Grandview / Lake Purrumbete / Sunderland / New York / Canberra / Victoria / Hammond / West Yellowstone / Washington / Cary / London / Laramie / /
Company
Juliano S. A. / New Zealand Journal / Oxford University Press / Pullman / Cox / /
Continent
North America / Europe / /
Country
New Zealand / Norway / United States / Australia / United Kingdom / Denmark / / /
Event
Extinction / /
Facility
Washington State University / SAS Institute / University of Wyoming / Hall et al. / /
IndustryTerm
estuary site / physical and chemical constraints / /
NaturalFeature
Grand Canyon / Madison River / Columbia River / Columbia River estuary / Laurentian Great Lakes / Snake River / New Zealand stream / Firehole River / /
Organization
Royal Society of London / National Science Foundation / Washington State University / Department of Statistics / Ecological Society / SAS Institute / National Park Service / University of Wyoming / CLONAL INVADER MARK F. DYBDAHL1 AND STEPHANIE L. KANE2 School of Biological Sciences / Malacological Society of London / Oxford University / Royal Society / Linnean Society / Australian Academy of Science / /
Person
STEPHANIE L. KANE / Stephanie Fahrny / Lauren Harvey / R. N. Hughes / Reproduction / Jamie Brown / Quinn / G. R. Carvalho / Ted Morgan / R. E. Carter / Williamson / P. S. Lake / Huey / MARK F. DYBDAHL / /
Position
Corresponding Editor / Zoologist / general-purpose genotype model / G. P. / /
ProvinceOrState
Wyoming / Oregon / New York / Washington / Victoria / Montana / North Carolina / California / Arizona / Massachusetts / Idaho / /
PublishedMedium
Biological Journal of the Linnean Society / American Naturalist / Proceedings of the Royal Society / /
Region
central Idaho / southern Australia / western United States / West Yellowstone / western U.S. / continental Europe / western North America / /
Ecology, 86(6), 2005, pp. 1592–1601 q 2005 by the Ecological Society of America ADAPTATION VS. PHENOTYPIC PLASTICITY IN THE SUCCESS OF A CLONAL INVADER MARK F. DYBDAHL1