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Results: 3
The Upper Cretaceous of the Kalaat Senan region, Central Tunisia. Integrated litho-biostratigraphy based on ammonites, planktonic foraminifera and nannofossils zones from Upper Turonian to Maastrichtian
Authors: Robaszynski, F Donoso, JMG Linares, D Amedro, F Caron, M Dupuis, C Dhondt, AV Gartner, S
Citation: F. Robaszynski et al., The Upper Cretaceous of the Kalaat Senan region, Central Tunisia. Integrated litho-biostratigraphy based on ammonites, planktonic foraminifera and nannofossils zones from Upper Turonian to Maastrichtian, B CENT R EL, 22(2), 2000, pp. 359-490
The Upper Cenomanian-Lower Turonian transgression in central and eastern Tinrhert (Saharan Algeria): Biostratigraphic dating, depositional environment and comparison of an epicratonic unit with the contemporary organic-rich succession of the Maghreb
Authors: Busson, G Dhondt, A Amedro, F Neraudeau, D Cornee, A
Citation: G. Busson et al., The Upper Cenomanian-Lower Turonian transgression in central and eastern Tinrhert (Saharan Algeria): Biostratigraphic dating, depositional environment and comparison of an epicratonic unit with the contemporary organic-rich succession of the Maghreb, CRETAC RES, 20(1), 1999, pp. 29-46
Duration of the oceanic anoxic event at the Cenomanian Turonian boundary. Cyclostratigraphic interpretation of the Bahloul Formation in Central Tunisia
Authors: Caron, M Robaszynski, F Amedro, F Baudin, F Deconinck, JF Hochuli, P Nielsen, KV Tribovillard, N
Citation: M. Caron et al., Duration of the oceanic anoxic event at the Cenomanian Turonian boundary. Cyclostratigraphic interpretation of the Bahloul Formation in Central Tunisia, B SOC GEOL, 170(2), 1999, pp. 145-160
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