Tameryraptor
"thief from the beloved land"
Type species Tameryraptor markgrafi
- Lived
- 101 to 94 million years ago, Late Cretaceous
- Diet
- Carnivore
- Group
- Theropods, Carcharodontosauridae
- Found in
- Egypt
- Named by
- Kellermann et al. 2025
Where its fossils were found
The evidence
Today
95 million years ago
Habitat
The Bahariya landscape included a coastal plain with tidal channels and mangrove-like vegetation. Other dinosaurs from these rocks include Spinosaurus, Paralititan and Aegyptosaurus.
Field notes
About Tameryraptor
What it was like
Tameryraptor was a large carnivorous theropod related to Carcharodontosaurus, with the same lightly built, blade-toothed skull typical of its family. It stood out for a distinctive horn-like bump on its snout, a feature not seen on its closest relatives.
Its backbone had hollow depressions that would have held air sacs, a feature shared with many large theropods. Only partial remains are known, so much about its full size and proportions is still uncertain.
Its world
Tameryraptor lived from about 101 to 94 million years ago, in the Late Cretaceous, in what is now Egypt. Its bones come from the Bahariya Formation, a site that has also produced other giant predators and the sail-backed Spinosaurus. Several enormous carnivorous dinosaurs are known from the same region and time, making this one of the most predator-rich habitats of the Cretaceous.
How it was found
Kellermann and colleagues named Tameryraptor in 2025, giving it the species name Tameryraptor markgrafi. The fossils had been collected decades earlier and were originally classified as a species of Carcharodontosaurus. The original specimen was destroyed decades ago, but surviving photographs let researchers reexamine the material and recognize it as belonging to a separate genus after all.
Field gallery
More views of Tameryraptor
Scenes reconstructed from the available fossil evidence.
The evidence
The science behind Tameryraptor
Which parts of the picture come from its own bones, and which come from its relatives.
From its own fossils
- A partial skull had a small horn along the middle of the snout and blade-shaped teeth.
- Parts of the backbone, pelvis and legs survive in photographs and drawings of the destroyed skeleton.
Borrowed from relatives
- Missing parts of the head and body are restored by comparison with Carcharodontosaurus and other carcharodontosaurids.
- Lips covering the teeth follow comparisons with other large theropods.
Still unknown
- The complete shape of its skull and arms.
- Its full adult length.
- Its skin covering and color.
Often drawn wrong
- Its snout horn was a modest bump, rather than a towering spike.
- Copying the skull of Carcharodontosaurus misses the distinctive shape of its snout.
Discovery timeline
- 2001Same rocksSmith et al.
- 2023Close relativeCullen et al.
- 2025Named itKellermann, Cuesta & Rauhut
Key papers
The research behind what we know of Tameryraptor
Same rocks
Described Paralititan from tidal deposits with fossil mangrove vegetation, revealing the coastal setting of the Bahariya dinosaur fauna.
A Giant Sauropod Dinosaur from an Upper Cretaceous Mangrove Deposit in Egypt. Science 292: 1704-1706
Read the paper : A Giant Sauropod Dinosaur from an Upper Cretaceous Mangrove Deposit in Egypt (opens in a new tab)Close relative
Compared theropod teeth and living reptiles, supporting lips that covered the teeth when the mouth was closed.
Theropod dinosaur facial reconstruction and the importance of soft tissues in paleobiology. Science 379: 1348-1352
Read the paper : Theropod dinosaur facial reconstruction and the importance of soft tissues in paleobiology (opens in a new tab)Named it
Reexamined photographs of the destroyed Egyptian skeleton and identified its snout horn and other differences as grounds for a separate genus.
Re-evaluation of the Bahariya Formation carcharodontosaurid (Dinosauria: Theropoda) and its implications for allosauroid phylogeny. PLOS ONE 20: e0311096
Read the paper : Re-evaluation of the Bahariya Formation carcharodontosaurid (Dinosauria: Theropoda) and its implications for allosauroid phylogeny (opens in a new tab)
Close relatives
Other members of Carcharodontosauridae
Sources: Wikidata









