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Ecology / Speciation / Reproduction / Scientific classification / Sympatry / Hybrid zone / Character displacement / Allopatric speciation / Evolution / Biology / Evolutionary biology / Philosophy of biology


Evolution, 57(5), 2003, pp. 1049–1060 REPRODUCTIVE CHARACTER DISPLACEMENT AND THE GENETICS OF GAMETE RECOGNITION IN TROPICAL SEA URCHINS LAURA B. GEYER1,2,3
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Document Date: 2005-10-21 18:41:26

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City

Ann Arbor / Bali New / Pacific Grove / Okinawa New / Boston / Rotterdam / Oxford / Madison / La Jolla / Cambridge / New / Blainville / Foster City / /

Company

GenBank / Gene Codes Corporation / Mead / Wilson / Clade 2 / /

Country

Guam / French Polynesia / Fiji / Guinea / Niue / Palau / /

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Facility

Stanford University / Palumbi laboratory / Hopkins Marine Station / Harvard University / /

IndustryTerm

travel grant / secondary by-product / sequence / replacement site / Post-insemination signaling systems / silent site / recognition systems / /

Movie

Smith / /

NaturalFeature

Loftus-Hills / /

Organization

Harvard University / National Science Foundation / Department of Biological Sciences / LBG / Society for the Study of Evolution / Stanford University / Oxford Univ. / Department of Organismic and Evolutionary Biology / /

Person

Gregory / Kelly / C. A. Tibbets / Nat / G. L. Waring / P. G. Gregory / Howard / Noor / Blair / Bush / Hudson / Futuyma / /

Position

driver / D. J. / D. J. / and P. G. Gregory / Marshal / representative / D. J. / and G. C. Mayer / Marshall / /

ProvinceOrState

Bali / Hawaii / California / Massachusetts / /

PublishedMedium

Aslan / /

SportsLeague

Stanford University / /

Technology

hybridization / molecular evolution / recombination / /

SocialTag