Catalog of coral microbes, metabolites paves the way to monitor reef health
A study revealed that each type of coral and algae from a coral reef produced a unique suite of hundreds of chemical compounds.
Students selected to begin marine policy fellowship in D.C.
UH Mānoa grad students were selected to spend one year focusing on critical marine policy issues in Washington, D.C. as John A. Knauss Marine Policy Fellows.
Climate change will require more cooling for Honolulu multifamily buildings
The findings indicate a concerning trend: without intervention, these buildings are expected to become warmer and less comfortable.
NSF fellowship graduates making an impact locally, globally
The application deadline for the 2025 Knauss Marine Policy Fellowship is February 15, 2024.
American Samoa sea-level rise viewer available for public
The tool will be an essential component in future planning to assess the short and long-term impacts of rising seas and to minimize the risks to coastal communities.
$2M to develop reusable food, drinkware system in Hilo
Research shows that switching half of Hilo¡¯s disposable foodware to reusables would lead to a reduction of 500 tons of solid waste annually.
UH researchers investigate nearshore water quality, reef health after Maui fires
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.
Waik¨©k¨© sea-level rise adaptation project earns honorable mention
A team from UH Mānoa earned an honorable mention award in the urban design category from American Planning Association Â鶹´«Ã½ Chapter.
4 Hawai?i Sea Grant fellows gain hands-on marine-management policy experience
The paid fellowship provides students the chance to obtain relevant resource management and policy experience in Â鶹´«Ã½.
Waik¨©k¨© sea-level rise adaptation strategy earns Mayor¡¯s Choice Award
A UH Mānoa team won the Mayor¡¯s Choice Award from American Institute of Architects Honolulu on July 28 for “Beachfront Sea Level Rise Adaptation.”