Tyrannosauroidea

Taxon

4 image(s) · 0 Actualités

Voir la fiche

Galerie d'images

Phylogenetic relationships, chronostratigraphic, and paleoecological implications of M. intrepidus. a Graphic illustrating temporal range of North American tyrannosauroids including species-level range prior to the discovery of M. intrepidus, extension of current range, and hypothesized range based on isolated teeth12. The current gap in the North American tyrannosauroid record spans from the Tithonian to the Aptian. Faunal composition of Late Cretaceous ecosystems was established between the Albian and Turonian, as recognized by the stratigraphic appearance of major clades (see refs. 7,12 and references therein). b generalized phylogenetic relationships of Tyrannosauroidea, showing the appearance of select traits related to cursoriality in tyrannosaurs that are newly optimized as a result of the discovery of M. intrepidus. Tree topology follows this study using the modified dataset of Carr and colleagues27. Coelurus and Tanycolagreus are grafted as basal tyrannosauroids following Brusatte and colleagues5. c Stratigraphic distribution of Allosauria in North America (incl. Megaraptora but see ref. 70 for alternative hypotheses regarding this clade) documents overlap with M. intrepidus in early Late Cretaceous ecosystems leading to (d) refined calibration on the origin of late diverging tyrannosauroids and clade-level faunal turnover within apex predator roles throughout the Late Jurassic–Late Cretaceous of North America. Colored polygons are stylized call-outs and are not intended to reflect two-dimensional data. Temporal data corresponding to this figure are available in Supplementary Table 5
Taxons Coelurus

Phylogenetic relationships, chronostratigraphic, and paleoecological implications of M. intrepidus. a Graphic illustrating temporal range of North American tyrannosauroids including species-level range prior to the discovery of M. intrepidus, extension of current range, and hypothesized range based on isolated teeth12. The current gap in the North American tyrannosauroid record spans from the Tithonian to the Aptian. Faunal composition of Late Cretaceous ecosystems was established between the Albian and Turonian, as recognized by the stratigraphic appearance of major clades (see refs. 7,12 and references therein). b generalized phylogenetic relationships of Tyrannosauroidea, showing the appearance of select traits related to cursoriality in tyrannosaurs that are newly optimized as a result of the discovery of M. intrepidus. Tree topology follows this study using the modified dataset of Carr and colleagues27. Coelurus and Tanycolagreus are grafted as basal tyrannosauroids following Brusatte and colleagues5. c Stratigraphic distribution of Allosauria in North America (incl. Megaraptora but see ref. 70 for alternative hypotheses regarding this clade) documents overlap with M. intrepidus in early Late Cretaceous ecosystems leading to (d) refined calibration on the origin of late diverging tyrannosauroids and clade-level faunal turnover within apex predator roles throughout the Late Jurassic–Late Cretaceous of North America. Colored polygons are stylized call-outs and are not intended to reflect two-dimensional data. Temporal data corresponding to this figure are available in Supplementary Table 5

Albien Aptien Crétacé Crétacé supérieur +7
Six tyrannosauroids (top to bottom):  Tyrannosaurus, Dilong, Alioramus (background) with Guanlong (foreground), Gorgosaurus, Yutyrannus
Taxons Tyrannosauroidea

Six tyrannosauroids (top to bottom): Tyrannosaurus, Dilong, Alioramus (background) with Guanlong (foreground), Gorgosaurus, Yutyrannus

Alioramus Dilong Dryptosauridae Eutyrannosauria +5
Six tyrannosauroids (top to bottom):  Tyrannosaurus, Dilong, Alioramus (background) with Guanlong (foreground), Gorgosaurus, Yutyrannus
Taxons Eutyrannosauria

Six tyrannosauroids (top to bottom): Tyrannosaurus, Dilong, Alioramus (background) with Guanlong (foreground), Gorgosaurus, Yutyrannus

Alioramus Dilong Dryptosauridae Eutyrannosauria +5
Six tyrannosauroids (top to bottom):  Tyrannosaurus, Dilong, Alioramus (background) with Guanlong (foreground), Gorgosaurus, Yutyrannus
Taxons Dryptosauridae

Six tyrannosauroids (top to bottom): Tyrannosaurus, Dilong, Alioramus (background) with Guanlong (foreground), Gorgosaurus, Yutyrannus

Alioramus Dilong Dryptosauridae Eutyrannosauria +5
Classification: Saurischia, Tyrannosauroidea
Size: 2 meters (length)
Feeding: carnivore
Taxons Santanaraptor

Classification: Saurischia, Tyrannosauroidea Size: 2 meters (length) Feeding: carnivore

alimentation Santanaraptor Saurischia Tyrannosauroidea
Known fossil pieces after Aviatyrannis jurassica (Dinosauria, Theropoda, Coelurosauria, Tyrannosauroidea).[1]
Sources

↑ Rauhut O.W.M. (2003), "A tyrannosaurid dinosaur from the Upper Jurassic of Portugal", Paleontology 46(5): p. 903-910.
Taxons Aviatyrannis

Known fossil pieces after Aviatyrannis jurassica (Dinosauria, Theropoda, Coelurosauria, Tyrannosauroidea).[1] Sources ↑ Rauhut O.W.M. (2003), "A tyrannosaurid dinosaur from the Upper Jurassic of Portugal", Paleontology 46(5): p. 903-910.

Portugal Jurassique fossile Aviatyrannis +5