Modeling population dynamics of scyphozoan jellyfish (Aurelia spp.) in the Gulf of Mexico
Nicholas Henschke, Charles A. Stock, JL Sarmiento
Abstract
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Nicholas Henschke, Charles A. Stock, JL Sarmiento
Abstract
Open-access reader
Hence, we have developed the first bioenergetics-based population model for the ubiquitous jellyfish Aurelia spp. that incorporates both benthic and pelagic life history stages. This model tracks cohorts of both life stages with temperature- and/or consumption-driven relationships for growth, reproduction and mortality.
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Hence, we have developed the first bioenergetics-based population model for the ubiquitous jellyfish Aurelia spp. that incorporates both benthic and pelagic life history stages. This model tracks cohorts of both life stages with temperature- and/or consumption-driven relationships for growth, reproduction and mortality.
Key concepts: Jellyfish, Scyphozoa, Gelatinous zooplankton, Aurelia aurita, Pelagic zone, Population, Ecology, Biomass (ecology)