Did you know pilot whales can suffer from decompression sickness, just like human divers? These deep-diving cetaceans typically avoid surfacing too quickly, but naval sonar activity has been linked to disrupted dive patterns that may cause gas bubble lesions in their tissues, a condition strikingly similar to "the bends" in humans. Their melons, the fatty structures on their foreheads, are not just for show, they help focus echolocation clicks into directional beams, a critical adaptation for hu

Using 100% oxygen for diving does allow more nitrogen offgassing and therefore a diver (in theory) has less "silent bubbles". A decompression stop is the period a diver must spend at a relatively shallow constant depth during ascent after a dive to safely eliminate absorbed inert gases from the body tissues sufficiently to avoid decompression sickness. Denz Segovia Abaser #dive #oxygen | Ghaz Wild