Climate Impacts on Zooplankton Population Dynamics in Coastal Marine Ecosystems Public Deposited

http://ir.library.oregonstate.edu/concern/articles/1n79h618k

To the best of our knowledge, one or more authors of this paper were federal employees when contributing to this work. This is the publisher’s final pdf. The published article is copyrighted by the Oceanography Society and can be found at:  http://www.tos.org/oceanography/index.html.

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  • The 20-year US GLOBEC (Global Ocean Ecosystem Dynamics) program examined zooplankton populations and their predators in four coastal marine ecosystems. Program scientists learned that environmental controls on zooplankton vital rates, especially the timing and magnitude of reproduction, growth, life-cycle progression, and mortality, determine species population dynamics, seasonal and spatial distributions, and abundances. Improved knowledge of spatial-temporal abundance and distribution of individual zooplankton taxa coupled with new information linking higher trophic level predators (salmon, cod, haddock, penguins, seals) to their prey yielded mechanistic descriptions of how climate variation impacts regionally important marine resources. Coupled ecological models driven by improved regional-scale climate scenario models developed during GLOBEC enable forecasts of plausible future conditions in coastal ecosystems, and will aid and inform decision makers and communities as they assess, respond, and adapt to the effects of environmental change. Multi-region synthesis revealed that conditions in winter, before upwelling, or seasonal stratification, or ice melt (depending on region) had significant and important effects that primed the systems for greater zooplankton population abundance and productivity the following spring-summer, with effects that propagated to higher trophic levels.
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  • Batchelder, H.P., K.L. Daly, C.S. Davis, R. Ji, M.D. Ohman, W.T. Peterson, and J.A. Runge. 2013. Climate impacts on zooplankton population dynamics in coastal marine ecosystems. Oceanography, 26(4):34–51. doi:10.5670/oceanog.2013.74
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  • description.provenance : Submitted by Erin Clark (erin.clark@oregonstate.edu) on 2014-04-21T15:13:19Z No. of bitstreams: 2 BatchelderHaroldCEOASClimateImpactsZooplankton.pdf: 1153853 bytes, checksum: 7eb5864abb264c35915fdc68004287d0 (MD5) BatchelderHaroldCEOASClimateImpactsZooplankton_SupplementalMaterials.xls: 242688 bytes, checksum: 322e75878e2c9d2f5d72d0be70f5454b (MD5)
  • description.provenance : Approved for entry into archive by Erin Clark(erin.clark@oregonstate.edu) on 2014-04-21T15:13:32Z (GMT) No. of bitstreams: 2 BatchelderHaroldCEOASClimateImpactsZooplankton.pdf: 1153853 bytes, checksum: 7eb5864abb264c35915fdc68004287d0 (MD5) BatchelderHaroldCEOASClimateImpactsZooplankton_SupplementalMaterials.xls: 242688 bytes, checksum: 322e75878e2c9d2f5d72d0be70f5454b (MD5)
  • description.provenance : Made available in DSpace on 2014-04-21T15:13:32Z (GMT). No. of bitstreams: 2 BatchelderHaroldCEOASClimateImpactsZooplankton.pdf: 1153853 bytes, checksum: 7eb5864abb264c35915fdc68004287d0 (MD5) BatchelderHaroldCEOASClimateImpactsZooplankton_SupplementalMaterials.xls: 242688 bytes, checksum: 322e75878e2c9d2f5d72d0be70f5454b (MD5) Previous issue date: 2013-12

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