Mechanisms of bleaching deduced from histological studies of reef corals sampled during a natural bleaching event
BE Brown, MDA Le Tissier, JC Bythell - Marine Biology, 1995 - Springer
Histological examination of bleached tissues from the reef corals Goniastrea aspera, G.
retiformis, Favites abdita, Coeloseris mayeri, Goniopora pandoraensis, and Galaxea
fascicularis subjected to increased seawater temperatures and possibly increased
irradiance in the field, revealed a reduction in zooxanthellae density between 50 and
90%(depending on species) compared with the zooxanthellae complement of normally-
coloured corals. The study revealed a number of cellular mechanisms which would result in …
retiformis, Favites abdita, Coeloseris mayeri, Goniopora pandoraensis, and Galaxea
fascicularis subjected to increased seawater temperatures and possibly increased
irradiance in the field, revealed a reduction in zooxanthellae density between 50 and
90%(depending on species) compared with the zooxanthellae complement of normally-
coloured corals. The study revealed a number of cellular mechanisms which would result in …
Mechanisms of bleaching deduced from histological studies of reef corals sampled during a natural bleaching event
BE Brown, MDA Le Tissier, JC Bythell - Oceanographic Literature Review, 1996 - infona.pl
Histological examination of bleached tissues from the reef corals Goniastrea aspera, G.
retiformis, Favites abdita, Coeloseris mayeri, Goniopora pandoraensis, and Galaxea
fascicularis subjected to increased sea-water temperatures and possibly increased
irradiance in the field, revealed a reduction in zooxanthellae density between 50 and
90%(depending on species) compared with the zooxanthellae complement of normally-
coloured corals. The study revealed a number of cellular mechanisms which would result in …
retiformis, Favites abdita, Coeloseris mayeri, Goniopora pandoraensis, and Galaxea
fascicularis subjected to increased sea-water temperatures and possibly increased
irradiance in the field, revealed a reduction in zooxanthellae density between 50 and
90%(depending on species) compared with the zooxanthellae complement of normally-
coloured corals. The study revealed a number of cellular mechanisms which would result in …
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