Petroleum generation and AUTHORS Ruth Underdown North Africa Research migration in the Ghadames Group, School of Earth, Atmospheric and En- vironmental Sciences, University of Manchester, Basin, north Africa: Oxford Road, Manchester M13 9PL, United Kingdom;
[email protected] A two-dimensional Ruth Underdown obtained her first degree in geology from the University of St. Andrews, basin-modeling study Scotland, an M.Sc. degree in petroleum geo- science from Imperial College, London, and a Ph.D. from the University of Manchester, Ruth Underdown and Jonathan Redfern United Kingdom, in 2006, funded by the North Africa Research Group. She is currently teach- ing in the United Kingdom. ABSTRACT Jonathan Redfern North Africa Research The Ghadames Basin contains important oil- and gas-producing res- Group, School of Earth, Atmospheric and En- vironmental Sciences, University of Manchester, ervoirs distributed across Algeria, Tunisia, and Libya. Regional two- Oxford Road, Manchester, M13 9PL, United dimensional (2-D) modeling, using data from more than 30 wells, Kingdom;
[email protected] has been undertaken to assess the timing and distribution of hydro- carbon generation in the basin. Four potential petroleum systems Jonathan Redfern obtained his B.Sc. degree in geology from the University of London, Chelsea have been identified: (1) a Middle–Upper Devonian (Frasnian) and College, in 1983, and a Ph.D. from Bristol Uni- Triassic (Triassic Argilo Gre´seux Infe´rieur [TAG-I]) system in the versity, United Kingdom, in 1989. He worked central-western basin; (2) a Lower Silurian (Tannezuft) and Triassic in the oil industry for 12 years, initially with (TAG-I) system to the far west; (3) a Lower Silurian (Tannezuft) and Petrofina in the United Kingdom, southeast Asia, Upper Silurian (Acacus) system in the eastern and northeastern and Libya, and subsequently with Hess.