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Tyrannosaurus

Taxon

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(A) A phylogenetic principal-component analysis (PCA) represents the projection of the Dinosauria supertree (STAR Methods) into a PCA of climatic variables. PC1 axis shows strong positive correlation with maximum temperature ([temp max), low positive correlation with precipitation seasonality ( precip season), strong negative correlation with minimum temperature (Ytemp min), and strong negative correlation with minimum precipitation (Yprecip min). PC2 axis shows strong positive correlation with minimum temperature ([temp min) and negative correlation with precipitation seasonality (Yprecip season). Shadows around points highlight the relative density in the principal compo- nent space of non-dinosaurian Dinosauromorpha (gray), Ornithischia (blue), Sauropodomorpha (green), and Theropoda (red).
(B) Lower left plot shows 95% confidence interval convex hulls for each dinosauromorph subclade. Blue thermometer (top left corner) symbolizes the direction of the vector in the PC space region for cold temper- atures; yellow thermometer (top right corner) indicates the direction of the vector in PC space for warm tem- peratures; brown shrub (top right corner) depicts dry conditions, while the same with a gray, rainy cloud (mid, lower side of the graph) illustrates seasonal conditions.
Silhouettes represent the following taxa (clockwise from the higher left corner): Minmi, Edmontosaurus, Pachyrhinosaurus, Tyrannosaurus, Asilisaurus, Graci- liceratops, Harpymimus, Altirhinus, Gobititan, Suz- housaurus, Marasuchus, Pampadromaeus, Herrer- asaurus, Vulcanodon, Diplodocus, Giraffatitan,

Coelophysis, Dromomeron, Gondwanatitan, Tapuiasaurus, Anchisaurus, Siamotyrannus, Diodorus, Suchomimus, Phuwiangosaurus, Ouranosaurus, Irritator, Tangvayosaurus, Nanshiungosaurus, Aeolosaurus, Rebbachisaurus, Chuxiongosaurus, Tethyshadros, Koreanosaurus. Genyodectes, Mapusaurus, Vegavis, Goyocephale, and Rhoetosaurus.
Taxa Pampadromaeus

(A) A phylogenetic principal-component analysis (PCA) represents the projection of the Dinosauria supertree (STAR Methods) into a PCA of climatic variables. PC1 axis shows strong positive correlation with maximum temperature ([temp max), low positive correlation with precipitation seasonality ( precip season), strong negative correlation with minimum temperature (Ytemp min), and strong negative correlation with minimum precipitation (Yprecip min). PC2 axis shows strong positive correlation with minimum temperature ([temp min) and negative correlation with precipitation seasonality (Yprecip season). Shadows around points highlight the relative density in the principal compo- nent space of non-dinosaurian Dinosauromorpha (gray), Ornithischia (blue), Sauropodomorpha (green), and Theropoda (red). (B) Lower left plot shows 95% confidence interval convex hulls for each dinosauromorph subclade. Blue thermometer (top left corner) symbolizes the direction of the vector in the PC space region for cold temper- atures; yellow thermometer (top right corner) indicates the direction of the vector in PC space for warm tem- peratures; brown shrub (top right corner) depicts dry conditions, while the same with a gray, rainy cloud (mid, lower side of the graph) illustrates seasonal conditions. Silhouettes represent the following taxa (clockwise from the higher left corner): Minmi, Edmontosaurus, Pachyrhinosaurus, Tyrannosaurus, Asilisaurus, Graci- liceratops, Harpymimus, Altirhinus, Gobititan, Suz- housaurus, Marasuchus, Pampadromaeus, Herrer- asaurus, Vulcanodon, Diplodocus, Giraffatitan, Coelophysis, Dromomeron, Gondwanatitan, Tapuiasaurus, Anchisaurus, Siamotyrannus, Diodorus, Suchomimus, Phuwiangosaurus, Ouranosaurus, Irritator, Tangvayosaurus, Nanshiungosaurus, Aeolosaurus, Rebbachisaurus, Chuxiongosaurus, Tethyshadros, Koreanosaurus. Genyodectes, Mapusaurus, Vegavis, Goyocephale, and Rhoetosaurus.

