Acid-resistant microfossils used in the determination of Palaeozoic palaeoenvironments in Libya, Palaeogeography, Palaeoclimatology, Palaeoecology, vol.44, issue.1-2, pp.103-709, 1983. ,
DOI : 10.1016/0031-0182(83)90007-X
Chitinozoa of the Tanezzuft and Acacus Formations, Libya. Iraqi Journal 711 of Sciences, vol.30, pp.203-242, 1989. ,
Regional subsurface biostratigraphy of Ghadamas Basin (Internal Report) National 713, 1974. ,
Chitinozoaires et Palynomorphes de l'Ordovicien supérieur Nord- 716 gondwanien; Impact de la Glaciation Ashgilienne, 2002. ,
Eurypterid palaeoecology: palaeobiological, ichnological and comparative evidence for a ???mass???moult???mate??? hypothesis, Palaeogeography, Palaeoclimatology, Palaeoecology, vol.172, issue.1-2, p.720, 2001. ,
DOI : 10.1016/S0031-0182(01)00274-7
EARLY LLANDOVERY CHITINOZOANS FROM JORDAN, Palaeontology, vol.51, issue.3, pp.593-629, 2009. ,
DOI : 10.1111/j.1475-4983.2009.00862.x
Chitinozoans from the middle Rhuddanian (lower Llandovery, Silurian) 'hot' 723 shale in the E1-NC174 core, Review of Palaeobotany, p.724, 2012. ,
Late Ordovician to earliest Silurian gaptolite and brachiopod biozonation 727 from the Yangtze region, South China, with a global correlation, Geological Magazine, vol.137, issue.728, pp.623-650, 2000. ,
Quitinozoários silurianos do Igarapé da Rainha, Estado do Para, p.734, 1971. ,
The end-Ordovician glaciation and the Hirnantian Stage: A global review and questions about Late Ordovician event stratigraphy, Earth-Science Reviews, vol.98, issue.3-4, pp.269-282, 2010. ,
DOI : 10.1016/j.earscirev.2009.10.010
Silurian acritarch distribution in the Ludlovian shelf sea of South Wales 743 and the Welsh Borderland, Microfossils from Recent 744 and Fossil Shelf Seas, pp.31-36, 1981. ,
Graptolites from the Upper Ordovician and Lower Silurian of Jordan, p.793, 2007. ,
Murzuq Basin (Libya), Bulletin of Geosciences, vol.87, pp.651-660 ,
Lower Silurian 'hot shales, p.797, 2000. ,
Anatomy of a world-class source rock: Distribution and depositional model of 801, 2005. ,
Origin, sequence stratigraphy, p.804, 2006. ,
Restudy of some Ordovician?Silurian boundary graptolites from Anticosti 807, 2008. ,
A restudy of the Akidograptine graptolites from Dob' Linn 809 and a proposed redefined zonation of the Silurian stratotype, In: Cockel P, p.810, 2000. ,
Geological Society of Australia, Abstracts 61, p.812, 2000. ,
Late Ordovician Palynomorphs, Palynostratigraphy of North-East Libya, pp.11-26, 1985. ,
DOI : 10.1144/jm.4.1.11
Late Ordovician and Early Silurian chitinozoans from central and southern 815, 1988. ,
Subsurface palynostratigraphy 816 of Northeast Libya, pp.61-71 ,
The Ordovician chitinozoan biozones of the Northern Gondwana domain, Review of Palaeobotany and Palynology, vol.66, issue.3-4, p.818, 1990. ,
DOI : 10.1016/0034-6667(90)90038-K
Biostratigraphy and palaeogeographic 823 affinities of Early Silurian chitinozoans from central Saudi Arabia, pp.75-90, 1995. ,
Palynological and palynofacies analysis of early 834, 2012. ,
phtanites " at Les Fresnaies (Chalonnes-sur-Loire, southeastern Armorican, p.845 ,
Palaeontology and biostratigraphy, Bulletin of Geosciences, vol.84, pp.41-50 ,
Late Ordovician and Early Silurian cryptospores and miospores from 847 northeast Libya, Subsurface 848 palynostratigraphy of northeast Libya, pp.89-109, 1988. ,
Chitinozoan zonation of the Late Ordovician and the Early 853, 2000. ,
Sedimentary organic matter, organic metamorphism, and oil and gas 856 occurrences, Bulletin of Canadian Petroleum Geology, vol.17, pp.47-66, 1969. ,
The basal Silurian Akidograptus ascensus-Parakidograptus acuminatus 858, 1996. ,
The Hirnantian graptolites Normalograptus persculptus and 861 'Glyptograptus' bohemicus: stratigraphical consequences of their synonymy, Palaeontology, vol.862, pp.39-869, 1996. ,
Association de Chitinozoaires dans quelques sondages de la région de 864, 1962. ,
An Upper Ordovician chitinozoan biozonation in British 875, 2008. ,
Upper Ordovician chitinozoan 877 biostratigraphy from the Asghill (Cautley district) and Pus Gill section, p.878, 2005. ,
Chitinozoan biostratigraphy in the Dob's Linn 883, 2006. ,
