Oceanic Variability and Coastal Topography Shape Genetic Structure in a Long-Dispersing Sea Urchin
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Authors
Banks, Samuel
Piggott, Maxine
Williamson, Jane E.
Bove, Ulysse
Holbrook, Neil
Beheregaray, Luciano B.
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Ecological Society of America
Abstract
Understanding the scale of marine population connectivity is critical for the conservation and sustainable management of marine resources. For many marine species adults are benthic and relatively immobile, so patterns of larval dispersal and recruitment
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Keywords
connectivity, dispersal, echinoderm, genetic differentiation, genetic structure, paradigm shift, patchiness, population structure, sea surface temperature, topographic effect, animal, demography, ecosystem, environmental protection, genetic varia Centrostephanus rodgersii, Connectivity, Genetic patchiness, Larval dispersal, Microsatellite, Multilocus spatial autocorrelation, Oceanography, Sea urchin
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Ecology
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Restricted until
2037-12-31
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