Pterosaur Tooth Fossil Kem Kem Beds Cretaceous Morocco Flying Reptile 12-30mm

Pterosaur Tooth Fossil from the Kem Kem Beds, Morocco
This genuine pterosaur tooth fossil, often referred to as a pterodactyl tooth, originates from the world-famous Kem Kem Beds of the Tegana Formation in the Kem Kem Basin, Morocco. Dating to the Upper Cretaceous period, primarily the Cenomanian stage approximately 100–94 million years ago, this specimen represents one of the fascinating flying reptiles that dominated prehistoric skies. The photograph provided shows an example of the actual specimen you will receive, with each tooth carefully selected for quality and preservation, measuring approximately 12–30mm.

Geological Setting – Kem Kem Beds, Tegana Formation
The Kem Kem Beds are among the most significant fossil-bearing deposits in North Africa, formed within a vast fluvial and deltaic system during the Cretaceous period. These sediments, composed mainly of sandstones and siltstones, were deposited by ancient river channels, floodplains, and estuarine environments connected to the Tethys Ocean. This dynamic ecosystem supported a wide variety of life, including large theropod dinosaurs, crocodilians, fish, and flying reptiles such as pterosaurs.

The Tegana Formation is particularly known for preserving vertebrate fossils within river channel deposits, where remains were transported and rapidly buried, allowing durable elements like teeth to fossilise effectively.

Fossil Type and Biological Classification
Pterosaurs belong to the order Pterosauria, a group of flying reptiles distinct from dinosaurs but closely related within the archosaur lineage. These animals were the first vertebrates to achieve powered flight and occupied a range of ecological niches from fish-eaters to insectivores.

Teeth attributed to pterosaurs from the Kem Kem Beds are often associated with fish-eating species, adapted for capturing slippery prey in aquatic or coastal environments. These fossils provide valuable evidence of feeding strategies and ecological roles within the Cretaceous ecosystem.

Morphological Features and Feeding Adaptations
This tooth displays the characteristic slender, elongated, and slightly curved shape typical of pterosaur dentition. The smooth enamel surface and pointed tip are well suited for grasping and holding prey such as fish. Unlike many theropod dinosaur teeth, pterosaur teeth generally lack serrations, instead relying on sharpness and curvature to secure prey.

The fine structure and lightweight form of the tooth reflect adaptations for aerial hunting and feeding. Its streamlined design would have allowed efficient prey capture while in flight or while skimming over water surfaces.

The size range of 12–30mm makes this an excellent representative specimen, showcasing the delicate yet functional anatomy of these remarkable flying reptiles.

Depositional Environment and Preservation
The fossilisation process occurred within sediment-rich river systems where remains were buried by sand and silt. Rapid burial protected the tooth from weathering and scavenging, allowing mineralisation to preserve its original structure over millions of years. Teeth are among the most commonly preserved elements due to their dense composition, making them important indicators of prehistoric life.

The Kem Kem Beds are especially noted for producing well-preserved vertebrate fossils with strong structural integrity.

Authenticity and Certificate of Guarantee
This fossil is a genuine specimen and includes a Certificate of Authenticity lifetime guarantee card. Each piece is carefully handled and selected to ensure it meets high standards of quality and authenticity, providing confidence for collectors and enthusiasts.

Ideal for Collectors, Display, and Educational Use
A pterosaur tooth fossil from the Kem Kem Beds is a unique and highly desirable addition to any fossil or dinosaur collection. Its association with ancient flying reptiles makes it particularly and scientifically significant. Whether displayed as part of a collection, used for educational purposes, or given as a distinctive gift, it offers a tangible link to prehistoric skies.

Size and Specimen Information
Each specimen measures approximately 12–30mm. Please refer to the photograph for general size and quality reference. You will receive a carefully chosen example consistent with the image shown, ensuring a high-quality and authentic addition to your collection.