Resilience of Florida Keys Coral Communities Following Large-Scale Disturbances
AbstractThe decline of coral reefs in the Caribbean over the last 40 years has been attributed to multiple chronic stressors and episodic large-scale disturbances. This study assessed the resilience of coral communities in two different regions of the Florida Keys reef system between 1998 and 2002 following hurricane impacts and coral bleaching in 1998. Resilience was assessed from changes in coral abundance, diversity, disease, and bleaching prevalence in reefs near the remote off-shore islands of the Dry Tortugas compared to reefs near Key West, a center of high population density and anthropogenic influences. During the first assessment in spring 1998, Key West and Dry Tortugas coral communities had similar abundance, species diversity, and disease prevalence. Bleaching and disease significantly increased in all reef areas during the summer 1998 El Niño event, with Key West reefs exhibiting higher bleaching and disease prevalence and severity compared to Dry Tortugas. Acroporids and total coral abundance significantly declined in both regions during 1998 following mass-coral bleaching and hurricane impact, but remained reduced only on Key West reefs during the 5-year assessment. These results provide additional evidence that coral reef systems distant from anthropogenic influences may have greater resilience to large-scale disturbances. View Full-Text
Share & Cite This Article
Santavy, D.L.; Mueller, E.M.; MacLaughlin, L.; Peters, E.C.; Quarles, R.L.; Barron, M.G. Resilience of Florida Keys Coral Communities Following Large-Scale Disturbances. Diversity 2011, 3, 628-640.
Santavy DL, Mueller EM, MacLaughlin L, Peters EC, Quarles RL, Barron MG. Resilience of Florida Keys Coral Communities Following Large-Scale Disturbances. Diversity. 2011; 3(4):628-640.Chicago/Turabian Style
Santavy, Deborah L.; Mueller, Erich M.; MacLaughlin, Lauri; Peters, Esther C.; Quarles, Robert L.; Barron, Mace G. 2011. "Resilience of Florida Keys Coral Communities Following Large-Scale Disturbances." Diversity 3, no. 4: 628-640.