Groundwater discharge found to alter coral reef ecosystems
New 51²è¹Ý study reveals how just the right amount of groundwater can boost coral reef productivity while too much causes harm.
New 51²è¹Ý study reveals how just the right amount of groundwater can boost coral reef productivity while too much causes harm.
A new 51²è¹Ý study finds that beautiful reefs rich in colorful, unique fish boost both biodiversity and local economies.
Coral reefs are shifting toward cooler waters, but without urgent climate action, most won¡¯t survive the century.
Professor Mark Hixon is ranked among the world's top 20 coral reef scientists for his lifetime research contributions.
Tyra Arends studied thermally resilient coral and its restoration efforts.
McManus is recognized for notable efforts to investigate how climate change impacts coral reef ecosystems.
In the future, the team aims to continue discovering how chemical features can inform coral reef management and be used to advance coral restoration success.
HIMB identified 10 new species of marine sponges found in Kāneʻohe Bay using an innovative technique.
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.