantle and deep carbon cycle in subduction zones (M. Scambelluri, E. Rampone).
Field-based studies of oceanic and continental lithosphere from the Alps and Apennine, Bétic Cordillera (Spain), Dabie-Sulu (China), Caledonides (Norway), Northern Victoria Land (Antarctica), Oman (UAE), Sardinia (Italy) in the framework of national and international projects and collaborations (e.g. PRIN-MIUR, PNRA; Universities of Milano, Padova, Pavia, Berlin Bremen, Bern, Boston College Lehigh- USA, Utrecht, Sorbonne Paris BGR-Hannover, CNRS Geosciences Montpellier).
Tectonics and syntectonic fluid-rock interaction
- Fault-related deformation, on-land and offshore tectonic structures, paleostress analysis, fault zones and seismicity (L. Crispini, P. Cianfarra, L. Federico, D. Morelli, M. Scambelluri)
- Fluid-mediated rock deformation, veining and mineralizations (L. Crispini, L. Federico, P. Marescotti).
Studies performed in the framework of national and international projects and collaborations (e.g.; PRIN_MIUR, PNRA, ODP-IODP, ICDP; University of Milano, Pavia, Roma3, Bremen, Michighan, Malaysia, BGR-Hannover, Geosciences Montpellier).
Geodynamic processes of rocky planets and exoplanets
- Geodynamic evolution of terrestrial planets, with a focus on Mars, and comparisons with rocky exoplanets (P. Cianfarra, L. Crispini, G. Ferretti, S. Tosi)
- Tectonic modeling of Martian polar caps (P. Cianfarra)
- Tectonics of Icy Planetary surfaces in the Solar System (P. Cianfarra)
- Terrestrial analogues for the study of tectonic styles and environments (A. Briguglio, R. Cabella, P.Cianfarra, M. Piazza).
Studies performed in the framework of national (INAF-TNG and REM) and international projects (EUROPLANET2024). Collaborations with national and international institutions and observatories (INAF;INFN; OARPAF; TNG, Canary Is.; ORSA).