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Neurophysiology / Bird / Fluctuating asymmetry / Compensatory growth / Feather / Zoology / Biology / Developmental plasticity


OIKOS 106: 317 /323, 2004 Parasitism, developmental plasticity and bilateral asymmetry of wing feathers in alpine swift, Apus melba, nestlings Pierre Bize, Alexandre Roulin and Heinz Richner
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Document Date: 2011-08-31 03:16:27


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City

Solothurn / Stearns / /

Company

Wilson / Pearson / Cox / Verlag Vogt-Schild AG / Ge / Lehman / Duxbury Press / /

Country

Switzerland / France / United Kingdom / /

Currency

pence / /

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Facility

Institute of Zoology / /

IndustryTerm

less energy / chemical agents / food / energy / /

NaturalFeature

Alpine / /

Organization

Univ. of Cambridge / Institute of Zoology / US Federal Reserve / Univ. of Bern / Oxford Univ. / Swiss National Science Foundation / /

Person

Van Valen / Pierre Bize / Dominik Pfluger / Alexandre Roulin / Heinz Richner Bize / /

Product

Bonferroni / /

ProvinceOrState

New Brunswick / South Carolina / Solothurn / M. B. / /

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