Warehouse Clearance 07850 - Well Preserved 2.61 Inch Eremiasaurus Heterodontus (mosasaur) Rooted Tooth In Natural Matrix Up To 75% Off [3VHv10rA]

Well-Preserved Eremiasaurus Heterodontus Tooth

Discover the exceptional beauty of nature with our Warehouse Clearance 07850 - Well Preserved 2.61 Inch Eremiasaurus Heterodontus (mosasaur) Rooted Tooth In Natural Matrix Up To 75% Off [3VHv10rA]. This fossilized tooth, meticulously preserved in its own matrix, offers a unique glimpse into the ancient world of the Cretaceous period. With its small glued fracture near the tip, this rooted specimen still maintains its natural elegance and historical significance.

Exceptional Preservation and Natural Matrix

Our Eremiasaurus heterodontus tooth is a testament to the remarkable preservation techniques used to maintain its natural matrix. This tooth is not just a fossil; it's a window into the past, allowing you to see the intricate details of this ancient creature. The exceptional condition of this tooth is highlighted by the following features:

• Rooted Specimen: Experience the authenticity of a real fossil with a rooted tooth.
• Small Glued Fracture: Despite a minor fracture, this tooth remains in excellent condition.

Historical and Scientific Significance

This Eremiasaurus heterodontus tooth is not just a piece of art; it's a valuable piece of scientific history. The Ouled Abdoun Basin in Morocco, where this tooth was discovered, is renowned for its rich fossil deposits from the Upper Cretaceous period. The tooth's association with this region adds to the fossil's historical and scientific value. Here are some key points to consider:

• Geological Age: This tooth dates back to the Maastrichtian stage, approximately 66 million years ago.
• Scientific Research: The fossil has implications for mosasaurine systematics, as detailed in the reference by A. R. H. LeBlanc, M. W. Caldwell, and N. Bardet (2012).

This tooth is not just a fossil; it's a piece of the Earth's history, a window into the ancient marine ecosystems of the Cretaceous.