Oviraptor Fibula
This piece is a large fibula bone fossil from the Oviraptor, collected from the Late Cretaceous Hell Creek Formation in Montana, making it approximately 70 million years old.
SPECIES
Brontotherium Eocene
AGE/ERA
Late Cretaceous Era (70 million years ago)
LOCATION
Legally Collected on Private Land in Powderville, Montana
FORMATION
Hell Creek Formation
DIMENSIONS:
Length: 25.75”, Width: 3.5", Depth: 2.75”
Weight: 6 lbs 13 oz
RESTORATION:
Crack fill restoration
*CUSTOM STAND INCLUDED
This piece is a large fibula bone fossil from the Oviraptor, collected from the Late Cretaceous Hell Creek Formation in Montana, making it approximately 70 million years old.
SPECIES
Brontotherium Eocene
AGE/ERA
Late Cretaceous Era (70 million years ago)
LOCATION
Legally Collected on Private Land in Powderville, Montana
FORMATION
Hell Creek Formation
DIMENSIONS:
Length: 25.75”, Width: 3.5", Depth: 2.75”
Weight: 6 lbs 13 oz
RESTORATION:
Crack fill restoration
*CUSTOM STAND INCLUDED
This piece is a large fibula bone fossil from the Oviraptor, collected from the Late Cretaceous Hell Creek Formation in Montana, making it approximately 70 million years old.
SPECIES
Brontotherium Eocene
AGE/ERA
Late Cretaceous Era (70 million years ago)
LOCATION
Legally Collected on Private Land in Powderville, Montana
FORMATION
Hell Creek Formation
DIMENSIONS:
Length: 25.75”, Width: 3.5", Depth: 2.75”
Weight: 6 lbs 13 oz
RESTORATION:
Crack fill restoration
*CUSTOM STAND INCLUDED
*Oviraptor: The Mysterious Egg Thief of the Late Cretaceous *
The Oviraptor, a small yet fascinating theropod dinosaur from the Late Cretaceous period, has long intrigued scientists and dinosaur enthusiasts with its unique adaptations and enigmatic behavior. Living approximately 75 to 70 million years ago, this agile predator inhabited the semi-arid landscapes.
Measuring about 2 meters in length and weighing around 25 kilograms, the Oviraptor was characterized by its beaked, toothless jaw, crest-like skull ornamentation, and sharp claws. Initially thought to be a thief of dinosaur eggs due to the discovery of its fossils near nests, further evidence revealed that it likely cared for its own eggs, making it one of the earliest known examples of parental behavior in dinosaurs. Its diet is believed to have been omnivorous, consisting of plants, shellfish, and small vertebrates, as its strong beak was well-suited for cracking hard objects.
The discovery of Oviraptor fossils, including well-preserved nests and embryos, has provided invaluable insights into dinosaur reproduction and nesting habits. Today, the Oviraptor stands as a symbol of how scientific interpretations evolve with new evidence, enriching our understanding of these ancient creatures and their complex ecosystems.