Coral reef biodiversity predicted to shift as climate changes
Research led by scientists at UH Mānoa reveals that the species which dominate experimental coral reef communities shift due to climate change.
Research led by scientists at UH Mānoa reveals that the species which dominate experimental coral reef communities shift due to climate change.
To build capacity in fish life history studies, training in Indonesia was led by scientists from UH Mānoa and Windward Community College.
The guide provides a consistent science-based framework to discuss, categorize, track and evaluate marine protected areas.
The juvenile corals raised from this trans-Caribbean coupling represent the largest wildlife population ever raised from cryopreserved material.
This represents a breakthrough for studying the population dynamics of ʻopihi in Âé¶¹´«Ã½ that can be used to better develop sustainable fishing approaches.
Michaela Johnson discovered that ±á²¹·É²¹¾±ʻ¾±¡¯²õ intertidal waters can sometimes reach temperatures that lead to higher mortality of marine snails.
Sterling will join UH Mānoa in this leadership role on January 3, 2022.
Researchers discovered a corallimorph recently changed and became much more invasive in reefs at Palmyra Atoll.
UH Health and Stranding Lab conducted a necropsy and published the first report of morbillivirus discovered in a Fraser¡¯s dolphin.
The 15-day scientific research voyage is aimed at collecting data to develop strategies for climate change.