Now that the lava flow is entering the ocean at Kapoho Bay, researchers are using autonomous ocean robots, an unmanned technology, to capture live ocean data close to the entry area.
UH Hilo has been analyzing lava flow samples from Kīlauea since 2013 but the composition barely changed. Then came May 2018 and a dramatic change.
Katherine Mulliken works as a geologist for the Division of Geological and Geophysical Surveys, a partner of the Alaska Volcano Observatory, but was sent back home to help with the USGS Hawaiian Volcano Observatory response to the 2018 Kīlauea eruption.
UH Hilo professors, scientists and students are providing valuable expertise and resources on multiple fronts, helping government officials assess the hazards to the public and its personnel, and decide where and how to respond.
Preliminary results of study show different neighborhoods have different infrastructures in place to help people cope with natural disasters.
Two experts on unmanned aerial vehicles will discuss UH Hilo’s mapping effort of the Puna lava flow and show off their UAVs.
Mark Kimura will present results from his June 27th Lava Flow Social Impact survey, and illustrate the uncertainties regarding the social impact of the lava flow.
The former flow front stopped just short of the Pāhoa Transfer Station early last month, creating a perfect viewing area for the public.
The students viewed seven different learning stations hosted by scientists and experts from Civil Defense, UH Hilo’s Center for the Study of Active Volcanoes, UH Hilo Department of Geology, and Hawai‘i Electric Light Company.
The Discovery Chanel’s video includes an excellent explanation of how the lava mapping is done from the UAV flights in the field to the data analysis and mosaic creation done at the UH Hilo Spatial Data Analysis and Visualization Laboratory.