This chapter illustrates the importance of solar radiation as a major factor in the bleaching of corals when sea temperatures are elevated, as well as acting alone at normal temperature. It looks at the way temperature and solar radiation combine to elicit bleaching and examines the different roles that each may play in the bleaching process. The chapter addresses a common trend in many publications that downplay the role of solar radiation in mass bleaching events and proposes that a better mechanistic understanding improves not only the appreciation of the process but also the ability of the coral symbiosis to adjust its physiology in the future. One of the main findings of work described in the chapter is the high level of oxidative damage caused by exposure of corals to high solar radiation and the initiation of significant antioxidant activity by corals under such conditions, together with stress protein production.
|Title of host publication||Diseases of Coral|
|Subtitle of host publication||Woodley/Diseases of Coral|
|Editors||Cheryl M. Woodley, Craig A. Downs, Andrew W. Bruckner, James W. Porter, Sylvia B. Galloway|
|Publication status||Published - 16 Oct 2015|
Brown, B. E., & Dunne, R. P. (2015). Coral Bleaching: The Roles of Sea Temperature and Solar Radiation. In C. M. Woodley, C. A. Downs, A. W. Bruckner, J. W. Porter, & S. B. Galloway (Eds.), Diseases of Coral: Woodley/Diseases of Coral (pp. 266-283). [Chapter 18] WILEY Publications. https://doi.org/10.1002/9781118828502.ch18