Williams / Miyake-jima / Gulf / Ningaloo / Canberra / Thuwal / San Diego / Townsville / Moorea / /
Company
Banks SA / Carroll AG / Creative Commons / /
Country
Saudi Arabia / French Polynesia / South Africa / Japan / Australia / / /
Event
Environmental Issue / Natural Disaster / /
Facility
King Abdullah University of Science / Swansea University / James Cook University / /
IndustryTerm
reef systems / food processing / food supply / southernmost site / similar wave energy / i.e. site / wave energy / oceanic coral reef systems / reagents/materials/analysis tools / tropical reef systems / /
NaturalFeature
mountain Lidgbird / Red Sea / Increasing ocean / Howe Islands / Howe Island / Great Barrier Reef / Tiahura Reef / Defining reef / mountain Mt Gower / Northwestern Hawai’ian Islands / Indian Ocean / /
Organization
ARC Centre of Excellence for Coral Reef Studies / Red Sea Research Center / Department of the Environment and Heritage / King Abdullah University of Science and Technology / MSP CC / Department of the Environment / James Cook University / Menez LAB / New South Wales Marine Park Authority / Australian Government Department of Sustainability / Environment / Water / Population and Communities / Australian Research Council Centre of Excellence for Coral Reef Studies / Swansea University / /
Person
Gerald Kraft / Brian Busteed / Todd Thimios / Howe Island / ii / Ian Kerr / Coral Reef Assemblages / Elizabeth Reefs / Sallyann Gudge / Coral Reefs / Coral Reef Assemblages Andrew / Middleton / /
Position
original author / Editor / diver / second diver / Carpenter / Author / Hunter / Major / /
ProvinceOrState
Western Australia / Queensland / Hawaii / South Dakota / /
PublishedMedium
PLoS ONE / /
RadioStation
Friedlander AM / Ayling AM / /
Region
Indian Ocean / southern Australia / eastern Australia / South Wales / Caribbean / east coast of Australia / Arabian Gulf / Western Australia / /
High Macroalgal Cover and Low Coral Recruitment Undermines the Potential Resilience of the World’s Southernmost Coral Reef Assemblages Andrew S. Hoey1,2*, Morgan S. Pratchett2, Christopher Cvitanovic2 1 Red Sea Researc