Fossil Discovery in Southern France Holds Global Significance

Published by Cédric - Saturday, February 17, 2024 - Other Languages: FR, DE, ES, PT
Article Author: Cédric DEPOND
Source: Nature Ecology & Evolution

In the south of France, a newly unearthed fossil site of global significance has recently been discovered. This finding, made by a couple of amateur paleontology enthusiasts, Eric and Sylvie Monceret, has unveiled nearly 400 fossils of exceptional quality, dating back to about 470 million years ago. Nestled in the Montagne Noire, in the Hérault department, this site, named the Cabrières biota, offers a unique glimpse into the polar ecosystems of the Early Ordovician.


Reconstruction of the Cabrières biota.
Credit Christian McCall

Analyses conducted by scientists from the University of Lausanne (UNIL) in collaboration with the CNRS and international teams have revealed a remarkable diversity of organisms. Arthropods, cnidarians, algae, and sponges have been identified among the fossils, thus providing clues about the composition of marine ecosystems at the time. This discovery also suggests that the region served as a refuge for species fleeing the high temperatures of equatorial areas.

According to Farid Saleh, a researcher at UNIL and lead author of the study, this period of intense global warming led polar communities to seek refuge in high-latitude regions to escape extreme temperatures. This observation sheds valuable light on the implications of current climate change.

The specimens discovered at Cabrières exhibit exceptional preservation, with soft elements such as digestive systems and cuticles perfectly conserved. The excavations, which will continue for several more years, will deepen our understanding of these ancient organisms through innovative imaging techniques.



Credit Farid Saleh - UNIL

This discovery also provides insights into the evolution of marine ecosystems during the Ordovician. Indeed, the diversity of taxa identified, as well as the presence of fossils reminiscent of Cambrian species, challenges our understanding of biodiversity evolution during this period.

The discovery of the Cabrières biota opens new perspectives in the field of marine paleontology. It underscores the importance of collaborative research efforts between passionate amateurs and professional scientists to document and understand our geological past.
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