| Document Date: 2012-10-01 13:30:59
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City Washington / D.C. / Sunnyvale / Royle / Metcalfe / L.A. / Chicago / / Company Wilson / Molecular Devices Corporation / / Country Canada / / / Facility University of Toronto / / IndustryTerm lowest food treatment / food ration / food consumption / food conversion efficiency / moderate food / low-food cups / assimilated food / food treatments / moderate-food / moderate-food treatment larvae / food levels / moderate-food treatment / uneaten food / food manipulation period / food intake / low-food treatment / moderate-food treatment groups / high food / high-food treatments / high-food larvae / food-stressed individuals / larval food treatment / food / energy / low food / / Organization University of Toronto / Toronto / Nuclear Regulatory Commission / US Federal Reserve / Department of Ecology and Evolutionary Biology / / Person Dill / Hansell / Nat / Van Doorslaer / Van de Meutter / Lima / Sydney / Stevens / / Position Methods General / Premier / Growth and development Head / 1Corresponding author / D.J. / Harper / / ProvinceOrState New Jersey / New Brunswick / California / Ontario / Halton County / / Region North Atlantic / / Technology Alpha / / URL http /
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310 Effects of early resource-limiting conditions on patterns of growth, growth efficiency, and immune function at emergence in a damselfly (Odonata: Coenagrionidae)