Stratigraphic Framework and time 888 slices The Great Ordovician 889, 2004. ,
Stratotypes, 4. The Ordovician-Silurian boundary at Dob's 893, 1989. ,
Slide no. 6782-5. Core sample at 67.82 m depth. England 970 finder location, pp.31-33, 1993. ,
England finder 979 location: J29-2. 980 4: Veryhachium lairdii group (Deflandre) Deunff, 1954 ex Loeblich Slide no. 981 6782-5. Core sample at 67.82 m depth England finder location: W28. 982 5: Archaeozonotriletes chulus var. chulus (Cramer) Richardson & Lister, 1969. 983 Slide no. 6759. Core sample at 67.59 m depth. England finder location: J29-3. 984 6: Dyadosphaera murusdensa Strother & Traverse, 1979. Slide no. 6782. Core 985 sample at 67.82 m depth. England finder location: F21-1. 986 7: Tasmanites sp. Slide no. 4818. Core sample at 48.18 m depth, England finder 987 location: J41. 988 8: Veryhachium lairdii group (Deflandre) Deunff, 1954 ex Loeblich, pp.21-22, 1970. ,
Short thickset specimen Euconochitina cf. moussegoudaensis Paris Core 1159 sample at 46.60 m depth; IGR 72954 (H40) Elongate and slender specimen 1160 showing a supra-margin constriction. 1161 3: Euconochitina cf. moussegoudaensis Paris Core 1162 sample at 48.18 m depth; IGR 72957 (H50/1) Very long specimen Core sample 1164 at 50.73 m depth; IGR 72962 (M46) Teratological specimen with a sleeve 1165 gaining the lower vesicle and extending around the succeeding one . 1166 5: Euconochitina moussegoudaensis Paris Core sample at 1167 50.73 m depth; IGR 72958 (R40/3) 1168 6: Euconochitina moussegoudaensis Paris Core sample at 1169 55.07 m depth; IGR 72959 (S36) 1170 7: Euconochitina moussegoudaensis Paris Core sample at 1171 60.23 m depth; IGR 72965 (M39/1) Short specimen. 1172 8, 10: Euconochitina moussegoudaensis Paris Core sample at 1173 64.02 m depth; IGR 72967 10: short specimen (G41/2) 1174 9: Euconochitina cf. moussegoudaensis Paris Elongate and slender specimen 1176 with a supra-margin constriction. 1177 11: Euconochitina cf. moussegoudaensis Paris Core 1178 sample at 65.74 m depth; IGR 72968 (O42) Elongate and slender specimen with 1179 a supra-margin constriction. 1180 12: Euconochitina moussegoudaensis Paris Short and thickset specimen. 1182 13: Calpichitina sp. Core sample at 66.85 m depth 1183 14?16: Euconochitina moussegoudaensis Paris Core sample at 1184 66.85 m depth, Plate X. Scale bar = 100 ?m, except for 13 and 21b Le Hérissé et al.L45) 1185 17: Ancyrochitinidae indet. Core sample at 67.05 m depth (H44). 1186 18: Euconochitina moussegoudaensis ParisK49/1). 1191 21a?b: Spinachitina cf. S. oulebsiri Paris et al, pp.19-1192, 1158. ,
Core 1198 sample at 67.21 m depth; IGR 72975 (M45) Specimen showing a conspicuous 1199 supra-margin constriction. 1200 3: Euconochitina cf. moussegoudaensis Paris Core 1201 sample at 67.21 m depth; IGR 72975 1202 4: Spinachitina cf. verniersi Vandenbroucke Core 1203 sample at 67.40 m depth; IGR 72976 (M38/2) Short specimen. 1204 5: Euconochitina cf. moussegoudaensis Paris Core 1205 sample at 67.40 m depth; IGR 72976 (035) 1206 6: Spinachitina oulebsiri Core sample at 67.59 m depth Abnormally short specimen. 1208 7?10: Spinachitina oulebsiri Core sample at 67.59 m depth; 72982. 7: 1209 short specimen (M45) 8: (O36). 9: slender specimen (V49) 10: (O47) 1210 11: Euconochitina cf. moussegoudaensis Paris Elongate and slender specimen with a 1212 supra-margin constriction and a uncommon well-developed neck. 1213 12: Euconochitina sp. aff. vitrea (Taugourdeau, 1962) Core sample at 67.82 m depth Core sample at 67.82 m depth; IGR 1216 72985. 13: well-developed neck and broken processes 15: note the spongy processes 17: specimen with 1218 well-branched processes stuck on a biofilm Cuttings from UN-REMSA well, Plate XI. Scale bar = 100 ?m Core sample at 67.21 m depth; IGR 1196 Le Hérissé et al., 2013. Core 1211 sample at 67.82 m depth, pp.72975-1207, 1195. ,
1235 8, 11?13: Tasmanites tzadiensis Le Hérissé Core sample at 1236 50.73 m depth (S34) 8: Core sample at 50.73 m depth (Q42/3) 11: Core sample 1237 at 60.23 m depth (J28/1) 12: Core sample at 62.34 m depth (M39) 13: Core 1238 sample at 66.85 m depth (L47/1) Core sample at 57.58 m depth Core sample at 66.85 m depth, M51); branched structure, pp.72958-1240, 1985. ,