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Biological oceanography / Aquatic ecology / Ecology / Marine biology / Zooplankton / Natural selection / Plankton / Phytoplankton / Niche differentiation / Biology / Planktology / Water


Ecology, 91(6), 2010, pp. 1774–1786 Ó 2010 by the Ecological Society of America Coexistence mechanisms and the paradox of the plankton: quantifying selection from noisy data JEREMY W. FOX,1,3 WILLIAM A. NELSON,2
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Document Date: 2010-06-10 12:25:33


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Calgary / /

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Hubbell / Lehman / /

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Germany / Switzerland / Austria / United States / Canada / /

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University of Calgary / Queen’s University / University Drive NW / University of California / /

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statistical tools / candidate solutions / /

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Lake Constance / /

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Queen’s University / Kingston / University of California / Santa Barbara / University of Calgary / Department of Biology / AND EDWARD MCCAULEY1 / 4 Department of Biological Sciences / Department of Ecology / Ecological Society of America Coexistence / /

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JEREMY W. FOX / Biology / Almira Siew / Heino / Shirley French / /

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Walker / Corresponding Editor / /

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Alberta / Wisconsin / Alabama / California / Ontario / /

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central Europe / northwestern Ontario / /

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genotype / /

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