The study concerns a sector of the Maghrebian Sicilian Fold and Thrust Belt (FTB), located in central Sicily between the southern edge of the Madonie Mts. and the Caltanissetta trough. Interpretation of recently acquired seismic profiles, constrained by joint detailed stratigraphy and field investigation, revealed the structure of the study area as formed by a thick pile of deep water carbonate (Imerese and Sicanian) thrusts lying on carbonate platform imbricates. In the forward migration of the FTB, two main tectonic events were envisaged; shallow and deep seated thrusts occurred during the Miocene-early Pleistocene time interval that deformed the former sedimentary cover of the continental margin. The kinematic model and the occurrence, at depth, of carbonate platform rock bodies indicate the study area as a potential frontier for hydrocarbon opportunities.
CATALANO R, GATTI V, AVELLONE, G., BASILONE, L., FRIXA, A., RUSPI, R., et al. (2008). Subsurface Geometries in Central Sicily FTB as a Premise for Hydrocarbon Exploration. ??????? it.cilea.surplus.oa.citation.tipologie.CitationProceedings.prensentedAt ??????? European Association of Geoscientists and Engineers Conference and Exhibition, Roma.
Subsurface Geometries in Central Sicily FTB as a Premise for Hydrocarbon Exploration
CATALANO, Raimondo;AVELLONE, Giuseppe;BASILONE, Luca;SULLI, Attilio
2008-01-01
Abstract
The study concerns a sector of the Maghrebian Sicilian Fold and Thrust Belt (FTB), located in central Sicily between the southern edge of the Madonie Mts. and the Caltanissetta trough. Interpretation of recently acquired seismic profiles, constrained by joint detailed stratigraphy and field investigation, revealed the structure of the study area as formed by a thick pile of deep water carbonate (Imerese and Sicanian) thrusts lying on carbonate platform imbricates. In the forward migration of the FTB, two main tectonic events were envisaged; shallow and deep seated thrusts occurred during the Miocene-early Pleistocene time interval that deformed the former sedimentary cover of the continental margin. The kinematic model and the occurrence, at depth, of carbonate platform rock bodies indicate the study area as a potential frontier for hydrocarbon opportunities.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.