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CM 9380 is the type specimen used to describe Tyrannosaurus rex. Fragments of (then) AMNH 973 were first found in 1902 by Barnum Brown, assistant curator of the American Museum of Natural History and a famous paleontologist in his own right. He forwarded news of it to Osborn; it would be three years before they found the rest of it.
The Tyrannosaurus rex specimen AMNH 5027 has a deformity fusing the centra of the seventh and eighth back vertebrae. The centra of the tenth neck and first back vertebrae are fused in a similar fashion. [31] In 1923 Moodie reported a T. rex specimen as having spondylitis deformans, probably referring to the fused vertebrae of this specimens. [31]
Tyrannosaurus: AMNH 5027: American Museum of Natural History: New York: New York: USA: Skeleton, mounted (copy) Tyrannosaurus: AMNH 5027 (copy) Denver Museum of Nature and Science: Denver: Colorado: USA: Skeleton, mounted (copy) Tyrannosaurus: AMNH 5027 (copy) Academy of Natural Sciences of Drexel University: Philadelphia: Pennsylvania: USA ...
English: Scale chart for various specimens of Tyrannosaurus rex. Relative sizes based on skeletal drawings by Scott Hartman and Franoys. ... AMNH 5027 (Tyrannosaurus ...
Tyrannosaurus, which roamed western North America, was one of the largest meat-eating dinosaurs. It appears this Tyrannosaurus was about 13-15 years old, two-thirds adult size, 25 feet (7.6 meters ...
AMNH 5027 Tyrannosaurus rex. N/A LACM 23844 Tyrannosaurus rex. N/A MOR 008 Tyrannosaurus rex. Stan BHI-3033 Tyrannosaurus rex. UUVP 2742 Marshosaurus bicentesimus. Sue. FMNH PR2081. Field Museum of Natural History. Tyrannosaurus rex. Maastrichtian. Hell Creek Formation. United States
This Day In History: 08/12/1990 - Skeleton of T-Rex Discovered On August 12, 1990, Susan Hendrickson -- a fossil hunter -- discovered three huge bones protruding out of a cliff near Faith, South ...
Adult T. rex skeleton (the specimen AMNH 5027) at American Museum of Natural History. In 2016, analysis of limb proportions by Persons and Currie suggested Nanotyrannus specimens to have differing cursoriality levels, potentially separating it from T. rex. [105]
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