The use of public vintage seismic reflection profiles

Conti, Alessia; Maffucci, Roberta; Bigi, Sabina

doi:10.1016/b978-0-12-818562-9.00003-0

Cited by 1 publication

(1 citation statement)

References 53 publications

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“…1a, c) (Nicolai & Gambini, 2007;Scisciani & Calamita, 2009;Del Ben et al, 2010, 2015Santantonio et al, 2013;Festa et al, 2014Festa et al, , 2019aPace et al, 2015;Volpi et al, 2015;Teofilo et al, 2016Teofilo et al, , 2018Milia et al, 2017a, b;Maesano et al, 2020;Cicala et al, 2021Cicala et al, , 2022bChizzini et al, 2022;Pellen et al, 2022). The importance of the vintage seismic profiles has also been recently underlined by Brancatelli et al (2022), Cicala et al (2022a) and Conti et al (2022). In particular, the present paper represents an upgrade, with an implementation concerning the velocity analysis, of the first attempt by Cicala et al (2022a) on the recognition of shape and polarity of the seismic pulses, that were missing information on the seismic lines in the offshore the Puglia.…”

Section: Introductionmentioning

confidence: 99%

Basic data visualization in vintage seismic profiles: Indications for the interpretation of the ViDEPI database (offshore Puglia, southern Italy)

Cicala¹,

Chiarella²,

Giosa³

et al. 2023

ROL

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The Visibility of Petroleum Exploration Data in Italy (ViDEPI) project represents a freely accessible valuable resource for the research community. However, seismic profiles available from this project present several limitations because information such as the basic shape of the seismic wavelets and the seismic polarity are not available. In this study, using subsurface (i.e., 2D seismic profiles) data related to the Marine Zones B, D and F (offshore Puglia) a review of the basic pulse shape and polarity of seismic wavelets, as well as the shape and polarity of principal reflectors has been addressed. Moreover, borehole data (i.e., lithology and sonic logs) have been used to identify abrupt average velocity changes linked to different lithostratigraphic successions recorded as dominant high-amplitude reflectors.

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