Scientists Just Found a Dino Artifact We’ve Never Seen Before—and It’s Answering a Major Riddle
Paleontologists from Stony Brook University, the Royal Ontario Museum, and the North Dakota Geological Survey have identified Infernogallus jamesi, a new species of small oviraptorosaur. This creature possessed specialized chewing muscles designed to mash soft food, marking the first known dinosaur that specifically ate fruit during the Cretaceous period as flowering plants emerged. In related developments, the Denver Museum of Nature and Science is preparing to exhibit a rare dinosaur fossil discovered by a Colorado teacher, while the Nanotyrannus skeleton named Jodi sold for millions.
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- ✓ Infernogallus jamesi is a new species of small oviraptorosaur identified as the first known dinosaur that specifically ate fruit.
- ✓ The discovery was made by paleontologists from Stony Brook University, the Royal Ontario Museum, and the North Dakota Geological Survey.
- ✓ Infernogallus jamesi possessed chewing muscles specifically adapted for mashing soft food.
What changed
Researchers unveiled Infernogallus jamesi, a newly identified small oviraptorosaur equipped with chewing muscles for mashing soft food.
Live updates
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New Fossil Discovery Reveals First Known Fruit-Eating Dinosaur
Paleontologists from Stony Brook University, the Royal Ontario Museum, and the North Dakota Geological Survey have identified Infernogallus jamesi, a new species of small oviraptorosaur. This creature possessed specialized chewing muscles designed to mash soft food, marking the first known dinosaur that specifically ate fruit during the Cretaceous period as flowering plants emerged. In related developments, the Denver Museum of Nature and Science is preparing to exhibit a rare dinosaur fossil discovered by a Colorado teacher, while the Nanotyrannus skeleton named Jodi sold for millions.
Why it matters
Museum archives and new field discoveries continue to revise the prehistoric record, shifting understanding beyond traditional carnivores and herbivores. Recent findings also include a British two-ton dinosaur identified as a new species and European megaraptoran remains found languishing in museum drawers. These revelations demonstrate how overlooked specimens and recent excavations rewrite the dietary habits and geographic distributions of ancient species.
What is confirmed
- Infernogallus jamesi is a new species of small oviraptorosaur identified as the first known dinosaur that specifically ate fruit.
- The discovery was made by paleontologists from Stony Brook University, the Royal Ontario Museum, and the North Dakota Geological Survey.
- Infernogallus jamesi possessed chewing muscles specifically adapted for mashing soft food.
Still unconfirmed
- The Denver Museum of Nature and Science is preparing to display one of the rarest dinosaur fossils ever discovered, found by a Colorado teacher.
- A two-ton dinosaur has been identified as a new British species.
- The Nanotyrannus skeleton known as Jodi sold for millions after researchers determined in 2025 that she is a distinct type of dinosaur.
What to watch next
- Public exhibition details for the rare fossil found by a Colorado teacher at the Denver Museum of Nature and Science.
- Further scientific publications detailing the anatomy and ecological impact of Infernogallus jamesi.
confidence 100%Sources used for this update (6)
- www.cbsnews.com — Colorado teacher's one-of-a-kind find revealed at Denver ...
- news.stonybrook.edu — Stony Brook Paleontologist Dinosaur Discovery Reveals a ...
- www.bbc.co.uk — Nanotyrannus skeleton 'Jodi' sells for millions - BBC Newsround
- www.zmescience.com — Scientists Discover a New Dinosaur That Was “Hiding in a ...
- Phys.org — Rare fossil discovery reveals new dinosaur species that specialized in eating fruit
- www.rom.on.ca — Rare fossil discovery reveals new dinosaur species that were ...
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Century-Old Museum Fossil Identified as New Dinosaur Species
London's Natural History Museum housed a skull fragment in a drawer for nearly a century before researchers identified it as Invictibellatrix amberina, a newly discovered predator boasting enormous curved claws. The specimen represents Europe's first known megaraptoran. Separately, archiving practices face scrutiny following the revelation that an Antarctic dinosaur tail bone spent forty years forgotten in storage after being discovered in 1985. These archival discoveries highlight how overlooked museum and collection artifacts continue to yield major paleontological breakthroughs, reshaping scientific understanding of prehistoric species and their geographic distributions.
