High-res No-take marine reserves make coral reefs more resilient. 
"A new study finds no-take marine reserves, where fishing for parrotfish is prohibited, may make coral reefs six times more resilient to coral bleaching and other disturbances. Parrotfish eat algae, so a reef system with abundant parrotfish is more likely to recover from disturbance rather than “tip” into an undesirable state in which algae dominate. Reducing greenhouse gas emissions also improves coral resilience, but only in the long term.

The research is the result of Dr. Peter Mumby's three-year Pew Marine Fellowship project to better understand the health of coral reefs.

"This added resilience is important because it shows that protecting parrotfish, through such measures as marine reserves and fisheries policies, increases the ability of corals to adapt to warming oceans," said Dr. Mumby, lead author of the study and a professor at University of Queensland in Australia. "In addition, it should reduce the loss of ecosystem services that reefs provide, such as support for fisheries and coastal protection from storms."

Jul 30, 2013
Pew Marine Fellows, Ocean Science Division
Contact: Rachel Brittin,
- See more at: http://www.pewenvironment.org/news-room/fact-sheets/no-take-marine-reserves-make-coral-reefs-more-resilient-85899493008#sthash.U3FUOAx4.dpuf
- See more at: http://www.pewenvironment.org/news-room/fact-sheets/no-take-marine-reserves-make-coral-reefs-more-resilient-85899493008#sthash.U3FUOAx4.dpuf
- Get the fact sheet

No-take marine reserves make coral reefs more resilient. 

"A new study finds no-take marine reserves, where fishing for parrotfish is prohibited, may make coral reefs six times more resilient to coral bleaching and other disturbances. Parrotfish eat algae, so a reef system with abundant parrotfish is more likely to recover from disturbance rather than “tip” into an undesirable state in which algae dominate. Reducing greenhouse gas emissions also improves coral resilience, but only in the long term.

The research is the result of Dr. Peter Mumby's three-year Pew Marine Fellowship project to better understand the health of coral reefs.

"This added resilience is important because it shows that protecting parrotfish, through such measures as marine reserves and fisheries policies, increases the ability of corals to adapt to warming oceans," said Dr. Mumby, lead author of the study and a professor at University of Queensland in Australia. "In addition, it should reduce the loss of ecosystem services that reefs provide, such as support for fisheries and coastal protection from storms."

- See more at: http://www.pewenvironment.org/news-room/fact-sheets/no-take-marine-reserves-make-coral-reefs-more-resilient-85899493008#sthash.U3FUOAx4.dpuf

- See more at: http://www.pewenvironment.org/news-room/fact-sheets/no-take-marine-reserves-make-coral-reefs-more-resilient-85899493008#sthash.U3FUOAx4.dpuf

- Get the fact sheet


Notes

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