Liquidation Sale 06759 - Top Association 2 Mosasaur (prognathodon Anceps) Teeth Late Cretaceous In Multiple Colors [mZ2gpWC9]

06759 - Top Association 2 Mosasaur Teeth

Discover an exceptional pair of Prognathodon anceps teeth, showcasing an impressive natural association that is a testament to the rich fossil record of the Upper Cretaceous. These teeth, sourced from the renowned Ouled Abdoun Basin in Morocco, are part of a vast collection of marine reptile remains that have intrigued paleontologists for decades. With their sharp, excavated cutting edges and distinct beading of the enamel, these teeth offer a unique glimpse into the life of these ancient predators.

• High-quality fossil teeth from the Upper Cretaceous period
• Impressive natural association of two Prognathodon anceps teeth
• Originating from the Ouled Abdoun Basin in Morocco, a leading source for Cretaceous fossils

Product Details

Each tooth features subequal buccal and lingual surfaces, with the buccal surfaces slightly more inflated. The cutting edges are sharp and excavated, while the facets are weakly developed. The enamel beading, a distinctive feature, sets these teeth apart from those of the genus Liodon Agassiz, 1846. These characteristics make them valuable for both collectors and researchers alike.

• Distinctive features such as sharp cutting edges and enamel beading
• High-quality preservation, showcasing the natural beauty of the fossil teeth
• Systematic paleontology details provided, including classification and origin

Practical Applications and Benefits

Whether you are a fossil enthusiast, a paleontologist, or simply someone interested in the natural world, these Prognathodon anceps teeth offer a unique educational and aesthetic experience. Their historical significance, combined with their exquisite craftsmanship, makes them a perfect addition to any collection.

• Excellent educational tool for students and enthusiasts of paleontology
• Beautifully preserved fossils that can be displayed in a home or office setting
• Contribution to the study of Cretaceous marine ecosystems and the evolution of reptiles