How does angler fish move

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This is called the epipelagic zone. As you move deeper into this alien universe and approach the depth of meters, your surroundings become dark rapidly, and you can barely make out the shapes of organisms. You are now in the mesopelagic zone, the twilight zone. Below meters bathypelagic zone , the underwater world outside your submarine window becomes completely dark.

To reach the bottom of the ocean, however, you would still have to descend about four times as deep as you are now! Moving deeper into the blackness, you see a tiny light in the inky depths abyssopelagic zone. It uses this surprising adaptation to lure prey out of the dark and close enough for its razor-toothed jaws to strike.

The end of this structure is inhabited by large numbers of bioluminescent bacteria, which provide the anglerfish with its glow.

You might think such an extreme adaptation would be a rarity, but in fact many species have the ability to bioluminesce. Other predatory deep-sea fish use bioluminescent light to confuse prey, to see their prey, to startle predators, to attract mates, and more. Lots of non-fish species use bioluminescence as well — some bacteria, sponges, jellyfish, crustaceans, segmented worms, squids, sharks, and even plenty of terrestrial species like fireflies. Tuset, P.

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