Why it matters
Museum archives frequently hold uncatalogued or misidentified specimens that wait decades for modern analysis. The identification of a megaraptoran in Europe shifts previous assumptions about where these specific carnivorous dinosaurs roamed. Archival reviews of long-stored bones provide new scientific value without requiring active field excavations.
What is confirmed
- A dinosaur fossil sat unnoticed in a museum collection for nearly a century before being identified as a new predator.
- The new dinosaur species is named Invictibellatrix amberina.
- Invictibellatrix amberina is Europe's first known megaraptoran.
- London's museum bought the skull fragment in 1924.
Still unconfirmed
- A tail bone discovered in Antarctica in 1985 and stored in a drawer for 40 years has been confirmed as the first dinosaur fossil ever found on the continent, belonging to a long-necked Titanosaur.
What to watch next
- Further anatomical studies of the Invictibellatrix amberina fossil to determine specific predatory behaviors.
- Additional reviews of museum drawer collections for overlooked prehistoric specimens.
confidence 100%Sources used for this update (4)
- scitechdaily.com — Scientists Discover a Terrifying New Dinosaur Hidden for 100 Years
- theconversation.com — New long‑clawed British dinosaur is the first of its kind in ...
- www.ecoticias.com — London's Natural History Museum kept a skull fragment bought ...
- rocketnews.com — Antarctica’s first ever dinosaur bone discovered in a drawer
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Scientists Uncover T. rex Cousin with Enormous Claws in UK Museum
A century-old fossil, previously overlooked in a UK museum, has been identified as a new dinosaur species, Invictibellatrix amberina, a cousin of the Tyrannosaurus rex. This discovery provides insights into the diversity of giant carnivorous dinosaurs. The fossil, found 100 years ago, features enormous claws, suggesting it was a formidable predator.
Why it matters
The finding of Invictibellatrix amberina expands the known range of T. rex relatives and sheds light on the evolution of giant carnivorous dinosaurs. The fossil's existence in a UK museum for over a century highlights the importance of re-examining existing collections. This discovery contributes to a deeper understanding of dinosaur diversity and their adaptability.
What is confirmed
- A fossil discovered 100 years ago in the U.K. has been identified as a previously unknown cousin of the T. rex.
- The fossil, now named Invictibellatrix amberina, features enormous claws.
- It "definitely would have chased us," according to scientists.
What to watch next
- Further analysis of the fossil's characteristics and behavior
- Comparison with other known T. rex relatives
- Potential discoveries of similar fossils in other museums
confidence 100%Sources used for this update (3)
- www.cbsnews.com — New dinosaur species, a T. rex cousin that "would have chased ...
- gnews.cz — For a hundred years, it lay forgotten in a museum. Scientists ...
- headlinesociety.com — Dinosaur Fossil Sat in Museum Drawer for Nearly 100 Years ...
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Giant Diplodocus Discovered in Spain Rewrites Dinosaur Movement
Researchers discovered a giant Diplodocus fossil in Spain, marking the first time this dinosaur, previously thought to belong exclusively to North America, turned up in that region. This 150-million-year-old find provides crucial clues about how giant dinosaurs moved between continents. Meanwhile, a 99-million-year-old insect trapped in amber was identified as a new species named Cretodorus noonoo by researchers from the School of Zoology and The Steinhardt Museum of Natural History. Additionally, scans of a 50-million-year-old fossil extracted from limestone used to build the Sphinx revealed a totally new species.
Why it matters
The discovery of a North American dinosaur species in Spain challenges previous assumptions regarding the geographic distribution and migration of giant dinosaurs during the Jurassic period. In separate paleontological advancements, researchers continue to uncover previously unknown species preserved in amber and ancient building materials. These findings expand our understanding of prehistoric ecosystems across different geological timelines.
What is confirmed
- A dinosaur long thought to belong exclusively to North America turned up in Spain, offering a 150-million-year-old clue to how giants moved between continents.
