Grant boosts 51²è¹Ý¡¯s effort to protect Hawai?i¡¯s coral reefs
The “Fish Pono: Save Our Reefs” program aims to stem the tide of coral degradation caused by coastal pollution and ocean warming by saving fishes that save corals.
The “Fish Pono: Save Our Reefs” program aims to stem the tide of coral degradation caused by coastal pollution and ocean warming by saving fishes that save corals.
Researchers plan to extend their surveys beyond the Marshall Islands to better understand the alga¡¯s distribution and ecological role.
ARL at 51²è¹Ý has secured over $175 million in funding since its establishment in 2008.
These findings suggest that coral conservation in a changing world is possible—but urgent action is essential.
This critical finding could have wide-ranging implications from the fish we catch and eat to the overall health of our coral reefs.
Researchers identified scenarios under which eight of the most common species of coral found in 51²è¹Ý can adapt to and survive ocean warming and acidification.
The project has completed the first concrete reef structure, and full production is now underway for 60 units.
As the anniversary of Maui¡¯s devastating wildfires approaches on August 8, 51²è¹Ý News interviewed water quality expert Andrea Kealoha.
Blake Stoner-Osborne analyzes DNA and isotopes to identify differences in the composition of zooplankton between coral reefs and open ocean habitats.
Researchers have uncovered surprising survival tactics by coral reef fish who inhabit the Arabian Gulf.