Coral Reefs and Climate Change: Science and Management
Vol. 61, 2006
COASTAL AND ESTUARINE STUDIES, VOL. 61, 244 PP., 2006
ISSN: 0733-9569; ISBN: 978-0-87590-359-0
Coral Reefs and Climate Change: Science and Management
The effects of increased atmospheric carbon dioxide and related climate change on shallow coral reefs are gaining considerable
attention for scientific and economic reasons worldwide. Although increased scientific research has improved our understanding
of the response of coral reefs to climate change, we still lack key information that can help guide reef management. Research
and monitoring of coral reef ecosystems over the past few decades have documented two major threats related to increasing
concentrations of atmospheric CO2: (1) increased sea surface temperatures and (2) increased seawater acidity (lower pH). Higher atmospheric CO2 levels have resulted in rising sea surface temperatures and proven to be an acute threat to corals and other reef‐dwelling
organisms. Short periods (days) of elevated sea surface temperatures by as little as 1–2°C above the normal maximum temperature
has led to more frequent and more widespread episodes of coral bleaching‐the expulsion of symbiotic algae. A more chronic
consequence of increasing atmospheric CO2 is the lowering of pH of surface waters, which affects the rate at which corals and other reef organisms secrete and build
their calcium carbonate skeletons. Average pH of the surface ocean has already decreased by an estimated 0.1 unit since preindustrial
times, and will continue to decline in concert with rising atmospheric CO2. These climate‐related Stressors combined with other direct anthropogenic assaults, such as overfishing and pollution, weaken
reef organisms and increase their susceptibility to disease.
Citation: Phinney, J. T.,
Preface
pp. vii-viii
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Corals and climate change: An introduction
pp. 1-4
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Tropical coastal ecosystems and climate change Prediction: Global and local risks
pp. 5-32
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Coral reef records of past climatic change
pp. 33-54
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The cell physiology of coral bleaching
pp. 55-71
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Coral reefs and changing seawater carbonate chemistry
pp. 73-110
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Analyzing the relationship between ocean temperature anomalies and coral disease outbreaks at broad spatial scales
pp. 111-128
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A coral population response (CPR) model for thermal stress
pp. 129-144
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The hydrodynamics of a bleaching event: Implications for management and monitoring
pp. 145-161
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Identifying coral bleaching remotely via coral reef watch — Improved integration and implications for changing climate
pp. 163-180
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Management response to a bleaching event
pp. 181-206
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Marine protected area planning in a changing climate
pp. 207-221
[Abstract] | [Chapter] | [Full Text (PDF)]
Adapting coral reef management in the face of climate change
pp. 223-241
[Abstract] | [Chapter] | [Full Text (PDF)]
Cited By
