Australian Journal of Ecology · 1991 · 226 citations · 21 references
Life SciencesEcologyMarine SciencesCoral Reef BiologyMarine EcologyMarine Invertebrate BiologyAlgal EcologyBenthic EcologyCoastal Marine EcologyMarine AlgaeMarine InvertebratesRed AlgaeBenthic Algal EcologyCoral Reef Invertebrate EcologyMacroalgal EcologyMarine Invertebrate BiogeographyMarine Species AssemblagesNearshore Benthic EcologyRocky Shore BiodiversitySubtidal Seaweed Communities
Abstract Shallow subtidal areas of rocky reefs in central and southern New South Wales may best be described as a mosaic of habitats, the distributions of which are seemingly related to depth, wave exposure and a number of biological processes, particularly herbivory. The Fringe habitat is generally found only in the most shallow waters. Forests of the laminarian alga Ecklonia radiata are often found at intermediate depths. In deeper, or more sheltered water, sponges, ascidians and red algae are more abundant and the abundances of sea urchins and other invertebrate grazers decline. Overlying this broad‐brush pattern are patches of crustose coralline algae (the Barrens habitat), the distributions of which are not clearly related to depth. Invertebrate herbivores, and sea urchins in particular, are abundant in the Barrens habitat. The Barrens habitat was most represented at the more southern locations. At the two most northern locations, reefs were shorter in length and dominated by ascidians ( Pyura species).
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Patch Dynamics and Stability of Some California Kelp Communities
Paul K. Dayton, Vickie Currie, Tim Gerrodette et al. · Ecological Monographs · 1984 · 548 citations
Life Sciences, Botany, Ecology +15
On the relationship between marine plants and sea urchins
J.R. Lawrence · Medical Entomology and Zoology · 1975 · 266 citations
The Structure and Regulation of Some South American Kelp Communities
Paul K. Dayton · Ecological Monographs · 1985 · 233 citations
Life Sciences, Ecology, Zoology +15