Increasing coral bleaching will be worst for the most biodiverse reefs along the equator, impacting the livelihoods and nutrition of the people who depend on them.
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This knowledge is particularly important if we want to help reefs recover devastating events such as mass bleaching and cyclones.
New research involving CRISPR technology has furthered our understanding of corals’ gene functions. Specifically, it has revealed a mechanism underpinning how corals withstand heat stress.
The largest reproductive event on the planet is under threat.
A new study identifies dozens of individual reefs on the Great Barrier Reef that are especially important for coral larvae dispersal and which could help the entire ecosystem bounce back.
Principais colaboradores
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Chair professor, The University of Queensland
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Associate professor, Queensland University of Technology
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Research Program Director, Australian Institute of Marine Science
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Associate Professor of Marine Science and Sustainability, Umeå University
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Principal Investigator, Carnegie Institution for Science
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Queensland University of Technology
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Postdoctoral research fellow, Southern Cross University
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Senior research scientist, CSIRO
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Senior Lecturer and ARC Future Fellow, School of Biological Sciences, University of Adelaide
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Associate Professor of Global Change Ecology, University of Adelaide
