Search results for " Fluid Escape"

showing 3 items of 3 documents

Relationship Between Neotectonics And Fluid Escaping In The Northern Sicilian Continental Margin

2011

New exploration in the marine environments has revealed that the fluid escape structures are often associated with neotectonic elements and are aligned along the same direction. Sometimes is observed the migration of fluid along fault planes to the sea floor as gas venting (Forrest et al., 2005). This paper aims to recognize and to classify the different types of structures associated with fluid seepage, particularly those that develop along alignments coinciding with or parallel to the neotectonic lineaments, in order to assess the interactions between tectonics and fluid circulation. The study area extends, from west to east, from the Gulf of Castellammare to the Gulf of Termini (offshore…

Neotectonics Fluid escape Pockmark Mound SeismicitySettore GEO/03 - Geologia Strutturale
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A possible evolutionary model of “aligned pockmarks”

2014

Pockmarks Fluid Escape Submarine Gullies
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NEOTECTONIC ACTIVITY AND EMISSION OF FLUIDS IN THE NORTHWEST SICILY CHANNEL

The southern Sicilian coast represents an important contribution to Italian tourism, the Sicily Channel is an important communication path because at the top of its seafloor there are many pipelines, and submarine communication cables which are laid to carry signals, and which are very important to the minor islands. In this work, we are presenting results of the detailed geomorphological and seismostratigraphic analysis based on new very high-resolution dataset (multibeam and CHIRP) acquired during the ACUSCAL 2015 Cruise. We also used low resolution bathymetric and seismic data provided from online database (ViDEPI, GEBCO, EMODnet). This study allows us to reconstruct the tectonic volcani…

Settore GEO/02 - Geologia Stratigrafica E SedimentologicaGraham Bank neotectonics active tectonics seamounts pockmarks mass movements mass transport deposits soft-sediment deposition structures rock falls debris avalanches volcanic and tectonics triggers Sicily Channel seepage plumes mounds active tectonics submarine volcanic edifice fluid escape.
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