Here is what the page “How plunge-diving seabirds like gannets survive 70 mph ocean impacts” contains. A northern gannet can spot fish from 100 feet above the sea, then fold its wings and plunge into the water at speeds reaching 70 miles per hour. The impact is violent, yet the bird surfaces unharmed—a feat that has long puzzled scientists. New research reveals that these birds possess reinforced vertebrae, a key adaptation that allows them to withstand the extreme forces of high-speed diving without breaking their necks.
This discovery explains how gannets, boobies, and other plunge-diving seabirds routinely execute dives that would be fatal for most other animals. The findings matter beyond ornithology: understanding the biomechanics of impact resistance could inspire safer designs for helmets, vehicles, and other protective gear. By studying how nature solves the problem of sudden deceleration, engineers may develop better ways to protect humans in high-impact scenarios. For the complete material, the listing points back to the source inside the network.