Saving coral reef fisheries with management areas
The study found that marine management areas are too small and allow some human use within their boundaries, limiting their ability to restore depleted fisheries.
Surprising growth rates discovered in deepest photosynthetic corals
The study alters the assumption that deep corals living on the brink of darkness grow extremely slowly.
Threat to coral found through bacteria
Researchers investigated the role of each component, host organisms, viruses, bacteria and metabolites, in coral-turf algal interactions.
Coral-saving techniques prove effective, research shows
A UH researcher said most species have a lot in common, which would allow the use of many of the same coral saving techniques.
Without visitors, Hanauma Bay conditions improve
UH Mānoa researchers are using the closure to monitor the impacts on marine life at Hanauma Bay.
Coastal pollution reduces genetic diversity of corals, reef resilience
SOEST researchers found that human-induced environmental stressors have a large effect on the genetic composition of coral reef populations in Â鶹´«Ã½.
Nutrient pollution, ocean warming negatively affect early life of corals
Researchers found the survival and development of coral in its first days of life was negatively affected by elevated nutrients and an increase in water temperature.
Climate change could kill coral reefs by 2100, UH led study says
A UH ²Ñ¨¡²Ô´Ç²¹ study says that rising sea surface temperature, wave energy, acidity, pollution and overfishing have created a grim future for corals.
Studying human disease reveals coral disease risk factors
A team of researchers, led by Jamie Caldwell, used a human epidemiology technique to determine ecological risks affecting two coral diseases.
Microalgae help corals tolerate environmental stress
New research found that Hawaiian rice coral in Kāneʻohe Bay hosts more heat-tolerant symbiotic microalgae in their tissues compared to corals in deeper waters.