Megalodon, a massive ancient shark, had a cartilaginous skeleton, making its exact size difficult to determine. Most size estimates are based on well-preserved teeth and some vertebrae fossils. Understanding its size and biology helps scientists infer its role in prehistoric marine ecosystems and its impact on the evolution of other marine species, especially whales.
Related Posts
From cod logs to frog bogs: we catalogued 400 ways to help species survive a warmer world
‘Cod logs’ placed in the Mary River can give fish a safe place to shelter. © Caitlin Jones,…
January 30, 2025
Corals and sea anemones turn sunscreen into toxins – understanding how could help save coral reefs
Many places have banned sunscreens with certain chemicals in an attempt to help protect coral reefs. Westend61 via…
May 25, 2022
2 biggest threats to wombats revealed in new data gathered by citizen scientists
Sonijya/Shutterstock Julie Old, Western Sydney University and Hayley Stannard, Charles Sturt University Launched in 2015, WomSAT (Wombat Survey…
November 8, 2023
Researchers Identify New Methane-Producing Microbe Species in the Human Gut
Scientists have discovered a new methane-producing microbe in the human gut, offering fresh insight into how archaea may influence digestion, inflammation, and disease.
May 16, 2025
