Events Highlights

Recent ARCS Events

Scholar Update: Marine Biologist Shayle Matsuda

Shayle Matsuda at ocean overlook“The increasing frequency and severity of global coral bleaching events, the devastation to reef ecosystems and the communities who rely on them led to my dedication to coral reef conservation.”

As a University of Hawai‘i at Manoa doctoral candidate, 2019 Honolulu ARCS Scholar Shayle Matsuda pioneered new molecular techniques to study symbioses between coral, algae and bacteria. He continues that work as part of an international coral reef restoration project under a 2021 David H. Smith Conservation Research Fellowship—a premier postdoctoral program in conservation science that supports early-career scientists and seeks solutions to the most pressing conservation challenges.

Scholar Update: Oceanographer Amy Baco-Taylor

Dr. Amy Baco-Taylor onboard research ship

“Because most species in the deep sea are slow growing and long-lived, deep-sea species are actually more vulnerable to human impacts than many shallow-water ecosystems.”

– 1999 Honolulu ARCS Scholar Dr. Amy Baco-Taylor, explaining the importance of her research on deep sea ecosystems in a Q&A on the Florida State University website where she is now a professor in the Department of Earth, Ocean and Atmospheric Science. Read the profile

Scholar Update: Lunar Luminary Paul Lucey

Dr. Paul Lucey in labsuit

"When I began research in planetary science as an undergraduate, I saw it as a tangible way to explore space and make meaningful contributions to that endeavor. As time passed, I have enjoyed helping many students do the same, and watch them become successful scientists."

1987 Honolulu ARCS Scholar Dr. Paul Lucey received the NASA Eugene Shoemaker Distinguished Scientist Medal recipient for lifetime achievement in the study of the Moon and other rocky planets. A professor in the University of Hawai‘i at Manoa's Hawai‘i Institute of Geophysics and Planetology, he has been instrumental in developing imaging spectrometers for NASA. His use of hyperspectral imagery to efficiently map lunar materials and quantitative modeling of near-infrared spectra have generated key insights regarding the composition of the lunar crust and interior. Read more