UH investigating effect of Kīlauea eruption on ocean microbes and ecosystem
A rapid-response team of scientists, led by David Karl, returned from a four-day boating expedition to Kapoho on Hawaiʻi Island.
A rapid-response team of scientists, led by David Karl, returned from a four-day boating expedition to Kapoho on Hawaiʻi Island.
With technology called Wave Gliders, scientists have the rare opportunity to study the effects of the lava entering the ocean.
Hawaiʻi CC has partnered with The Salvation Army to provide meals to residents displaced by the Puna lava flow and Kīlauea ash eruption who are staying at emergency shelters in Pāhoa and Keaʻau.
Bruce Houghton at the School of Ocean and Earth Science and Technology is helping to improve fundamental knowledge of eruption behaviors.
UH Hilo is providing real-time chemistry analysis of lava samples to U.S. Geological Survey scientists to help determine how the lava will behave and how fast it will move.
The project, led by volcanology Professor Ken Rubin, seeks to inform why the current volcanic situation is occurring and will help to predict future eruption activity.
Katherine Mulliken came back to Hilo from Alaska to help with the U.S. Geological Survey’s Hawaiian Volcano Observatory response.
Professors, scientists and students are providing valuable expertise and resources to help officials assess hazards and decide how to respond.
The Kīlauea eruption has generated extensive news coverage and UH Mānoa’s School of Ocean and Earth Science and Technology experts have been sought by local, national and international media to provide background and information.
Bruce Houghton and nine past or present School of Ocean and Earth Science and Technology graduates are working 24/7 at the Hawaiian Volcano Observatory monitoring the Kīlauea eruption.