0000000000616633

AUTHOR

M Meccariello

showing 3 related works from this author

The NW sector of the Sicily Channel: geometry and evolution of inverted structural lineaments

2014

The 3-D trend of anticline axial planes, fault planes and surfaces has been reconstructed in the offshore area between the Egadi Islands and the Sciacca High from the interpretation of multichannel seismic reflection profiles and well data (available from the VIDEPI project database). In particular, isopach maps generated for the five seismic units of age between Cretaceous and Quaternary allowed highlighting the space-time migration of the tectonic processes. The western portion of the studied area covers the submerged prolongation of the inner sector of the Sicilian-Maghrebian chain, limited in the NW and in the SE by two tectonic lineaments running along the western and eastern margins o…

Settore GEO/02 - Geologia Stratigrafica E SedimentologicaSettore GEO/03 - Geologia StrutturaleSicily Channell MCS profiles Crustal geometries Active deformation.
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HIGH-RESOLUTION SEISMIC SURVEY IN THE WESTERN CALABRIA AND EASTERN SICILY OFFSHORE: IMPLICATIONS WITH VERTICAL TECTONICS

2016

High-resolution seismic data acquired along the continental shelf/upper slope offshore of Capo Vaticano (western Calabria), Milazzo Promontory and Mt. Etna (eastern Sicily) allow to provide new insights on vertical mobility related to active tectonics. A number of depositional sequences bounded by unconformities or correlative para-conformities were recognized on Sparker profiles in the first 200-300 m below the sea-floor. The most recent sequence overlays a widespread erosional surface that ostensibly formed during the sea level stillstand of the Last Glacial Maximum (LGM), whereas a stack of depositional sequences, which are interpreted as representing the falling and low-stand systems tr…

western calabrian margin eastern sicily offshore vertical movements high-resolution seismicsSettore GEO/03 - Geologia Strutturale
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Multi-temporal tectonic evolution of Capo Granitola and Sciacca foreland transcurrent faults (Sicily channel)

2019

Highlights • Seismic reflection profiles evidence tectonic inversion and active strike-slip faults offshore SW Sicily foreland • Pliocene-Quaternary transpressional inversion of Late Miocene extensional basins • Transpressional fold growth rates were high in Latest Miocene-Pliocene and decreased during Quaternary Joint analysis of high-penetration multi-channel and high-resolution single-channel seismic reflection profiles, calibrated by deep well boreholes, allowed a detailed reconstruction of the Late Miocene to Recent tectonic history of the Capo Granitola and Sciacca fault systems offshore southwestern Sicily. These two fault arrays are part of a regional system of transcurrent faults t…

Fold growth rate010504 meteorology & atmospheric sciencesLate Miocene010502 geochemistry & geophysicsNeogene01 natural sciencesTranspressionMultiscale analysiSW Sicily offshorePaleontologyStrike-slip faultBasin inversion; Fold growth rates; Multiscale analysis; Pelagian foreland; Strike-slip faults; SW Sicily offshoreBasin inversionForeland basin0105 earth and related environmental sciencesEarth-Surface Processesgeographygeography.geographical_feature_categoryAnticlineFold (geology)TectonicsGeophysicsFold and thrust beltPelagian forelandStrike-slip faultsFold growth ratesMultiscale analysisGeologyTectonophysics
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