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Mitigation of Vibrio coralliilyticus-induced coral bleaching through bacterial dysbiosis prevention by Ruegeria profundi. [PDF]
Appl Environ MicrobiolXu M, Cai Z, Cheng K, Chen G, Zhou J.
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A gauge of coral physiology: re-examining temporal changes in Endozoicomonas abundance correlated with natural coral bleaching. [PDF]
ISME CommunChuang PS +6 more
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Marine Pollution Bulletin, 2003
Bleaching refers to the loss of colour in symbioses between dinoflagellate algae of the genus Symbiodinium and marine benthic animals, e.g. corals. Bleaching generally results in depressed growth and increased mortality, and it can be considered as a deleterious physiological response or ailment.
A E Douglas
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Bleaching refers to the loss of colour in symbioses between dinoflagellate algae of the genus Symbiodinium and marine benthic animals, e.g. corals. Bleaching generally results in depressed growth and increased mortality, and it can be considered as a deleterious physiological response or ailment.
A E Douglas
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Oxidative stress and seasonal coral bleaching
Free Radical Biology and Medicine, 2002During the past two decades, coral reefs have experienced extensive degradation worldwide. One etiology for this global degradation is a syndrome known as coral bleaching. Mass coral bleaching events are correlated with increased sea-surface temperatures, however, the cellular mechanism underlying this phenomenon is uncertain. To determine if oxidative
Craig Downs
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Scientific American, 1993
Extensive areas of the subtly colored coral reefs that gird tropical shores have been turning a dazzling white; some stretches of the affected coral have even died. Bleaching may be a call of distress from these complex and highly productive ecosystems, usually emitted when they experience abnormally high seawater temperamies.
Brown, Barbara E., Ogden, John C.
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Extensive areas of the subtly colored coral reefs that gird tropical shores have been turning a dazzling white; some stretches of the affected coral have even died. Bleaching may be a call of distress from these complex and highly productive ecosystems, usually emitted when they experience abnormally high seawater temperamies.
Brown, Barbara E., Ogden, John C.
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Bleaching patterns in reef corals
Nature, 2000Coral reefs are under threat from the effects of bleaching, in which symbiotic algae or their photosynthetic pigments are destroyed by increased sea temperatures and solar radiation1,2. Here we show that the bleaching susceptibility of Goniastrea aspera, a shallow-water Indo-Pacific coral, can be predicted from its history of exposure to solar ...
B E, Brown +3 more
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Science, 1990
Two researchers, Tom Goreau of the Discovery Laboratory in Jamaica and Raymond Hayes of Howard University, claim that they have evidence that nearly clinches the temperature connection to the bleached corals in the Caribbean and that the coral bleaching is an indication of Greenhouse warming.
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Two researchers, Tom Goreau of the Discovery Laboratory in Jamaica and Raymond Hayes of Howard University, claim that they have evidence that nearly clinches the temperature connection to the bleached corals in the Caribbean and that the coral bleaching is an indication of Greenhouse warming.
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The cell physiology of coral bleaching
2006Abstract Coral bleaching is one of the most studied phenomena associated with coral reefs. In the broadest sense, it is described as a color change that occurs in response to a range of stres- sors. Coral bleaching has affected coral reefs in recent mass bleaching events which are due to episodes of warmer than normal sea temperature. These changes are
Dove, G., Hoegh-Guldberg, I O
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