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Fossil amphibian | Sclerocephalus haeuseri | Odernhein, Palatinate, Germany
Fossil amphibian | Sclerocephalus haeuseri | Odernhein, Palatinate, Germany
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- Origin: Odernhein, Palatinate, Germany
- Size: H60cm W155cm D9cm
- Description: This beautiful specimen of Sclerocephalus haeuseri is one of the most complete preserved tetrapods from the Paleozoic era. A fascinating fossil of an adult amphibian, showing a robust skeleton and the characteristics of an ancient temnospondyl that lived in the cold waters of lakes during the Early Permian. The amphibian had an elongated, salamander-like body with a broad, flat skull and small teeth adapted for catching small fish and reptiles.
- The preparation of the specimen is flawless, with no restoration, highlighting the natural beauty of the fossil in its original state. The amphibian's skeleton stands out strikingly against the golden-brown matrix, adding to its visual appeal.
- This specimen is incredibly rare and valuable because the original quarry where it was found has been closed since 1986, making such discoveries inaccessible today. The fossil provides a glimpse into a long-gone world where this ancient amphibian lived in freshwater habitats and was adept at adapting to both aquatic and terrestrial habitats.
- Additional information: Fossils of Sclerocephalus haeuseri are of great importance for understanding the evolution and diversity of early tetrapods during the Permian. These fossils have been discovered in various locations, including Germany, and are often found in freshwater sediments. The study of Sclerocephalus haeuseri provides valuable insights into the paleoecology and evolutionary adaptations of amphibians and contributes to our knowledge of ancient freshwater ecosystems. This species is also an important index fossil that helps scientists date and correlate rock formations from the Early Permian. The well-preserved specimens provide detailed information about the skeletal anatomy and functional morphology of these ancient tetrapods and provide insights into their biology and ecology.
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