Triceratops Dinosaur Tooth Fossil Genuine Cretaceous Hell Creek Formation North Dakota USA with Certificate of Authenticity

Description

100% Genuine Triceratops Dinosaur Tooth Fossil

This listing is for a Triceratops Dinosaur Tooth Fossil from the famous Hell Creek Formation in North Dakota, USA. The specimen pictured is the exact fossil you will receive, with a 1cm scale cube included in the photo for size reference. Every fossil comes with a Certificate of Authenticity, confirming it as a genuine piece of natural history.

Geological Background – Hell Creek Formation

The Hell Creek Formation is one of the most important Late Cretaceous fossil beds in the world, dating to the Maastrichtian stage, approximately 66 million years ago. Spanning parts of Montana, North Dakota, South Dakota, and Wyoming, it is renowned for producing fossils of iconic dinosaurs, mammals, reptiles, and plants from the very end of the Mesozoic era.

This depositional environment consisted of river channels, floodplains, and swampy lowlands. The rich variety of sediments preserved a diverse range of flora and fauna, capturing a snapshot of life just before the Cretaceous–Paleogene extinction event. Triceratops remains are among the most common large dinosaur fossils recovered from this formation, making it the key locality for the study of this genus.

Triceratops – Species Overview

Triceratops is a genus of large ceratopsid dinosaurs belonging to the order Ornithischia, superfamily Ceratopsoidea, and family Ceratopsidae. Recognisable by its massive skull, three facial horns, and broad frill, Triceratops is one of the most iconic dinosaurs of the Late Cretaceous. Adults could reach lengths of up to 9 metres and weigh as much as 12 tonnes, making them among the largest land herbivores of their time.

Triceratops teeth were highly specialised for grinding tough, fibrous plants such as cycads and palms. The teeth were arranged in dental batteries, with rows of stacked replacement teeth that provided a continuous grinding surface. A single Triceratops could have had hundreds of teeth in use throughout its lifetime, adapted for shearing and pulverising vegetation.

Morphology and Features of the Tooth Fossil

This fossilised Triceratops tooth displays the distinctive morphology characteristic of ceratopsid dentition. The crown is generally leaf-shaped with vertical ridges, designed for grinding plant material. The enamel surface is often worn from feeding activity, and many specimens retain the robust root base. The fossil’s preservation captures the functional design of these teeth, offering insight into the diet and feeding strategies of this great herbivorous dinosaur.

The natural colouration of fossilised teeth from the Hell Creek Formation typically ranges from earthy browns to darker greys and blacks, influenced by the mineral content of the surrounding sediments. Each tooth is unique, reflecting the geological processes of fossilisation over tens of millions of years.

Scientific and Collectible Significance

Owning a Triceratops Dinosaur Tooth Fossil is owning a tangible connection to one of the most famous dinosaurs in history. Fossils from the Hell Creek Formation are scientifically important for understanding the ecosystems of the very end of the Cretaceous. For collectors, these fossils represent both aesthetic appeal and historical significance, making them highly desirable additions to any collection of paleontological specimens.

Triceratops teeth are particularly prized because they demonstrate the practical biology of the dinosaur, showcasing the adaptations that allowed it to thrive as a dominant herbivore of its time.

Why This Specimen is Special

• Genuine Triceratops Dinosaur Tooth Fossil
• From the Hell Creek Formation, North Dakota, USA
• Cretaceous period, Maastrichtian stage (approx. 66 million years old)
• Comes with a Certificate of Authenticity
• Exact fossil shown in the photo will be sent
• 1cm cube included for precise size reference

This Triceratops Dinosaur Tooth Fossil from the Hell Creek Formation is a remarkable specimen, embodying both scientific importance and natural beauty. It provides a rare opportunity to own an authentic piece of Late Cretaceous history from one of the most iconic dinosaurs ever to walk the Earth.