Aeolosaurus Altirhinus Anchisauria Asilisaurus +33
Tyrannosaurus
Taxa Tyrannosaurus
Tyrannosaurus
Tyrannosauripus pillmorei, probable Tyrannosaurus footprint from w:Philmont Scout Ranch, New Mexico
Taxa Tyrannosauripodidae

Tyrannosauripus pillmorei, probable Tyrannosaurus footprint from w:Philmont Scout Ranch, New Mexico

Mexico Tyrannosauripodidae Tyrannosauripus Tyrannosaurus
Tyrannosauripus pillmorei, probable Tyrannosaurus footprint from w:Philmont Scout Ranch, New Mexico
Taxa Tyrannosauripus

Tyrannosauripus pillmorei, probable Tyrannosaurus footprint from w:Philmont Scout Ranch, New Mexico

Mexico Tyrannosauripodidae Tyrannosauripus Tyrannosaurus
Montage of eight different representatives of coelurosaurian dinosaurs: (Clockwise from upper left) GIN 100/42 which may represent Citipati or a different oviraptorosaur, Sinosauropteryx prima, Nothronychus mckinleyi, Tyrannosaurus rex, Bambiraptor feinbergi, Passer domesticus, Struthiomimus altus, Microraptor gui. This is a collection of eight different works already found in Wikimedia Commons (see source field below).

Montage of eight different representatives of coelurosaurian dinosaurs: (Clockwise from upper left) GIN 100/42 which may represent Citipati or a different oviraptorosaur, Sinosauropteryx prima, Nothronychus mckinleyi, Tyrannosaurus rex, Bambiraptor feinbergi, Passer domesticus, Struthiomimus altus, Microraptor gui. This is a collection of eight different works already found in Wikimedia Commons (see source field below).

Bambiraptor Citipati Coelurosauria Dinosauria +6
Spinosaurus ile Giganotosaurus ve Tyrannosaurus boyut kıyaslaması

Spinosaurus ile Giganotosaurus ve Tyrannosaurus boyut kıyaslaması

Giganotosaurus Spinosauria Tyrannosaurus
The Tyrannosaurus rex, Dromaeosaurus, Triceratops, and Struthiomimus diorama in the Third Planet exhibit at the Milwaukee Public Museum in Milwaukee, Wisconsin (United States).

The Tyrannosaurus rex, Dromaeosaurus, Triceratops, and Struthiomimus diorama in the Third Planet exhibit at the Milwaukee Public Museum in Milwaukee, Wisconsin (United States).

museum United States Dromaeosauria Struthiomimus +2
The Tyrannosaurus rex, Dromaeosaurus, Triceratops, and Struthiomimus diorama in the Third Planet exhibit at the Milwaukee Public Museum in Milwaukee, Wisconsin (United States).

The Tyrannosaurus rex, Dromaeosaurus, Triceratops, and Struthiomimus diorama in the Third Planet exhibit at the Milwaukee Public Museum in Milwaukee, Wisconsin (United States).

museum United States Dromaeosauria Struthiomimus +2
The Tyrannosaurus rex, Dromaeosaurus, Triceratops, and Struthiomimus diorama in the Third Planet exhibit at the Milwaukee Public Museum in Milwaukee, Wisconsin (United States).

The Tyrannosaurus rex, Dromaeosaurus, Triceratops, and Struthiomimus diorama in the Third Planet exhibit at the Milwaukee Public Museum in Milwaukee, Wisconsin (United States).

museum United States Dromaeosauria Struthiomimus +2
Sue - Tyrannosaurus Rex Dinosaur - Field Museum of Natural History, Chicago by Joy of Museums, for more information, see: www.joyofmuseums.com

Sue - Tyrannosaurus Rex Dinosaur - Field Museum of Natural History, Chicago by Joy of Museums, for more information, see: www.joyofmuseums.com

museum Dinosauria Tyrannosaurus
Sue - Tyrannosaurus Rex Dinosaur - Field Museum of Natural History, Chicago by Joy of Museums, for more information, see: www.joyofmuseums.com

Sue - Tyrannosaurus Rex Dinosaur - Field Museum of Natural History, Chicago by Joy of Museums, for more information, see: www.joyofmuseums.com

museum Dinosauria Tyrannosaurus
Dinosaur sand sculptures at the Sand Sculpting Australia "Dinostory" exhibit held at Frankston, Victoria, Australia 2008/2009.The sculpture was the created with the combined efforts of an international team of sand sculpting artists: 
Karen Fralich (Canada) - children playing in foreground;
Peter Bignell (Tasmania, Australia) - Triceratops skull and logo;
Martijn Rijerse (Netherlands) - Tyrannosaurus rex scene;
Jino van Bruissenen and Christina Mija (NSW, Australia) - background panel.

Dinosaur sand sculptures at the Sand Sculpting Australia "Dinostory" exhibit held at Frankston, Victoria, Australia 2008/2009.The sculpture was the created with the combined efforts of an international team of sand sculpting artists: Karen Fralich (Canada) - children playing in foreground; Peter Bignell (Tasmania, Australia) - Triceratops skull and logo; Martijn Rijerse (Netherlands) - Tyrannosaurus rex scene; Jino van Bruissenen and Christina Mija (NSW, Australia) - background panel.

