Oceanography student makes deep-sea wonders visible, accessible
Blake Stoner-Osborne analyzes DNA and isotopes to identify differences in the composition of zooplankton between coral reefs and open ocean habitats.
Blake Stoner-Osborne analyzes DNA and isotopes to identify differences in the composition of zooplankton between coral reefs and open ocean habitats.
Two graduate students and a postdoctoral researcher were selected to be National Microbiome Data Collective Ambassadors of 2024.
The project will build long-term climate resilience by restoring forest, watershed, coastal and marine ecosystems and through improved co-management and community governance of resources.
UH scientists found that Marine Protected Areas are having a positive spillover effect, producing more “trophy-size” fish just outside of the fully protected areas.
Jennifer Griswold¡¯s research will aid scientists and policymakers in making decisions to protect community health, improve air quality and prepare for future wildfires.
Scientists and kiaʻi loko (fishpond practitioners) are using drone technology to aid their efforts to restore and ensure the resilience of Native Hawaiian fishponds.
Researchers have uncovered surprising survival tactics by coral reef fish who inhabit the Arabian Gulf.
UH researchers are able to forecast El Niño Southern Oscillation events up to 18 months ahead of time—significantly improving climate model forecasting.
The severity of anxiety and depressive symptoms in the planetary science community is greater than in the general U.S. population.
A UH student group was selected to launch their satellite to space through NASA¡¯s CubeSat Launch Initiative.