In 1996, researchers discovered irregularly shaped
white lesions on elkhorn
corals off Key West, Florida, that were killing the thin layer of living tissue that sheaths the limestone
skeleton of
coral colonies.
Charlie had seen his first patch of
coral bleaching off the Great Barrier Reef's Palm Island in the early 1980s, a tiny clump of
white skeleton that he photographed as a curio.
Coral reefs are threatened by rising water temperatures, ocean acidification, and sea - level rise.3, 5 Coral reefs typically live within a specific range of temperature, light, and concentration of carbonate in seawater.6 When increases in ocean temperature or ultraviolet light stress the corals, they lose their colorful algae, leaving only transparent coral tissue covering their white calcium - carbonate skeletons.6 This phenomenon is called coral bleac
Coral reefs are threatened by rising water temperatures, ocean acidification, and sea - level rise.3, 5
Coral reefs typically live within a specific range of temperature, light, and concentration of carbonate in seawater.6 When increases in ocean temperature or ultraviolet light stress the corals, they lose their colorful algae, leaving only transparent coral tissue covering their white calcium - carbonate skeletons.6 This phenomenon is called coral bleac
Coral reefs typically live within a specific range of temperature, light, and concentration of carbonate in seawater.6 When increases in ocean temperature or ultraviolet light stress the
corals, they lose their colorful algae, leaving only transparent
coral tissue covering their white calcium - carbonate skeletons.6 This phenomenon is called coral bleac
coral tissue covering their
white calcium - carbonate
skeletons.6 This phenomenon is called
coral bleac
coral bleaching.