FIG. 2.—Tooth traces on SWAU HRS13997. The two sets of Knethichnus paralleum and Linichnus serratus are indicated, with the more prominent pair on the right. Scale bar = 20 mm.Published as part of Matthew A. McLain, David Nelsen, Keith Snyder, Christopher T. Griffin, Bethania Siviero, Leonard R. Brand & Arthur V. Chadwick, 2018, Tyrannosaur cannibalism: A case of a tooth-traced tyrannosaurid bone in the Lance Formation (Maastrichtian), Wyoming, pp. 164-173 in Palaios 33 on page 166, DOI: 10.2110/palo.2017.076, http://zenodo.org/record/374964
Tyrannosaurids were the apex predators of Late Cretaceous Laurasia and their status as dominant carn...
FAMILY Tyrannosauridae Osborn, 1906 GENUS Tyrannosaurus Osborn, 1905 cf. Tyrannosaurus Mater...
Figure 2—Branching diagram of the tyrannosaurids and fheir close allies, with lateral views of the s...
FIG. 3.—Details of Knethichnus parallelum and Linichnus serratus traces on SWAU HRS13997. A) Most pr...
FIG. 1.—A Tyrannosaurus rex metatarsal IV (SWAU HRS13997) in four views. Scale bar = 100 mm.Publishe...
FIG. 5.—Comparison between four specimens of tyrannosaurid metatarsals: A) Tyrannosaurus rex metatar...
A recently discovered tyrannosaurid metatarsal IV (SWAU HRS13997) from the uppermost Cretaceous (Maa...
FIG. 4.—Histology of a Tyrannosaurus rex metatarsal (SWAU HRS13997) in cross section under different...
Fig. 2. Phylogenetic relationships of tyrannosauroid theropodsι assessed by a cladistic analysis (18...
Figure 12 continued—Two isolated teeth ascribed to Nanotyrannus, uncatalogued, Corson Co., South Dak...
Fig. 1. The anatomy of tyrannosaurs, showing the variety of skeletal and cranial morphology in the g...
BACKGROUND: Tyrannosaurus rex was one of the largest terrestrial carnivores of all time, and consequ...
FIG. 1 Triceratops sp. pelvis in ventrolateralview bearing bite ma rks from an adult Tyrannosaurus r...
Fig. 1 Tyrannosaurus known bone profile-skeletals to same scale, bar equals 2 m. A Tyrannosaurus rex...
Fig. 4. Right maxilla of Thanatotheristes holotype (TMP 2010.5.7) in lateral view with A) known frag...
Tyrannosaurids were the apex predators of Late Cretaceous Laurasia and their status as dominant carn...
FAMILY Tyrannosauridae Osborn, 1906 GENUS Tyrannosaurus Osborn, 1905 cf. Tyrannosaurus Mater...
Figure 2—Branching diagram of the tyrannosaurids and fheir close allies, with lateral views of the s...
FIG. 3.—Details of Knethichnus parallelum and Linichnus serratus traces on SWAU HRS13997. A) Most pr...
FIG. 1.—A Tyrannosaurus rex metatarsal IV (SWAU HRS13997) in four views. Scale bar = 100 mm.Publishe...
FIG. 5.—Comparison between four specimens of tyrannosaurid metatarsals: A) Tyrannosaurus rex metatar...
A recently discovered tyrannosaurid metatarsal IV (SWAU HRS13997) from the uppermost Cretaceous (Maa...
FIG. 4.—Histology of a Tyrannosaurus rex metatarsal (SWAU HRS13997) in cross section under different...
Fig. 2. Phylogenetic relationships of tyrannosauroid theropodsι assessed by a cladistic analysis (18...
Figure 12 continued—Two isolated teeth ascribed to Nanotyrannus, uncatalogued, Corson Co., South Dak...
Fig. 1. The anatomy of tyrannosaurs, showing the variety of skeletal and cranial morphology in the g...
BACKGROUND: Tyrannosaurus rex was one of the largest terrestrial carnivores of all time, and consequ...
FIG. 1 Triceratops sp. pelvis in ventrolateralview bearing bite ma rks from an adult Tyrannosaurus r...
Fig. 1 Tyrannosaurus known bone profile-skeletals to same scale, bar equals 2 m. A Tyrannosaurus rex...
Fig. 4. Right maxilla of Thanatotheristes holotype (TMP 2010.5.7) in lateral view with A) known frag...
Tyrannosaurids were the apex predators of Late Cretaceous Laurasia and their status as dominant carn...
FAMILY Tyrannosauridae Osborn, 1906 GENUS Tyrannosaurus Osborn, 1905 cf. Tyrannosaurus Mater...
Figure 2—Branching diagram of the tyrannosaurids and fheir close allies, with lateral views of the s...