Australia Canada Netherlands Dinosauria +3
Tyrannosaurus rex, Palais de la Découverte, Paris

Tyrannosaurus rex, Palais de la Découverte, Paris

Tyrannosaurus discovery
Publicity photo of American actress Fay Wray (top right) promoting the 1933 feature film King Kong.

Publicity photo of American actress Fay Wray (top right) promoting the 1933 feature film King Kong.

movie Tyrannosaurus
Detalle del mural de Jonathan Morillas (Doger) del año 2015 en el número 2 de la calle Pinillos, barrio de Lagunillas, Málaga, España. El mural presenta un paisaje prehistórico con un grupo de dinosaurios. En la imagen, tres pequeños tiranosaurios.[1][2]

Detalle del mural de Jonathan Morillas (Doger) del año 2015 en el número 2 de la calle Pinillos, barrio de Lagunillas, Málaga, España. El mural presenta un paisaje prehistórico con un grupo de dinosaurios. En la imagen, tres pequeños tiranosaurios.[1][2]

Tyrannosaurus
Detalle del mural de Jonathan Morillas (Doger) del año 2015 en el número 2 de la calle Pinillos, barrio de Lagunillas, Málaga, España. El mural presenta un paisaje prehistórico con un grupo de dinosaurios. En la imagen, tres pequeños tiranosaurios junto a un triceratops con diplodocus y pterosaurios al fondo.https://www.instagram.com/p/4ko3Tsq_IL][1]

Detalle del mural de Jonathan Morillas (Doger) del año 2015 en el número 2 de la calle Pinillos, barrio de Lagunillas, Málaga, España. El mural presenta un paisaje prehistórico con un grupo de dinosaurios. En la imagen, tres pequeños tiranosaurios junto a un triceratops con diplodocus y pterosaurios al fondo.https://www.instagram.com/p/4ko3Tsq_IL][1]

Diplodocia Triceratops Tyrannosaurus
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News

New Haolonggood Prehistoric Animal Figures in Stock at Everything Dinosaur
Dinosauria Spinosauria Tyrannosaurus
A large Haolonggood shipment of figures has arrived at Everything Dinosaur.  There are fourteen, new Haolonggood prehistoric animal figures in stock.  Tyrannosaurs, the Ancient Witness Paraceratherium, proboscidean models and the Spinosaurus mirabilis figures have arrived.  Consequently, Mike and Sue have been busy supervising the unloading.  Furthermore, customers have to be contacted. Four new tyrannosaur
23/10/2026 everythingdinosaur
Fabulous Feedback for Fabulous Rebor Reptile Replicas
scale Dinosauria Diplodocia Stegosauria Triceratops Tyrannosaurus
The manufacturer Rebor is famous for its extensive range of prehistoric animal figures. Over the years, the company has made stunning models of dinosaurs such as Tyrannosaurus rex, Triceratops, Diplodocus and Stegosaurus.  These figures are popular with collectors and dinosaur fans.  In addition, Rebor has also made some remarkable scale models of extant reptiles.  Models
19/10/2026 everythingdinosaur
New Research Provides Data on the Body Temperature of Tyrannosaurus
tooth Dinosauria Tyrannosaurus isotope
Scientists, using an innovative isotope method have calculated Tyrannosaurus rex body temperature.  The novel research, published in the journal "Science Advances" sheds new light on the "King of the Tyrant Lizards". Remarkably, this famous, carnivorous dinosaur had a body temperature comparable to our own. Researchers used fossilised tooth enamel to estimate the T. rex body
01/10/2026 everythingdinosaur
A broken rib from the world’s largest T. rex hid a 66-million-year-old secret
bone metabolism pathology fossil Dinosauria Tyrannosaurus skeleton
A broken rib from Scotty, the largest known T. rex skeleton, contains an extraordinary fossilized network of blood vessels formed while the dinosaur was healing. Scientists used neutron and X-ray imaging to look inside the 66-million-year-old bone without damaging it, revealing details rarely preserved in fossils.
24/09/2026 sciencedaily
A 66-million-year-old tooth reveals T. rex was nearly as warm as a human
tooth metabolism predator Dinosauria Tyrannosaurus discovery
Chemical clues preserved inside fossilized T. rex teeth reveal that the dinosaur maintained a body temperature of about 97 degrees Fahrenheit, almost identical to humans. The finding provides direct evidence that the giant predator was warm-blooded, helping explain how it stayed active and survived in chilly environments as far north as Alaska.
20/09/2026 sciencedaily
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