Scientists rediscover lost Megalodon fossilsāand reveal a 79-foot giant
AI Summary
Recent research has brought new light to the biology of Otodus megalodon through the rediscovery of vertebrae specimens previously thought lost during a 1989 archival destruction. Found sitting unidentified in a museum collection, these massive fossils allowed scientists to conduct a comprehensive morphometric analysis. The study suggests that Megalodon was significantly larger than previously estimated, potentially reaching lengths of 24 meters, or 79 feet. Furthermore, the findings indicate that these prehistoric apex predators possessed a remarkable longevity of nearly 100 years and gave birth to relatively enormous offspring measuring up to 3.6 meters. This discovery provides critical data on the life history and growth patterns of the largest predatory shark in Earth's history, highlighting the importance of museum curation in paleontological research.
Key Discovery
The rediscovery of misplaced Megalodon vertebrae reveals that the species could reach lengths of 24 meters and live nearly a century, with newborns measuring 3.6 meters.
Geological Age
Neogene
Taxonomic Groups
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