Hormones vs. environment: How fish tolerate constant change
CTAHR researchers examine how fish adapt to fluctuations in water salinity, temperature and chemical content.
CTAHR researchers examine how fish adapt to fluctuations in water salinity, temperature and chemical content.
New findings show the fungal disease could be exacerbated by the presence of ungulates or animals with hooves.
Kumu develop fresh strategies to safeguard ±á²¹·É²¹¾±ʻ¾±¡¯²õ cultural sites and practices.
The study involves a diverse multidisciplinary collaboration probing the socioecological determinants of diabetes risks in Native Hawaiians and Pacific Islanders.
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.
This collection of oscillating red giants will be used for unprecedented detailed studies using telescopes on Maunakea.
Researchers studied how the presence of friends versus strangers affected how fish responded to a predator threat.
Researchers seek to improve nitrogen management and better understand the global nitrogen cycle.
IfA astronomers investigate a unique solar magnetic eruption observed during the 2020 total solar eclipse from Argentina.