Abstract
Disturbance has been cited as a potentially important agent in structuring ecological communities by modifying the effects of competition1–5. Catastrophic disturbance has also been proposed as a factor promoting the coexistence of competing species in highly diverse tropical ecosystems such as rain forests and coral reefs2,6–11. Here we describe patterns of recruitment and mortality among reef corals over 4 yr at several depths on the reefs of Discovery Bay, Jamaica, which were struck by Hurricane Alien on 6 August 198012. Photographic quadrats monitored since 1976 on a shallow water reef showed a negative correlation between coral abundance and mortality which was not offset by compensatory patterns of recruitment. This slow trend in the disproportionate reduction of rarer, competitively inferior species was reversed by Hurricane Alien, with storm-induced mortality being greatest in the most abundant species. On deeper reef stations, undisturbed by the storm, slower rates of colony loss were compensated for by commensurate rates of colony recruitment. Thus, patterns of differential mortality and recruitment contribute to the maintenance of high species diversity in this tropical marine ecosystem.
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Porter, J., Woodley, J., Jason Smith, G. et al. Population trends among Jamaican reef corals. Nature 294, 249–250 (1981). https://doi.org/10.1038/294249a0
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DOI: https://doi.org/10.1038/294249a0
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