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.
The study offers insights into the motives behind student drinking and potential strategies to mitigate its harmful effects.
UH astronomers helped gather data that reflects our cosmic neighborhood is 10 times larger in volume.
Wearable sensors are crucial in continuously monitoring vital signs and other health indicators.
Endangered Hawaiian monk seals and other marine life have benefitted from 25 years of large-scale marine debris removal in the Northwestern Hawaiian Islands according to the cover story in the current issue of Science.
Researchers identified scenarios under which eight of the most common species of coral found in Âé¶¹´«Ã½ can adapt to and survive ocean warming and acidification.
Shoichi Iwasaki and Rumiko Shinzato published a first of its kind Okinawan language textbook for English speakers.
Witnessing cancer in his Hawaiian family members drives Ryan Shontell to make a difference.
Katie Lee found that the PKM2 enzyme is essential for the heart?s energy production and stress management.
Between 59 million to 51 million years ago, Earth experienced dramatic warming.