Denver / Kobe / Madrid / Hobart / Washington / D.C. / Park / Bonanza / Honolulu / Middletown / /
Company
Whittaker / /
Country
United States / Panama / Australia / Spain / /
Currency
USD / / /
Facility
University of New South Wales / Macquarie University / Denver Museum of Nature / University of Utah / Pennsylvania State University / University of Hawai’i / University of Toronto / Wesleyan University / University Park / University of California / Estonian University of Life Sciences / University of Tasmania / Plant Science / /
IndustryTerm
gas exchange / chemical toxins / power law allometries / chemical deterrents / /
Organization
School of Biological / Earth / and Environmental Sciences / University of Toronto / Toronto / Department of Earth Sciences / Institute of Agricultural and Environmental Sciences / Estonian University of Life Sciences / Department of Ecology and Evolutionary Biology / Department of Biology / University of Utah / Salt Lake City / Pennsylvania State University / University of New South Wales / Department of Biological Sciences / Wesleyan University / Department of Geosciences / Department of Paleobiology / School of Plant Science / Paleontological Society / Lawren Sack.* Department of Botany / Smithsonian Institution / University of California / Los Angeles / Macquarie University / Sydney / Department of Earth and Environmental Sciences / University of Tasmania / University of Hawai’i / /
Person
Fitting / Phyllis D. Coley / Ian J. Wright / Kirk R. Johnson / Beck / Matthew B. Palmer / Angela T. Moles / Dana L. Royer / Asher D. Cutter / Mark Westoby / Conrad C. Labandeira / Christopher H. Lusk / Fernando Valladares / Gregory J. Jordan / Peter Wilf / /
Position
Model / Representative / /
ProvinceOrState
Alabama / Connecticut / Washington / Tasmania / Utah / Pennsylvania / New South Wales / California / Massachusetts / Colorado / Ontario / /
Region
South Wales / northeastern Utah / northeastern Washington / /
Paleobiology, 33(4), 2007, pp. 574–589 Fossil leaf economics quantified: calibration, Eocene case study, and implications Dana L. Royer, Lawren Sack, Peter Wilf, Christopher H. Lusk, ¨ lo Niinemets, Ian J. Wright, Ma