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Palaeogeography of the Earth in Aptian, with location of Acrocanthosaurus fossils as green dots
Intervals Aptian

Palaeogeography of the Earth in Aptian, with location of Acrocanthosaurus fossils as green dots

Aptian fossil Acrocanthosaurus
Map of Cretaceous-aged dinosaur fossil localities of Mongolia.
Gobihadros mongoliensis was collected from Bayshin Tsav in Area C. Open squares indicate Late Cretaceous sites, solid squares represent Early Cretaceous localities. Abbreviations: A, Localities of Western Gobi Desert in Mongolia, mainly group of localities of Nemegtian age (early Maastrichtian), Late Cretaceous; B, Localities of Central Gobi Desert in Mongolia, mainly Djadokhtian age (Campanian), Late Cretaceous; C & D- Localities of Eastern Gobi Desert in Mongolia, mainly Baynshirenian age (Cenomanian-Santonian), Late Cretaceous. Figure has been modified from Tsogtbaatar et al. 2014, Figure 1 [24].
Formations Baynshire

Map of Cretaceous-aged dinosaur fossil localities of Mongolia. Gobihadros mongoliensis was collected from Bayshin Tsav in Area C. Open squares indicate Late Cretaceous sites, solid squares represent Early Cretaceous localities. Abbreviations: A, Localities of Western Gobi Desert in Mongolia, mainly group of localities of Nemegtian age (early Maastrichtian), Late Cretaceous; B, Localities of Central Gobi Desert in Mongolia, mainly Djadokhtian age (Campanian), Late Cretaceous; C & D- Localities of Eastern Gobi Desert in Mongolia, mainly Baynshirenian age (Cenomanian-Santonian), Late Cretaceous. Figure has been modified from Tsogtbaatar et al. 2014, Figure 1 [24].

Mongolia Campanian Cenomanian Cretaceous +8
Figure 2: Fossil vertebrate locality of Eric the Red West.
Shore platform looking west, showing undulating erosive boundary (solid white line) between the top of the Anchor Sandstone (AS) and the base of the ETRW Sandstone (ES). White dashed lines indicate selected bedding surfaces. White scale in mid-ground (indicated by arrow) equals 1 m.
Formations Eumeralla

Figure 2: Fossil vertebrate locality of Eric the Red West. Shore platform looking west, showing undulating erosive boundary (solid white line) between the top of the Anchor Sandstone (AS) and the base of the ETRW Sandstone (ES). White dashed lines indicate selected bedding surfaces. White scale in mid-ground (indicated by arrow) equals 1 m.

scale fossil
Rendering of newly discovered dinosaur Dinevenator robustus. This troodontid was identified in 2026 from a fossil collected from San Juan County.
Taxa Dinevenator

Rendering of newly discovered dinosaur Dinevenator robustus. This troodontid was identified in 2026 from a fossil collected from San Juan County.

fossil Dinevenator Troodontidae
A broken concretion with fossils inside; Late Cretaceous Pierre shale, near Ekalaka, Montana.

A broken concretion with fossils inside; Late Cretaceous Pierre shale, near Ekalaka, Montana.

Pierre Shale Cretaceous Late Cretaceous fossil
The distictive banding of the Morrison Formation, a group of rock layers that occur throughout Dinosaur National Monument.  The formation originated as muds and sands laid down by ancient rivers, and some of its outcrops have been found to contain 150-million-year-old dinosaur fossils like those found at the monument's Dinosaur Quarry.

The distictive banding of the Morrison Formation, a group of rock layers that occur throughout Dinosaur National Monument. The formation originated as muds and sands laid down by ancient rivers, and some of its outcrops have been found to contain 150-million-year-old dinosaur fossils like those found at the monument's Dinosaur Quarry.

Morrison fossil Dinosauria formation
Bituminous claystone, Lower Jurassic, Hesselberg, Middle Franconia.
Sedimentary rock of very thin laminated layers (particles less than 0,0002 mm).

Rock formation is known for its rich fossil findings, ex. Ichthyosaur.

Bituminous claystone, Lower Jurassic, Hesselberg, Middle Franconia. Sedimentary rock of very thin laminated layers (particles less than 0,0002 mm). Rock formation is known for its rich fossil findings, ex. Ichthyosaur.

Jurassic fossil Ichthyosauria formation
Khaan fossil holotype IGM 100/1127.
Taxa Khaan

Khaan fossil holotype IGM 100/1127.

United States fossil holotype Khaan
The Natural Science Museum at El Chocón, in the northwestern Argentine Patagonia (the Comahue region). Fossil of dinosaur
Taxa Skorpiovenator

The Natural Science Museum at El Chocón, in the northwestern Argentine Patagonia (the Comahue region). Fossil of dinosaur

museum Argentina fossil Dinosauria +1
Nyasasaurus is a basal dinosauromorph that may be the earliest known dinosaur. It was a small bipedal animal at about 2-3 m in length. Nyasasaurus is difficult to classify due to inconclusive fossil evidence, but if it is a true dinosaur, it pushes the dinosaur lineage back about 12 million years to the Middle Triassic.
Taxa Nyasasaurus

Nyasasaurus is a basal dinosauromorph that may be the earliest known dinosaur. It was a small bipedal animal at about 2-3 m in length. Nyasasaurus is difficult to classify due to inconclusive fossil evidence, but if it is a true dinosaur, it pushes the dinosaur lineage back about 12 million years to the Middle Triassic.

