Compounds released by bleaching coral reefs promote bacteria
New research revealed that when coral bleaching occurs, corals release unique organic compounds into the surrounding water that promote bacterial growth.
New research revealed that when coral bleaching occurs, corals release unique organic compounds into the surrounding water that promote bacterial growth.
Sara Kahanamoku-Meyer, Camille Pagniello and Christopher Wall were awarded Early Career Research Fellowships.
Researchers found that there was a tradeoff for corals dominated by the thermally sensitive algae—they have higher growth, but only in cooler water.
In collaboration with the community, UH researchers are sampling West Maui reefs to assess the impact from the toxic ash from the devastating Lahaina wildfire.
Thirteen of the 16 team members who were involved have ties to UH.
UH Mānoa researchers created maps of coral biochemistry that reveal with detail the distribution of compounds that are integral to the healthy functioning of reefs.
Jasmine Chang’s project aims to incorporate Indigenous knowledge into marine science and help keep plastic out of the ocean.
The UH Hilo research team’s study finds that every curve and every angle of a coral colony sustains an array of marine species.
An international scientific research expedition, including local partners at UH, aims to recover a record of past climate and reef conditions off the coast of Hawaiʻi Island.
This milestone was conducted in Kāneʻohe Bay at HIMB and heralds a new age for cryopreservation and coral conservation.