Journal article
The phylogenetic relationships and evolutionary history of the armoured dinosaurs (Ornithischia: Thyreophora)
Citation
Raven, T. J.; Barrett, P. M.; Joyce, C. B.; Maidment, S. C. R. (2023). The phylogenetic relationships and evolutionary history of the armoured dinosaurs (Ornithischia: Thyreophora). Journal of Systematic Palaeontology 21(1): 2205433. doi:10.1080/14772019.2023.2205433
Cited by genera
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Alcovasaurus
Recovers Alcovasaurus as the sister of Loricatosaurus, a bridge taxon between the stegosaurines and the other stegosaurids.
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Denversaurus
Thyreophoran phylogeny supporting Denversaurus as a genus distinct from Edmontonia.
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Huayangosaurus
In its preferred analysis finds Huayangosaurus an early stegosaur, sister to Isaberrysaura, with no Huayangosauridae; its equal-weights and Bayesian analyses place both outside Eurypoda.
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Isaberrysaura
In its preferred analysis recovers Isaberrysaura as an early stegosaur, sister to Huayangosaurus; its equal-weights and Bayesian analyses place both outside Eurypoda.
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Jakapil
Suggested Jakapil may be an armored marginocephalian or another non-thyreophoran ornithischian.
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Kentrosaurus
Recovered Kentrosaurus among the non-stegosaurine stegosaurids.
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Minmi
Recovered the holotype outside Eurypoda in its preferred tree and within Ankylosauria in others, attributing the former to a lack of ankylosaur synapomorphies.
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Miragaia
In its preferred analysis recovers Miragaia as sister to Adratiklit, closer to Stegosaurus than to Dacentrurus.
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Sarcolestes
Recovers Sarcolestes as the earliest-diverging ankylosaur, possibly from lack of character data.
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Taohelong
Usually recovers Taohelong, with Silvisaurus, outside the four main ankylosaur clades.
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Wuerhosaurus
Reinstates the genus, recognizing Hesperosaurus, Stegosaurus and Wuerhosaurus as distinct given their labile positions.
Cited by clades
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Ankylosauria
Comprehensive recent phylogeny of the armored dinosaurs.
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Nodosauridae
Recovered Nodosauridae as paraphyletic and defined Panoplosauridae, Polacanthidae and Struthiosauridae, all existing names, for its separate radiations.