Aeolodontini Johnson et al. 2020a
publication ID |
https://doi.org/ 10.1093/zoolinnean/zlad165 |
publication LSID |
lsid:zoobank.org:pub:1EEF0D52-180B-4D3D-AB95-91AF3091E272 |
DOI |
https://doi.org/10.5281/zenodo.11354916 |
persistent identifier |
https://treatment.plazi.org/id/03D08506-FF9F-730F-7A35-0ACC0CF5FBEF |
treatment provided by |
Plazi |
scientific name |
Aeolodontini Johnson et al. 2020a |
status |
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Aeolodontini Johnson et al. 2020a (Zoological Code)
Aeolodontini Johnson et al. 2022b: 3 (PhyloCode)
RegNum registration number 758.
Type genus: Aeolodon von Meyer, 1832 .
Etymology
‘Pertaining to Aeolodon ’. The stem Aeolodont - is based on the genus Aeolodon . - ini is a Latin masculine plural suffix for ‘pertaining to’. Under Article 29.2 of the Zoological Code, the suffix - ini denotes a tribe rank within the family-group.
Geological range
Middle Jurassic (middle Callovian) to Late Jurassic (early Tithonian) ( Johnson et al. 2020a).
PhyloCode phylogenetic definition
The largest clade within Teleosauroidea containing Aeolodon priscus (von Sömmerring 1814) but not Steneosaurus megistorhynchus ( Eudes-Deslongchamps 1866) and Teleosaurus cadomensis ( Lamouroux 1820) . Definition from Johnson et al. (2022b).
Reference phylogeny
Fig. 3 View Figure 3 .
Zoological Code diagnosis and PhyloCode diagnostic apomorphies
Teleosauroid crocodylomorphs with the following unique combination of characters (10): external nares has a distinct ‘8’- shape (97.1); narial fossa expanded, also creating an ‘8’-shape (shared with the unnamed Mystriosaurus subclade) (102.2); basioccipital tuberosities reduced (459.0); first two premaxillary alveoli do not form a couplet but are positioned on the anterior margin of the premaxilla (579.1); first two premaxillary alveoli are oriented laterally when seen in palatal view (580.2); first two premaxillary alveoli are in the same transverse plane (shared with Pholidosauridae ) (582.1); premaxilla lateral margins sub-rectangular, with the third premaxillary alveoli being clearly lateral to the second premaxillary alveoli (583.1); final premaxillary tooth is evidently anterolateral to the first maxillary tooth (shared with Pholidosauridae and derived Goniopholididae ) (593.2); ulna olecranon process greatly expanded (shared with machimosaurine machimosaurids) (768.1); tibia evidently shorter than the femur (shared with machimosaurine machimosaurids and geosaurine metriorhynchids) (809.3–4).
Composition
Aeolodon , Bathysuchus , Mycterosuchus , and Sericodon .
Comments
Authorship: The nomen Aeolodontini was first used by Johnson et al. (2022b: 3); however, it was exclusively defined under the PhyloCode. Herein, we ensure that the tribe is valid under the Zoological Code. Note, the nominal author is Johnson et al. (2020a), who validly established Aeolodontinae. The nominal author of a family-group is the author who first erected a family-group taxon that is valid (in fulfilment of Article 11), and in accordance with the Zoological Code Principle of Coordination applied to family-group names (Article 36.1).
Steneosauridae: The name Aeolodontinae is not used herein. In Johnson et al. (2022b), we also did not phylogenetically define Aeolodontinae under the PhyloCode. We have explicitly left the clade unnamed in our ergotaxonomies, as we are awaiting the Steneosaurus - type species application to the ICZN to be resolved (Young et al., in review a), and the potential resurrection of the Steneosaurus -based family-group.
No known copyright restrictions apply. See Agosti, D., Egloff, W., 2009. Taxonomic information exchange and copyright: the Plazi approach. BMC Research Notes 2009, 2:53 for further explanation.
Kingdom |
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Family |
Aeolodontini Johnson et al. 2020a
Young, Mark T., Wilberg, Eric W., Johnson, Michela M., Herrera, Yanina, Brandalise, Marco de Andrade, Brignon, Arnaud, Sachs, Sven, Abel, Pascal, Foffa, Davide, Fernández, Marta S., Vignaud, Patrick, Cowgill, Thomas & Brusatte, Stephen L. 2024 |
Aeolodontini
Johnson 2022 |