Middle Triassic Triassic fossil Dinosauria +1
Fossil at the Museo Argentino de Ciencias Naturales in Caballito, Buenos Aires, Argentina.
Taxa Pterodaustro

Fossil at the Museo Argentino de Ciencias Naturales in Caballito, Buenos Aires, Argentina.

Argentina fossil Pterodaustro
Sidersaura is a rebbachisaurid sauropod dinosaur from the Late Cretaceous of Argentina. Rebbachisaurids are the last known dipldocoids, and lived alongside the titanosaurs until fairly late in the Cretaceous before disappearing from the fossil record, presumably going extinct. They have long tails and relatively short necks, by sauropod standards. Sidersaura one of the most recent rebbachisaurids yet found, living in the Cenomanian–Turonian ages of the Late Cretaceous. It was large for a rebbachisaurid, growing to about 20 m in length.

Sidersaura is a rebbachisaurid sauropod dinosaur from the Late Cretaceous of Argentina. Rebbachisaurids are the last known dipldocoids, and lived alongside the titanosaurs until fairly late in the Cretaceous before disappearing from the fossil record, presumably going extinct. They have long tails and relatively short necks, by sauropod standards. Sidersaura one of the most recent rebbachisaurids yet found, living in the Cenomanian–Turonian ages of the Late Cretaceous. It was large for a rebbachisaurid, growing to about 20 m in length.

Argentina Cenomanian Cretaceous Late Cretaceous +6
Fossil of Mei long (holotype), on temporary display at the Shanghai Natural History Museum as part of the exhibition "China's Dinosaur World". Shot on July 22, 2025.
Taxa Mei

Fossil of Mei long (holotype), on temporary display at the Shanghai Natural History Museum as part of the exhibition "China's Dinosaur World". Shot on July 22, 2025.

museum China fossil holotype +1
Fossil specimen (IVPP V17903) of Corpulentapus lilasia on display at the Paleozoological Museum of China.
Taxa Corpulentapus

Fossil specimen (IVPP V17903) of Corpulentapus lilasia on display at the Paleozoological Museum of China.

museum China fossil specimen +1
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.
Taxa 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 Jurassic fossil Aviatyrannis +5
Datousaurus. Fossil in Shanghai Science & Technology Museum
Taxa Datousaurus

Datousaurus. Fossil in Shanghai Science & Technology Museum

museum fossil Datousaurus
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News

A forgotten fossil reveals a fearsome dinosaur with giant claws
claw predator museum fossil Dinosauria Megaraptora
A 120-million-year-old fossil forgotten in a museum for nearly a century has revealed a terrifying new dinosaur that may have been more dangerous to humans than a T. rex. The tiger-sized predator also provides the first evidence of megaraptorans in Europe, helping explain how these mysterious dinosaurs eventually became gigantic hunters.
14/10/2026 sciencedaily
Small Raptors Likely Feasted on Fallen Tyrannosaur, Fossil Bite Marks Suggest
Small Raptors Likely Feasted on Fallen Tyrannosaur, Fossil Bite Marks Suggest
predator Canada fossil Albertosaurus
Tyrannosaurs sit at the top of the food chain in the popular imagination, but a newly described fossil from Alberta, Canada, suggests that a much smaller predator may have fed on the carcass of Albertosaurus sarcophagus, a tyrannosaur relative. The post Small Raptors Likely Feasted on Fallen Tyrannosaur, Fossil Bite Marks Suggest appeared first on Sci.News: Breaking Science News.
14/10/2026 sci-news
Commemorating National Fossil Day 2026 – Amazing Discoveries from Earth’s Prehistoric Past!
museum United States fossil Dinosauria
Today (Wednesday 14th October), Everything Dinosaur joins fossil enthusiasts, scientists and museums in celebrating National Fossil Day 2026. This annual American-led event highlights the importance of fossils and the remarkable insights they provide into the history of life on Earth. Established in 2010 by the United States National Park Service, National Fossil Day encourages people
14/10/2026 everythingdinosaur
Small, Chicken-Like Dinosaur May Have Had a Jaw Built for Fruit
Small, Chicken-Like Dinosaur May Have Had a Jaw Built for Fruit
fossil Dinosauria Oviraptorosauria
Fossils from Montana show a small oviraptorosaur with a jaw that slid front to back, a feature shared with fruit-eating parrots. The post Small, Chicken-Like Dinosaur May Have Had a Jaw Built for Fruit appeared first on Sci.News: Breaking Science News.
13/10/2026 sci-news
This tiny jurassic predator helped pave the way for the human brain
hunting predator prey Jurassic fossil anatomy evolution mammals
A 165-million-year-old fossil has revealed an extraordinary Jurassic predator that may help explain how mammals developed one of their most important evolutionary advantages. Although only 20 inches long, Megacauda sungei was a heavyweight among early mammal relatives, swimming through ancient waterways and hunting prey with specialized teeth. Its advanced swallowing anatomy reveals an early step toward the ability to safely nurse on milk, a key development in mammalian evolution.
13/10/2026 sciencedaily
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