- A tiny insect trapped in tree resin from some 99 million years ago enabled researchers from the School of Zoology and The Steinhardt Museum of Natural History to identify and describe a new species named Cretodorus noonoo, or Noo-Noo.
- Scans of a 50-million-year-old fossil extracted from the limestone used to build the Sphinx revealed a totally new species.
Still unconfirmed
- Sotheby's is putting a Nanotyrannus dinosaur fossil named Jodi under the hammer this month, with expectations to fetch between $6 million and $9 million.
What to watch next
- Further analysis of the Diplodocus fossil in Spain to determine migration pathways between continents
- Auction results for the Nanotyrannus dinosaur skeleton named Jodi
confidence 90%Sources used for this update (5)
- www.popularmechanics.com — Archaeology News - Latest Archaeological Developments
- robbreport.com — This Nanotyrannus Dinosaur Skeleton 'Jodi' Could Fetch $9 Million
- Phys.org — Rare insect discovery reveals a new species from the dinosaur age
- www.thedailybeast.com — Scientists Make Jaw-Dropping Discovery in Rock Used to Build ...
- scitechdaily.com — A Giant Diplodocus Just Turned Up Where Scientists Never Expected
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Scientists Discover Four-Winged Dinosaur Fossil in China
A newly discovered species of feathered dinosaur, Norellraptor barsboldi, features four wings, sharply curved claws, and curved teeth. This find supports the theory that anatomical features common to birds evolved separately in other dinosaur lineages. The discovery shifts the focus to the evolutionary path of flight and diverse adaptations of feathered dinosaurs. Previous research primarily focused on T. rex locomotion in North Dakota.
Why it matters
The discovery of Norellraptor barsboldi provides evidence that flight evolved independently in different dinosaur groups. This finding is significant as it highlights the diversity of adaptations in feathered dinosaurs. The study of dinosaur fossils continues to reveal new insights into the evolution of life on Earth. The discovery of new species and the analysis of existing fossils help scientists better understand the history of life.
What is confirmed
- Norellraptor barsboldi features four wings, sharply curved claws, and curved teeth.
- The discovery supports the theory that anatomical features common to birds evolved separately in other dinosaur lineages.
What to watch next
- Further analysis of the Norellraptor barsboldi fossil
- Discovery of additional four-winged dinosaur species
- Research on the evolutionary relationships between Norellraptor barsboldi and other feathered dinosaurs
confidence 100%Sources used for this update (2)
- www.sciencedaily.com — Dinosaurs News -- ScienceDaily
- en.wikipedia.org — 2026 in paleontology - Wikipedia
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Feathered Dinosaur Fossil in China Suggests Flight Evolved Multiple Times
A newly discovered species of feathered dinosaur from China, named Norellraptor barsboldi, provides evidence that flight evolved independently in different dinosaur groups. The fossil features four wings, sharply curved claws, and curved teeth. This discovery supports the theory that anatomical features common to birds evolved separately in other dinosaur lineages. While previous research focused on T. rex locomotion in North Dakota, this find shifts the focus to the evolutionary path of flight and the diverse adaptations of feathered dinosaurs.
Why it matters
Understanding how flight evolved requires analyzing the anatomical transition from ground-dwelling dinosaurs to avian species. This find adds to a broader 2026 research trend in archosaur paleontology involving the description of new taxa. It contrasts with skeletal remains, which often lack the soft-tissue preservation needed to identify wings.
What is confirmed
- A feathered dinosaur fossil found in China shows that bird-like anatomical features evolved independently in another dinosaur group.
- The discovery of a species with feathery limbs in China supports the theory that dinosaurs and birds evolved flight more than once.
Still unconfirmed
- Norellraptor barsboldi possessed four wings, sharply curved teeth, and curved claws.
- A dinosaur tail bone discovered in Antarctica in 1985 and stored in a drawer for 40 years is the continent's first dinosaur fossil, belonging to a Titanosaur.
What to watch next
- Further fossil discoveries in China regarding multi-winged dinosaur species.
confidence 90%Sources used for this update (9)
- www.sciencedaily.com — Paleontology News -- ScienceDaily
- www.sciencedaily.com — Fossils News -- ScienceDaily
- mashable.com — 30+ early October Prime Day deals: We found live deals on Bose, Lego, and Apple
- rocketnews.com — Antarctica’s first ever dinosaur bone discovered in a drawer
- www.newscientist.com — Spectacular feathered dinosaur fossil shows bird-like ...
