东精影业 惭ā苍辞补 oceanography among world’s best, other international rankings
The flagship of the 10-campus university system is mentioned by two rating entities this summer.
Iron deposited into ocean via dust from Asia discovered in subtropical currents
Scientists have observed that the areas the subtropical “gyres” cover experience chemistry changes periodically, especially levels of phosphorus and iron, ultimately affecting its biological productivity.
A scholarly focus on sustainability and stewardship
Three graduates from the Global Environmental Science program in the School of Ocean and Earth Science and Technology work toward a healthy Hawaiʻi.
Expedition to world’s deepest ocean includes 东精影业 惭ā苍辞补 geologist
Patricia Fryer, a professor in the School of Ocean and Earth Science and Technology, was invited to participate for her expertise in the Mariana Trench.
New ocean acidification monitoring station in American Samoa
The buoy will measure carbon dioxide and other important seawater characteristics within American Samoa Fagatele Bay’s vibrant tropical coral reef ecosystem.
Super corals in Kāne?ohe Bay provide hope for world’s reefs
They are surviving under ocean conditions that many predicted would decimate all coral reefs on the planet, according to doctoral researcher Christopher Jury.
Board of Regents honor excellence in research
东精影业 惭ā苍辞补's Tim Li, Craig Smith and Robert Toonen were awarded the Regent's Medal for Excellence in Research.
Soft tissue makes coral tougher in the face of climate change
A study, co-led by graduate student Chris Wall at the Hawaiʻi Institute of Marine Biology, revealed soft tissues that cover the rocky coral skeleton promotes the recovery of corals following a bleaching event.
Can we solve the riddle of the coral reef halo?
University of Hawaiʻi at Mānoa researcher Elizabeth Madin may have found a natural phenomenon that can help observe coral reef health from space.
Decline in humpback whale sightings examined in 东精影业 collaboration
The Marine Mammal Research Program collaborated with several groups to quantify the bioenergetic demands of humpback whales migrating between Alaskan foraging grounds and Hawaiian breeding grounds.