Squalicorax Crow Shark Tooth Fossil 15-30mm – Genuine Eocene Specimen – Morocco – Fossil Shark Tooth with COA

Description This listing features a genuine fossil tooth from the extinct shark species Squalicorax, commonly referred to as the Crow Shark. This tooth was discovered in the phosphate-rich beds of the Ouled Abdoun Basin near Khouribga, Morocco, a region renowned for its abundance of marine fossils. The fossil dates back to the Eocene epoch, approximately 56 to 34 million years ago. Squalicorax was a mid-sized lamniform shark known for its distinctive triangular, serrated teeth. These teeth suggest it was both a scavenger and predator, feeding on fish, marine reptiles, and potentially even the carcasses of dinosaurs. The serrated edges are a hallmark of this species and make it a highly recognisable and collectible fossil. Each tooth measures between approximately 15-30mm in length. The image shown includes a 1cm scale cube and represents an example of the quality you will receive. Each specimen is hand-selected for preservation quality, form, and character. This is a fascinating piece of prehistoric marine life and a perfect addition for collectors, educators, and enthusiasts alike. All of our Fossils are 100 Percent Genuine Specimens and come with a Certificate of Authenticity. Key Features: Type: Fossil Shark Tooth Species: Squalicorax (Crow Shark) Location: Ouled Abdoun Basin, Khouribga, Morocco Geological Period: Eocene (approx. 56 – 34 million years ago) Morphology: Triangular, serrated edge, glossy enamel surface Size Range: 15-30mm (see photo for scale) Use: Ideal for collections, educational settings, and display Scientific Classification: Kingdom: Animalia Phylum: Chordata Class: Chondrichthyes Order: Lamniformes Family: Anacoracidae Genus: Squalicorax Geological and Palaeoenvironmental Context: Geological Stage: Early to Middle Eocene Depositional Environment: Shallow marine phosphatic sedimentary beds Biozone: Ouled Abdoun phosphate beds, significant for Cretaceous-Eocene marine fauna Notable: Teeth used in biostratigraphy and palaeoecological reconstructions Identification: Specimen classification aligns with field research and comparative collections curated by regional experts and palaeontological studies Disclaimer: All of our Fossils are 100 Percent Genuine Specimens and come with a Certificate of Authenticity. The image shows an example of the actual specimen you will receive. Size ranges from 15-30mm. Every fossil is unique and hand-selected for quality and presentation.