Cladodus gailensis
Feichtinger, Ivanov, Winkler, Dojen, Kindlimann, Kriwet, Pfaff, Schraut & Stumpf, 2021
Classification: Elasmobranchii Ctenacanthiformes Ctenacanthidae
Reference of the original description
Scarce ctenacanthiform sharks from the Mississippian of Austria with an analysis of Carboniferous elasmobranch diversity in response to climatic and environmental changes. Journal of Vertebrate Paleontology, 41(2), Article e1925902
Scarce ctenacanthiform sharks from the Mississippian of Austria with an analysis of Carboniferous elasmobranch diversity in response to climatic and environmental changes. Journal of Vertebrate Paleontology, 41(2), Article e1925902
Images of types
Description:
Citation: Cladodus gailensis Feichtinger, Ivanov, Winkler, Dojen, Kindlimann, Kriwet, Pfaff, Schraut & Stumpf, 2021: In: Database of fossil elasmobranch teeth www.shark-references.com, World Wide Web electronic publication, Version 11/2024
Please send your images of "Cladodus gailensis" to info@shark-references.com
Cladodus gailensisFeichtinger, Ivanov, Winkler, Dojen, Kindlimann, Kriwet, Pfaff, Schraut & Stumpf, 2021, holotype, Jakomini Quarry, Bad Bleiberg, Gail Valley, Carinthia, Austria, Nötsch Formation; Serpukhovian, Mississippian, Early Carboniferous © Iris Feichtinger and Viola Winkler, Wien
Cladodus gailensisFeichtinger, Ivanov, Winkler, Dojen, Kindlimann, Kriwet, Pfaff, Schraut & Stumpf, 2021, holotype, Jakomini Quarry, Bad Bleiberg, Gail Valley, Carinthia, Austria, Nötsch Formation; Serpukhovian, Mississippian, Early Carboniferous © Iris Feichtinger and Viola Winkler, Wien
Distribution Geographic
Jakomini Quarry, Bad Bleiberg, Gail Valley, Carinthia, southern Austria [29807]
Jakomini Quarry, Bad Bleiberg, Gail Valley, Carinthia, southern Austria [29807]
Description
Original diagnose after Feichtinger et al. (2021) [29807]: Cladodont shark known from a single tooth displaying the following unique combination of dental characters: robust multicuspid tooth exhibiting a prominent, broad-based central cusp that is flanked by a pair of strongly divergent lateral cusps and a pair of intermediate cusplets; all cusps and cusplets triangular-shaped in profile; lateral cusps reach onethird the height of the central one; cutting edges continuous and well-developed; labial and lingual crown faces display distinct cristae of various length; some of them bifurcate basally; labial face of central cusp bears a pair of strongly developed ridges; basolabial face of cusp strongly depressed; distinct basolabial depression below central cusp followed by an adjacent basolabial projection; lingually extended base with reniform basal face; mesio-distal length of tooth base about 2 cm; dense network of vascular canals occupy the complete tooth base.
Original diagnose after Feichtinger et al. (2021) [29807]: Cladodont shark known from a single tooth displaying the following unique combination of dental characters: robust multicuspid tooth exhibiting a prominent, broad-based central cusp that is flanked by a pair of strongly divergent lateral cusps and a pair of intermediate cusplets; all cusps and cusplets triangular-shaped in profile; lateral cusps reach onethird the height of the central one; cutting edges continuous and well-developed; labial and lingual crown faces display distinct cristae of various length; some of them bifurcate basally; labial face of central cusp bears a pair of strongly developed ridges; basolabial face of cusp strongly depressed; distinct basolabial depression below central cusp followed by an adjacent basolabial projection; lingually extended base with reniform basal face; mesio-distal length of tooth base about 2 cm; dense network of vascular canals occupy the complete tooth base.
References
Scarce ctenacanthiform sharks from the Mississippian of Austria with an analysis of Carboniferous elasmobranch diversity in response to climatic and environmental changes. Journal of Vertebrate Paleontology, 41(2), Article e1925902
DOI: 10.1080/02724634.2021.1925902
Scarce ctenacanthiform sharks from the Mississippian of Austria with an analysis of Carboniferous elasmobranch diversity in response to climatic and environmental changes. Journal of Vertebrate Paleontology, 41(2), Article e1925902
DOI: 10.1080/02724634.2021.1925902
