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High resolution seismic characterization of the shallow subsurface of the Loranca Basin (Spain): local 2D transects

Other TitlesVICANAS 2D
AuthorsMarzán, Ignacio ; Martí, David CSIC ORCID ; Torné, Montserrat CSIC ORCID ; Ruiz Fernández, Mario CSIC ORCID ; Carbonell, Ramón CSIC ORCID
SeismicSource_Accelerated weight drop
Issue Date9-Dec-2013
CitationMarzán, Ignacio; Martí, David; Torné, Montserrat; Ruiz Fernández, Mario; Carbonell, Ramón. High resolution seismic characterization of the shallow subsurface of the Loranca Basin (Spain): local 2D transects. 2013. DIGITAL.CSIC.
AbstractA high-resolution 2-D seismic reflection survey was acquired to obtain a seismic image of the geological structure of the Záncara river basin (eastern Spain). The study area consists of lutites and gypsum from a Neogene sedimentary sequence. The project also targeted the geometry of the geological structure and the mechanical properties of the underground materials. In addition, this study allowed for an improvement of the geophysical acquisition technics and protocols that provided with a better resolution seismic imaging. Thus, reducing costs and improving the effectiveness of the seismic acquisition.
DescriptionThe data acquisition contract was awarded to ENRESA and took place in November and December 2013. Seismic data was successfully collected in the Záncara river basin (Cuenca, Spain). The total amount of seismic reflection data collected was 9.7 km in 4 high-resolution seismic reflection profiles E-W oriented. Technical specifications of the profiles: Seismometer: 10 24-channel GEODE ultra-light seismic recordes, Receiver number: 240, Receiver interval: 2 m, Source: accelerated weightdrop 250 kg and 100 kg, Source interval: 6 m, Sample rate: 1 ms, Record time: 4 s. Contact person: Carbonell, R.,
ReferencesLopez Rosell, A. (2015). Shallow subsurface shear wave velocity structure of the Zancara River Basin. Master Thesis, ICTJA-CSIC.
Álvarez-Marrón, J., Pérez-Estaún, A., Carbonell, R., Marzán, I., Martí, D., Brown, D., and Pineda, A. (2014). Intraplate strike-slip tectonics accommodating late Cenozoic shortening in the southern Iberian Range (Loranca Basin, Spain). 16th Edition of the Deep SEISMIX International Symposium on Multi-scale Seismic Imaging of the Earth's crust and Upper Mantle. Castelldefels, Barcelona.
Collet, M. (2014). Targeting recent faulting with high resolution seismic reflection in the Záncara River Basin (Cuenca, Central Iberian Zone). Master Thesis.
Appears in Collections:(Geo3Bcn) SeisDARE

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Descripcion_ficheros_VICANAS 2D.xlsxList of the files included in this dataset10,6 kBMicrosoft Excel XMLView/Open
Readme_VICANAS 2D.txtDataset general information2,1 kBTextView/Open
Index card_VICANAS 2D.pdfIndex card summarizing the main characteristics of the dataset9,25 MBAdobe PDFThumbnail
ProfileL1_geometry.txtGeometry of adquisition10,48 kBTextView/Open
ProfileL1_receivers.txtGeometry of adquisition27,78 kBTextView/Open
ProfileL1_sources.txtGeometry of adquisition9,22 kBTextView/Open
ProfileL1_GEOMETRY.tarGeometry of adquisition60 kBSEGYView/Open
ProfileL2_geometry.txtGeometry of adquisition9,47 kBTextView/Open
ProfileL2_receivers.txtGeometry of adquisition41,83 kBTextView/Open
ProfileL2_sources.txtGeometry of adquisition14,2 kBTextView/Open
ProfileL2_GEOMETRY.tarGeometry of adquisition70 kBSEGYView/Open
ProfileL3_geometry.txtGeometry of adquisition10,74 kBTextView/Open
ProfileL3_receivers.txtGeometry of adquisition42,53 kBTextView/Open
ProfileL3_sources.txtGeometry of adquisition14,53 kBTextView/Open
ProfileL3_GEOMETRY.tarGeometry of adquisition80 kBSEGYView/Open
ProfileL4_geometry.txtGeometry of adquisition10,84 kBTextView/Open
ProfileL4_receivers.txtGeometry of adquisition27,78 kBTextView/Open
ProfileL4_sources.txtGeometry of adquisition8,81 kBTextView/Open
ProfileL4_GEOMETRY.tarGeometry of adquisition60 kBSEGYView/Open
L1-raw-sht-10010-10842.sgyRaw shot segy file of line 11,08 GBSEGYView/Open
L1-stk-raw.sgyRaw stack segy file of line 115,28 MBSEGYView/Open
L2-raw-sht-20002-20574.sgyRaw shot segy file of line 2959,3 MBSEGYView/Open
L2-stk-raw.sgyRaw stack segy file of line 223,55 MBSEGYView/Open
L3-raw-sht-30001-30886.sgyRaw shot segy file of line 31,06 GBSEGYView/Open
L3-stk-raw.sgyRaw stack segy file of line 323,56 MBSEGYView/Open
L4-raw-sht-40001-40997.sgyRaw shot segy file of line 41,37 GBSEGYView/Open
L4-stk-Raw.sgyRaw stack segy file of line 415,71 MBSEGYView/Open
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