Could adding iron to the ocean solve some climate change problems?
A study explores the potential of ocean iron fertilization as a low-cost, scalable and rapidly deployable method of marine carbon dioxide removal.
A study explores the potential of ocean iron fertilization as a low-cost, scalable and rapidly deployable method of marine carbon dioxide removal.
These projects are among 39 nationwide that have been awarded a total of $36 million in funding.
The project also aims to advance next generation science education nationwide.
A UH-led project earned the distinguished Award of Merit from the American Institute of Architects Honolulu.
A teen disaster preparedness training program is part of the film Healing Lahaina.
Global Environmental Science student Malia Martin is merging her love and respect for place, care for community, and passion for science.
The Summer Bridge program includes lessons and group activities on transitioning to college life, utilizing university resources and Hawaiʻi’s unique culture.
The trip to Wake Island and Johnston Atoll will provide new and comprehensive insights into the historic and potential future role of these two places as biological stepping-stones for movement of marine species.
UH Mānoa faculty and students participate in a summer course focused on urbanization, climate change and resilience challenges.
The project has completed the first concrete reef structure, and full production is now underway for 60 units.