Authors
L Ignacio Vilchis, Mia J Tegner, James D Moore, Carolyn S Friedman, Kristin L Riser, Thea T Robbins, Paul K Dayton
Publication date
2005/4
Journal
Ecological Applications
Volume
15
Issue
2
Pages
469-480
Publisher
Ecological Society of America
Description
Traditional fisheries management in southern California has failed, in part because it is based on an assumption of an unvarying environment and is focused on size limits rather than insuring the persistence of aggregations of large fecund individuals. The combined effect of low frequency climatic variability and anthropogenic perturbations can have dramatic consequences for abalone in southern California. Abalone species are tightly linked to kelp forest ecosystems that, besides furnishing habitat, also provide the main food source for abalone. In southern California, kelp canopies are very sensitive to oceanographic climate because the kelp depend upon high nutrients in the water column. Oceanic warming, in turn, results in decreased nutrients in the surface water, and this is correlated with marked reductions in giant kelp biomass.
Here we address the additive effects of ocean warming on two species of …
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