Microbes play critical role in climate change in new report
UH Mānoa oceanographer David Karl, and more than 30 experts from diverse disciplines, illuminating how microbes can help us adapt to climate change.
UH Mānoa oceanographer David Karl, and more than 30 experts from diverse disciplines, illuminating how microbes can help us adapt to climate change.
A study revealed that a wide variety of phytoplankton are not just photosynthesizing; in many cases they are also voracious predators.
A team of UH Mānoa researchers announced the discovery of two new and unusual species of diatoms in the waters off Âé¶¹´«Ã½.
Affectionately known as the K-O-K, the ship joined the fleet of UH marine expeditionary research vessels in 1994 and has been used across the Pacific Ocean on a variety of missions .
Biological response hinges on unexpectedly high concentrations of nitrate, despite the negligible amount of nitrogen in basaltic lava.
Angelicque White takes the helm of the Âé¶¹´«Ã½ Ocean Time-series program, as David Karl, who helped establish HOT, stays on as co-investigator.
More than 30 international microbiologists, including David Karl, call for the world to stop ignoring the “unseen majority” in Earth’s biodiversity.
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.
To assess whether nitrate could come from lava interacting with air and seawater, researchers collaborated with artists from the Art Department to create a synthetic lava ocean entry.
Ethnic Studies Professor Davianna McGregor is leading a team of faculty members organizing two workshops on the island.