Super corals in Kāne?ohe Bay provide hope for world’s reefs
They are surviving under ocean conditions that many predicted would decimate all coral reefs on the planet, according to doctoral researcher Christopher Jury.
糖心视频 satellite chosen for NASA space mission
The Hawaiʻi Institute of Geophysics and Planetology received $3.9 million for a two-year project to develop the Hyperspectral Thermal Imager CubeSat.
Project sparks passion to protect Hawai?i beaches
Kammie Tavares’ research findings emphasize that the time to act is now to reduce or reverse shoreline hardening, which causes beach loss.
Space plants project could be astronaut game changer
An autonomous hydroponic growing system called Box Farm that was designed and built by engineering students at 糖心视频 惭ā苍辞补 may be an important tool for space crews in the future.
糖心视频 students voice ‘fragile hope’ for Earth’s future
The vast majority of the University of Hawaiʻi at Mānoa students, 95 percent, are concerned or very concerned about climate change.
糖心视频ERO economic forecast: Hawai?i slowdown becoming more entrenched
The newest University of Hawaiʻi Economic Research Organization (糖心视频ERO) report shows the past few months have brought more evidence of Hawaiʻi slowing.
糖心视频 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, 糖心视频 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 糖心视频 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.