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Guide  Book.  Dip.  Di  Geologia  e  Geodesia,
               References
                                                                     Università di Palermo.
               Argnani,  A.,  1990.  The  Strait  of  Sicily  rift-zone:   Catalano,  R.,  D’Argenio,  B.  and  Torelli,  L.,  1989.
                   foreland deformation related to the evolution of a   From  Sardinia  Channel  to  Sicily  Strait.  A
                   back-arc basin. In: Danobetia J. J. and Pinet B.   geological  section  based  on  seismic  and  field
                   (eds),  Geophysics  of  the  Mediterranean  Basin.   data. In: The Lithosphere in Italy. Atti Acc. Naz.
                   Journal of Geodynamics, 12, 311-331.              Lincei, Roma, 80, 109-127.
               Bortoluzzi,  G.  and  Ligi,  M.,  1986.  DIGMAP:  a   Colantoni, P., Cremona, G., Ligi, M., Borsetti, A.M.
                   computer  program  for  accurate  acquisition  by   and  Cati,  F.,  1985.  The  adevnture  Bank  (off
                   digitizer  of  geographical  coordinates    from    Southwestern  Sicily):  a  present  day  example  of
                   conformal   projections.   Computers   &          carbonate  shelf  sedimentation.  Giornale  di
                   Geosciences, 12, 175-197.                         Geologia, 3, 47(1-2), 165-180.
               Bortoluzzi,  G.  and  Ligi,  M.,  1987.  Acquisition  and   Colantoni, P., Tramontana, M. and Alberini, C., 1993.
                   display  of  geographical  data  in  conformal    Some notes on recent turbiditic sedimentation in
                   cartography:  on-line  and  off-line  applications.   the Pantelleria Basin (Sicily Channel). UNESCO
                   Bollettino di Oceanologia Teorica ed Applicata,   Reports in marine science, 58.
                   5, 173-197.                                    Ligi  M.  and  Bortoluzzi  G.;  1989a:  DATUM,  a
               Bortoluzzi, G. and Ligi M., 1988. Examples of spatial   computer  program  for  accurate  and  fast  datum
                   analysis    management  in  the  geographical  and   shift  of  geographical  coordinates  between
                   conformal domains. In: Quantitative Analysis of   different  cartographic  systems.  Computers  &
                   Mineral  and  Energy  Resources,  Chung  C.  F.,   Geosciences, 15, 449-518.
                   Fabbri A. G. and Sinding-Larsen R. (eds), NATO   Ligi  M.  and  Bortoluzzi  G.,  1989b.  PLOTMAP:
                   ASI Series C, 223, 553-564, Reidel Publisching    Geophysical  and  Geological  Applications  of
                   Company, Dordrecht, Holland.                      good  standard  quality  cartographic  software.
               Catalano, R. and D’Argenio, B., 1990. Hammering a     Computers & Geosciences, 15, 519-585.
                   seismic  section.  Field  trip  in  western  Sicily.





               Table 1. Sample lithology. Sample name: yyxnn, where yy: year; x: sampling type _, grab and s, sub
                   diving; and nn: station number.

                   Sample   Coordinates     Depth   Lithology        Sample   Coordinates     Depth   Lithology
                   80_3   37°39.20’N 11°50.60’E   97   Coarse sand   86_15   38°01.36’N 11°52.95’E   715   Silty clay
                   80_8   37°17.10’N 12°02.50’E   69   V. coarse sand   86_16   37°36.34’N 12°21.86’E   139   Sandy clay
                   80_12   37°17.00’N 11°55.60’E   110   Silty sand   86_17   37°41.85’N 11°24.48’E   88   Silty clay
                   80_13   37°24.90’N 11°55.60’E   96   Coarse sand   86_21   37°53.28’N 12°09.27’E   95   Medium sand
                   80_14   37°30.30’N 11°54.50’E   102   Medium sand   86_22   38°00.63’N 12°07.57’E   333   Sandy clay
                   80_17   37°25.10’N 12°10.30’E   53   Medium sand   86_23   38°01.41’N 12°03.39’E   95   Coarse sand
                   80_18   37°28.00’N 12°03.90’E   95   Medium sand   86_24   37°52.68’N 12°15.42’E   94   Coarse sand
                   80_19   37°22.80’N 12°03.90’E   78   Medium sand   86_25   37°45.79’N 12°20.56’E   100   Sandy clay
                   80_21   37°21.70’N 12°14.70’E   70   V. coarse sand   86_26   37°43.48’N 12°32.26’E   93   Silty clay
                   81_23   37°29.40’N 11°46.40’E   35   Coarse sand   86_29   37°51.04’N 12°19.94’E   35   Fine sand
                   82_10   36°56.30’N 12°19.50’E   122   Clayey sand   86_30   36°48.68’N 12°16.77’E   122   Sandy clay
                   82_11   37°03.50’N 12°22.00’E   145   Clayey sand   86_31   37°48.68’N 12°16.72’E   123   Sandy clay
                   82_12   37°07.70’N 12°27.60’E   143   Clay        86_33   38°02.25’N 12°21.20’E   108   Medium sand
                   82_13   36°59.30’N 12°38.70’E   202   Clay        86_34   38°01.94’N 12°21.31’E   85   Medium sand
                   82_15   37°00.40’N 12°39.70’E   210   Sandy clay   86_35   38°04.82’N 12°23.52’E   401   Clay
                   86_1   38°07.05’N 12°17.20’E   392   Silty clay   86s39   37°58.14’N 12°15.86’E   25   Coarse sand
                   86_8   37°55.24’N 12°07.48’E   80   Coarse sand   86s42   38°04.56’N 12°15.27’E   26   Coarse sand
                   86_9   37°50.77’N 12°11.70’E   173   Silty clay   86_57   37°51.34’N 12°19.26’E   31   Coarse sand
                   86_10   37°50.98’N 12°11.81’E   165   Silty clay   86s59   37°51.35’N 12°19.24’E   33   Coarse sand
                   86_11   37°53.51’N 12°03.71’E   91   Medium sand   86_64   37°40.55’N 12°21.86’E   141   Sandy clay
                   86_12   37°53.26’N 12°06.96’E   77   Medium sand   86s88   38°01.38’N 12°21.95’E   23   Coarse sand
                   86_13   37°56.26’N 11°59.98’E   293   Silty clay











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