Cambridge University Press / EcoPlan Associates / Ogden / Blackwell Publishing Ltd. / Plymouth Marine Laboratory / Wilson / S. M. Shuster S. A. / Harvard University Press / /
Country
United States / United Kingdom / / /
Facility
University of Montreal / College Park / Because plant / Northern Arizona University / Colorado Plateau Museum of Arthropod Biodiversity / University of Maryland / University of Wisconsin / / /
IndustryTerm
genetic and chemical compositional patterns / chemical and arthropod relationship intermediate / chemical and genetic compositional matrices / important products / river systems / biological systems / overall chemical composition / animal systems / chemical and arthropod compositions / chemical species / similar chemical / similar chemical compositions / chemical and arthropod community compositions / genetic and chemical structure / arthropod and chemical data / gene products / chemical and arthropod community structure / chemical composition / genetic and chemical compositions / genetic marker systems / chemical / plant chemical composition / chemical oviposition cues / important chemical species / chemical compositional distance / chemicals / /
NaturalFeature
Weber River / /
Organization
Cambridge University / United States Naval Academy / Harvard University / Northern Arizona University / Department of Entomology / National Science Foundation / Department of Mathematics / Department of Biological Sciences / University of Maryland / College Park / Department of Mathematics and Statistics / Department of Chemistry / Utah Department of Natural Resources / School of Forestry / University of Montreal / Montreal / Merriam-Powell Center for Environmental Research / University of Wisconsin / Madison / /
Person
T. Mitchell-Olds / /
Position
Butler / A priori model of the relationship / Hunter / Porter / /
Molecular Ecology, 1379–1391 doi: j.1365-294Xx A genetic similarity rule determines arthropod community structure