- en.wikipedia.org — 2026 in archosaur paleontology - Wikipedia
- www.yahoo.com — Remarkably preserved feathered dinosaur discovered in China ...
- www.yahoo.com — Revolutionary Feathered Dinosaur Discovery in China Suggests ...
- www.nature.com — Stunning fossil shows dinosaurs’ distinctive path to flight
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First Known T. Rex Trackway Discovered
Researchers have identified the first likely trackway of an adult Tyrannosaurus rex in North Dakota. High school science teacher Kent Hups discovered two unusually large footprints during a research expedition in the Hell Creek Formation. Digital scans of the badly eroded tracks reveal how fast the famous apex predator walked and why. This discovery provides behavioral and locomotive details that skeletal remains alone cannot offer, filling a significant gap in our understanding of how the dinosaur moved across the terrain 66.5 million years ago.
Why it matters
Fossilized footprints supply vital behavioral and locomotive data that standard skeletal remains cannot provide. The Hell Creek Formation is a famous, fossil-rich series of sediments that frequently yields significant paleontological discoveries. This new trackway offers unprecedented insight into the walking speed and movement patterns of an adult Tyrannosaurus rex.
What is confirmed
- Kent Hups discovered two unusually large footprints during a research expedition in the Hell Creek Formation.
- The discovery marks the first likely trackway of an adult Tyrannosaurus rex in North Dakota.
- Digital scans of the badly eroded tracks reveal how fast the apex predator was walking and why.
Still unconfirmed
- Scientists discovered a rare preserved soft-tissue structure in a dinosaur fossil, providing evidence of efficient respiratory systems.
What to watch next
- Further analysis of digital scans from the Hell Creek Formation trackway
- Additional peer-reviewed publications regarding the walking speed of the adult Tyrannosaurus rex
confidence 90%Sources used for this update (5)
- www.yahoo.com — Scientists Just Found a Dino Artifact We’ve Never Seen Before ...
- economictimes.indiatimes.com — Scientists found something T. rex bones could never show ...
- www.todaynews.blog — A teacher spotted two unusually large footprints. They turned ...
- keyt.com — A teacher spotted two unusually large footprints. They turned ...
- www.banxnetwork.com — From Bone to Biology: The Artifact That Changed Everything
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Scientists Identify First Likely Adult T. rex Trackway
Researchers have identified the first likely trackway of an adult Tyrannosaurus rex in North Dakota. Discovered by a high school teacher who found two giant footprints, the site provides a series of prints that offer data on the dinosaur's walking speed. This discovery reveals behavioral and locomotive details that skeletal remains alone cannot provide, filling a significant gap in the understanding of how the apex predator moved across the terrain.
Why it matters
Skeletal fossils show anatomy but cannot demonstrate active movement. Trackways allow paleontologists to calculate stride and pace to estimate velocity. This find represents a first for the species in the fossil record.
What is confirmed
- A high school teacher discovered two giant footprints that led to the identification of a T. rex trackway.
- The first likely Tyrannosaurus rex trackway was identified in North Dakota.
- The series of adult T. rex footprints provides information regarding the dinosaur's walking speed.
What to watch next
- Peer-reviewed publication of the specific walking speed calculations
- Discovery of additional trackways to determine if movement patterns were consistent across the species
confidence 90%Sources used for this update (6)
- Yahoo — Scientists Just Found a Dino Artifact We’ve Never Seen Before—and It’s Answering a Major Riddle
- CNN — A high school teacher stumbled across two giant footprints — and marked a first for science
- Science News — First series of adult T. rex footprints hints at its walking speed
- The Economic Times — Scientists found something T. rex bones could never show: First known trackway reveals how the dinosaur ac
- Межа. Новини України. — Scientists identify the first likely Tyrannosaurus rex trackway in North Dakota
- a-z-animals.com — Prehistoric Sharks Resurface After 325 Million Years: Scientists Stunned By The Discovery
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