Thuringia discovers a new type of fossil: Diadectes triple -scenis reveals secrets

Thuringia discovers a new type of fossil: Diadectes triple -scenis reveals secrets

In Thuringia, the collaboration between archaeologists and scientists is becoming increasingly fertile, especially in a region that is known for their extraordinary fossil finds. This cooperation opens up new perspectives on the history of the earth and contributes to networking the scientific community internationally.

Scientific cooperation in Thuringia

In a region that is known as UNESCO Global Geopark Thuringia Inselsberg - three similar ones, an interdisciplinary team has started a remarkable project. The research project, which has been running since 2020, includes a partnership between the Museum für Naturkunde Berlin, the Friedenstein Foundation Gotha, the Friedrich-Schiller-Universität in Jena and the Geopark itself.

Fossil analysis and exciting discoveries

The Bromacker Fossilfundstätte is famous for the well-preserved remains of a variety of prehistoric agricultural animals from a time of 290 million years ago. In particular, the discoveries of diadectomorphic skeletons such as Diadectes Absitus and Orobates Pabsti are of great importance. Modern technologies such as computer tomography (CT) were used in the current research to analyze the fossils in detail. This method makes it possible to make important features of living beings visible that would have remained undetected using traditional methods.

Effects on the community and the inheritance

The importance of these discoveries extends beyond science; They also have an impact on the local community. Thuringia not only achieves international reputation in archaeological research, but also attracts tourists and scientists who want to experience the fossils and the research results up close. The honor of a new species, the diadectes triple -scenis, the name of which is inspired by the geopark, underlines the connection between science and local identity.

Important discoveries and their relevance

Research has shown that the bromacker diadectomorphic have special adjustments in the jaw structure that helped them to shred their vegetable food more efficiently. These discoveries give light on the evolutionary development of modern food pyramid and give us valuable insights into early ecosystems. Jasper Ponstein, one of the researchers, emphasizes: "The data show how living things adapt to their surroundings and develop what is essential for our understanding of evolutionary biology."

Overall, research in Thuringia shows how important archaeological discoveries are not only for science, but also for society. The geopark and the institutions involved make an important contribution to recording and maintaining our natural heritage.

- Nag