Parental experience may help coral offspring survive climate change
Preconditioning adult corals to increased temperature and ocean acidification resulted in offspring that may be better able to handle those future environmental stressors.
Preconditioning adult corals to increased temperature and ocean acidification resulted in offspring that may be better able to handle those future environmental stressors.
Ruth D. Gates' research project to stabilize and restore coral reefs receives funding from Paul G. Allen's Vulcan Inc.
Three key University of Hawaiʻi staff contributed to Hawaiian voyaging canoe Hōkūleʻa’s exploration and research at Australia’s Great Barrier Reef.
UH Hilo researchers partner with South Kohala community to study and improve coral reef health.
The Hawaiʻi Institute of Marine Biology was awarded $24,650 from the Disney Worldwide Conservation Fund for coral reef research.
After the worst coral bleaching event ever recorded in Hawaiʻi, the Hawaiʻi Institute of Marine Biology researhers are diligently monitoring affected coral reefs in Kāneʻohe Bay.
Ruth Gates, a UH Mānoa researcher, presents “The Wonderful World of Corals: Harnessing Basic Science to Address an Ecological Crisis.”
A novel proposal by UH Mānoa zoology graduate student John Burns has earned him a coveted spot as a finalist in the Rolex Awards for Enterprise.
Ruth Gates, a Hawaiʻi Institute of Marine Biology researcher, wins competition with a proposal to develop super corals resilient to ocean acidification.
A Hawaiʻi Institute of Marine Biology video received honorable mention in the 10th annual International Science and Technology Visualization Challenge.