Dinosaur Edmontosaurus Tooth Fossil Hadrosaur Lance Creek Formation Cretaceous Wyoming USA Genuine Specimen

Description

Authentic Dinosaur Tooth Fossil – Edmontosaurus (Hadrosaur)

This listing offers a genuine Edmontosaurus dinosaur tooth fossil from the Lance Creek Formation, Eastern Wyoming, USA, dating to the Late Cretaceous Period (Maastrichtian Stage, approx. 66 million years ago). The specimen pictured is the exact one you will receive, with a 1cm scale cube shown for accurate measurement reference. Each fossil is carefully chosen for quality and comes complete with a Certificate of Authenticity, ensuring its genuine origin and value as a collectible piece of natural history.

Geological Provenance – Lance Creek Formation

The Lance Creek Formation is one of North America’s most important Late Cretaceous fossil-bearing units. Stretching across Wyoming and into surrounding states, this formation records the very last ecosystems of the dinosaurs before the catastrophic extinction event at the Cretaceous–Paleogene boundary. The environment of deposition was a mixture of coastal floodplains, river channels, and wetlands, where dinosaurs thrived alongside turtles, crocodiles, and early mammals. Fossils from Lance Creek are highly significant because they provide a detailed snapshot of life during the final days of the age of dinosaurs.

The Dinosaur – Edmontosaurus

Edmontosaurus annectens, a member of the Hadrosauridae family, was a large herbivorous dinosaur commonly known as a “duck-billed dinosaur.” Belonging to the order Ornithischia, hadrosaurs were famous for their wide, flattened beaks and intricate dental batteries designed for processing tough vegetation. Edmontosaurus was among the last hadrosaurs to roam North America, reaching lengths of up to 12 metres and living in vast herds across the floodplains of what is now Wyoming.

As one of the most abundant herbivores of its time, Edmontosaurus played a key role in Late Cretaceous ecosystems. Its teeth are a remarkable reflection of evolutionary adaptation, forming part of a highly specialised grinding surface capable of breaking down fibrous plant material.

Morphological Features of the Tooth

This Edmontosaurus tooth displays the characteristic traits of hadrosaur dentition:

• Chisel-like crown designed for shearing plant matter.
• Flattened surfaces that interlocked with adjacent teeth to form complex dental batteries.
• Vertical ridges that helped grind vegetation efficiently.
• Durable enamel preservation, showing the evolutionary specialisation of these dinosaurs as highly effective grazers.

These features are not only scientifically significant but also visually striking, making this tooth a prized fossil for collectors.

Scientific and Collectible Importance

Edmontosaurus teeth are a cornerstone of Late Cretaceous paleontology. They illustrate the success of hadrosaurs as dominant herbivores and offer insights into their diet, social behaviour, and ecological role. Fossil teeth are particularly valuable because they reflect direct evidence of feeding adaptations, highlighting how Edmontosaurus thrived until the very end of the dinosaur era.

For collectors, an Edmontosaurus tooth is both a scientifically meaningful fossil and a beautiful natural artifact. Its rarity outside professional collections, combined with its well-documented provenance from the Lance Creek Formation, makes it a highly desirable specimen.

Key Details of this Specimen

• Origin: Lance Creek Formation, Eastern Wyoming, USA
• Age: Late Cretaceous, Maastrichtian Stage (~66 million years old)
• Species: Edmontosaurus annectens (Hadrosaurid Dinosaur)
• Fossil Type: Dinosaur Tooth
• Authenticity: 100% genuine fossil with Certificate of Authenticity
• Exact Specimen: The photographed fossil is the one you will receive
• Sizing: Please refer to the photographs with 1cm scale cube for measurements

This exceptional Edmontosaurus dinosaur tooth fossil is a tangible connection to the final age of the dinosaurs, offering both scientific importance and an unforgettable addition to any fossil collection.