Rebbachisaurus Dinosaur Tooth Fossil Cretaceous Morocco Kem Kem Beds Specimen

Authentic Rebbachisaurus Dinosaur Tooth Fossil – Kem Kem Beds, Morocco

This genuine Rebbachisaurus dinosaur tooth fossil originates from the renowned Tegana Formation within the Kem Kem Beds of the Kem Kem Basin in southeastern Morocco. These sediments date to the Aptian Stage of the Early Cretaceous Period, approximately 125–113 million years ago, a time when North Africa supported a diverse ecosystem of dinosaurs, reptiles, and other prehistoric life.

The fossil offered here is an authentic specimen carefully selected for its quality and preservation. It includes a Certificate of Authenticity with a lifetime guarantee. The photographs display the actual fossil you will receive, ensuring full transparency and allowing collectors to appreciate the natural detail of this prehistoric relic. Please refer to the images for complete size and scale measurements.

Rebbachisaurus – A Long-Necked Herbivorous Sauropod

Rebbachisaurus was a large herbivorous dinosaur belonging to the group of long-necked dinosaurs known as sauropods, within the order Saurischia and the clade Sauropoda. More specifically, it belonged to the family Rebbachisauridae, a lineage of diplodocoid sauropods that flourished during the Early Cretaceous.

The genus Rebbachisaurus was first described in 1954 by French palaeontologist René Lavocat, based on fossils discovered in North Africa. These dinosaurs are known from Morocco and other regions of the ancient Gondwanan continents.

Rebbachisaurus likely reached lengths of approximately 14–20 metres (46–65 feet) and possessed the classic sauropod body plan of a long neck, elongated tail, and massive barrel-shaped body supported by pillar-like legs. As a herbivore, it fed on vegetation such as ferns, conifers, and other prehistoric plants growing along river systems and floodplains.

Tooth Morphology and Feeding Adaptations

Teeth attributed to Rebbachisaurus and related rebbachisaurid sauropods are distinctive due to their specialised feeding adaptations. Typical characteristics include:

• Slender, peg-like tooth crowns
• Slight curvature toward the tip
• Smooth enamel with subtle surface texture
• Narrow profile suited for stripping vegetation

Unlike the serrated teeth of carnivorous dinosaurs, these teeth were adapted for cropping and gathering plant material rather than cutting flesh. The peg-shaped structure allowed the dinosaur to rake leaves and soft vegetation from branches before swallowing the plant material.

Sauropods replaced their teeth frequently throughout their lives. As older teeth wore down from constant feeding, they were shed and replaced by new teeth growing within the jaw. Many isolated teeth found today represent these naturally shed teeth that became buried within sediments and later fossilised.

Geological Origin – The Tegana Formation and Kem Kem Beds

The Kem Kem Beds of southeastern Morocco are among the most significant dinosaur-bearing deposits in Africa. The fossil-rich layers represent a series of fluvial and deltaic environments, where ancient rivers carried sediment across broad floodplains before draining into coastal marine systems connected to the Cretaceous Tethys Sea.

The Tegana Formation specifically consists of sandstone and river channel deposits that accumulated within these ancient river systems. These environments supported a remarkable diversity of prehistoric life including:

• Large theropod predators such as Spinosaurus and Carcharodontosaurus
• Herbivorous dinosaurs including Rebbachisaurus
• Giant crocodilians and aquatic reptiles
• Numerous fish species and pterosaurs

Fossils preserved within these sediments provide valuable insight into the ecosystems that existed in North Africa more than 100 million years ago.

A Rare Herbivorous Dinosaur Fossil from North Africa

While predatory dinosaur teeth from the Kem Kem Beds are relatively well known, sauropod teeth such as those from Rebbachisaurus are much rarer, making them particularly interesting to collectors and enthusiasts of dinosaur palaeontology.

These fossils represent the giant plant-eating dinosaurs that formed an essential part of the prehistoric ecosystem, supporting the food chain that sustained the large predators living alongside them.

Authenticity and Specimen Details

• Genuine Rebbachisaurus dinosaur tooth fossil
• Dinosaur group: Sauropoda
• Family: Rebbachisauridae
• Formation: Tegana Formation, Kem Kem Beds
• Age: Early Cretaceous, Aptian Stage (approximately 125–113 million years old)
• Locality: Kem Kem Basin, southeastern Morocco
• Includes Certificate of Authenticity with lifetime guarantee
• The fossil shown in the photographs is the exact specimen you will receive
• Please see photos for full sizing and scale

This authentic sauropod dinosaur tooth fossil offers a fascinating connection to the giant herbivorous dinosaurs that roamed the ancient landscapes of Cretaceous North Africa and makes an impressive addition to any fossil collection, educational display, or natural history cabinet.