东精影业ERO economic forecast: Hawai?i slowdown becoming more entrenched
The newest University of Hawaiʻi Economic Research Organization (东精影业ERO) report shows the past few months have brought more evidence of Hawaiʻi slowing.
东精影业 惭ā苍辞补, international partners awarded $6M to study HIV, TB in children
The John A. Burns School of Medicine is part of an international team of researchers awarded $6M to study how HIV puts children at greater risk of contracting and dying from TB.
Sumida Farm, 东精影业 researchers collaborate on water sustainability
University of Hawaiʻi at Mānoa researchers are working with a third-generation farming family to better understand challenges to their livelihoods on Oʻahu.
Place-based management can protect coral reefs in a changing climate
Researchers from multiple 东精影业 units have developed and applied a new technology identifying where ecosystems are vulnerable to human activities.
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.
Nobel Prize winner sees 东精影业 at forefront of physics, astronomy future
Nobel Laureate Arthur B. McDonald sees that the work done with the faculty at 东精影业 惭ā苍辞补 leads the world on a number of fronts.
东精影业 astronomer’s planet prediction verified in Star Wars-like system
This discovery cements the system's title as the most interesting of the binary-star worlds, and marks the first complete planetary system around a binary star.
Coral reef bacteria synchronize changes across vast distance
Study reveals previously invisible microbial aspect, says Craig Nelson, assistant professor of oceanography in the School of Ocean and Earth Science and Technology.