Diplocynodon Crocodile Tooth Fossil Eocene Isle of Wight Bembridge Authentic Specimen Certified Rare Vertebrate
£ 60.00
Diplocynodon Crocodile Tooth Fossil – Genuine Eocene SpecimenThis authentic Diplocynodon crocodile tooth fossil originates from the Bembridge
Oyster Bed within the Bembridge Marls Member of the Bouldnor Formation at Bembridge on the Isle of Wight. This highly regarded Eocene locality is renowned for its exceptionally preserved freshwater and lagoonal fossils. The specimen shown in the photographs is the exact fossil you will receive, carefully selected for its preservation, structure, and visual appeal. This is a genuine fossil and includes a Certificate of Authenticity with a lifetime guarantee.Discovery and Professional PreparationYour fossil was discovered by our experienced team members, Alister and Alison, ensuring full traceability from field discovery to final presentation. After excavation, the specimen was expertly cleaned, stabilised, and prepared by Alison. This meticulous preparation preserves the natural morphology of the tooth while enhancing its detail, making it suitable for both scientific study and display.Geological Context – Bembridge Marls Member, Eocene EpochThe Bembridge Marls Member forms part of the Bouldnor Formation and dates to the late Eocene epoch, approximately 34 to 38 million years ago. The Bembridge Oyster Bed represents a calm, low-energy depositional environment, consisting of freshwater to brackish lagoonal sediments rich in organic material. These conditions were ideal for preserving vertebrate remains such as crocodilian teeth. The Isle of Wight during this time was a warm, subtropical landscape dominated by wetlands, rivers, and shallow lagoons.About Diplocynodon – Early Alligatoroid CrocodilianDiplocynodon is an extinct genus of alligatoroid crocodilians within the family Alligatoridae and order Crocodylia. These semi-aquatic reptiles were widespread across Europe during the Paleogene and are considered important for understanding the early evolution of modern crocodilians. Diplocynodon species were typically smaller than many modern crocodiles, with broad snouts and powerful jaws adapted for capturing fish and small vertebrates in freshwater environments.Tooth Morphology and Functional AdaptationThis fossil tooth displays the classic conical shape typical of crocodilian dentition, designed for gripping and holding prey rather than slicing. The enamel surface may exhibit natural texture and wear patterns, reflecting its original function within the jaw. The robust structure and pointed apex highlight the efficiency of Diplocynodon as a predator. The fossilisation process has preserved these features well, with mineralisation contributing to its distinct colour and surface character.Palaeoenvironment and Ecological RoleDuring the Eocene, the Isle of Wight supported a rich and diverse ecosystem of freshwater and lagoonal habitats. Diplocynodon occupied a key role as an apex or mid-level predator within these environments, feeding on fish, amphibians, and small vertebrates. Fossils from the Bembridge Marls provide valuable insight into these ancient ecosystems, helping to reconstruct the biodiversity and environmental conditions of prehistoric Britain.Collector Appeal and Display ValueCrocodile teeth from the Bembridge Oyster Bed are highly sought after due to their rarity and strong connection to a well-documented fossil assemblage. This specimen combines scientific importance with visual appeal, making it an excellent addition to any fossil collection. Its identifiable form and excellent preservation make it suitable for collectors, educators, and enthusiasts of vertebrate palaeontology.Authenticity, Provenance and PresentationThis fossil has been carefully chosen for its authenticity, condition, and aesthetic presentation. It is a genuine piece of prehistoric life, professionally prepared and ready for display. Full sizing can be confirmed via the provided photographs, ensuring transparency before purchase. Each specimen is unique, preserving a fragment of an ancient crocodilian that once inhabited the Eocene wetlands of the Isle of Wight.
Oyster Bed within the Bembridge Marls Member of the Bouldnor Formation at Bembridge on the Isle of Wight. This highly regarded Eocene locality is renowned for its exceptionally preserved freshwater and lagoonal fossils. The specimen shown in the photographs is the exact fossil you will receive, carefully selected for its preservation, structure, and visual appeal. This is a genuine fossil and includes a Certificate of Authenticity with a lifetime guarantee.Discovery and Professional PreparationYour fossil was discovered by our experienced team members, Alister and Alison, ensuring full traceability from field discovery to final presentation. After excavation, the specimen was expertly cleaned, stabilised, and prepared by Alison. This meticulous preparation preserves the natural morphology of the tooth while enhancing its detail, making it suitable for both scientific study and display.Geological Context – Bembridge Marls Member, Eocene EpochThe Bembridge Marls Member forms part of the Bouldnor Formation and dates to the late Eocene epoch, approximately 34 to 38 million years ago. The Bembridge Oyster Bed represents a calm, low-energy depositional environment, consisting of freshwater to brackish lagoonal sediments rich in organic material. These conditions were ideal for preserving vertebrate remains such as crocodilian teeth. The Isle of Wight during this time was a warm, subtropical landscape dominated by wetlands, rivers, and shallow lagoons.About Diplocynodon – Early Alligatoroid CrocodilianDiplocynodon is an extinct genus of alligatoroid crocodilians within the family Alligatoridae and order Crocodylia. These semi-aquatic reptiles were widespread across Europe during the Paleogene and are considered important for understanding the early evolution of modern crocodilians. Diplocynodon species were typically smaller than many modern crocodiles, with broad snouts and powerful jaws adapted for capturing fish and small vertebrates in freshwater environments.Tooth Morphology and Functional AdaptationThis fossil tooth displays the classic conical shape typical of crocodilian dentition, designed for gripping and holding prey rather than slicing. The enamel surface may exhibit natural texture and wear patterns, reflecting its original function within the jaw. The robust structure and pointed apex highlight the efficiency of Diplocynodon as a predator. The fossilisation process has preserved these features well, with mineralisation contributing to its distinct colour and surface character.Palaeoenvironment and Ecological RoleDuring the Eocene, the Isle of Wight supported a rich and diverse ecosystem of freshwater and lagoonal habitats. Diplocynodon occupied a key role as an apex or mid-level predator within these environments, feeding on fish, amphibians, and small vertebrates. Fossils from the Bembridge Marls provide valuable insight into these ancient ecosystems, helping to reconstruct the biodiversity and environmental conditions of prehistoric Britain.Collector Appeal and Display ValueCrocodile teeth from the Bembridge Oyster Bed are highly sought after due to their rarity and strong connection to a well-documented fossil assemblage. This specimen combines scientific importance with visual appeal, making it an excellent addition to any fossil collection. Its identifiable form and excellent preservation make it suitable for collectors, educators, and enthusiasts of vertebrate palaeontology.Authenticity, Provenance and PresentationThis fossil has been carefully chosen for its authenticity, condition, and aesthetic presentation. It is a genuine piece of prehistoric life, professionally prepared and ready for display. Full sizing can be confirmed via the provided photographs, ensuring transparency before purchase. Each specimen is unique, preserving a fragment of an ancient crocodilian that once inhabited the Eocene wetlands of the Isle of Wight.
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