Princeton University Press / Metacommunities Working Group / Wilson / Cambridge University Press / Mathematical Biosciences / Kellogg / Volterra / Russell / /
Country
United States / United Kingdom / / /
Facility
College Farm Road / Kellogg Biological Station / Rutgers University / University of Chicago Press / University of Texas / S. Hall / University of Chicago / Michigan State University / /
IndustryTerm
food-web models / food-chain length / Self-assembling food webs / cyclic systems / resultant food webs / compositional networks / multitrophic food webs / Energy supply / natural systems / food webs / dynamical systems / permanence algorithm / /
NaturalFeature
Shield lakes / /
Organization
Cambridge University / Michigan State University / National Science Foundation / Rutgers University / University of Chicago / Chicago / DIVERSITY RELATIONSHIPS CHRISTOPHER F. STEINER1 AND MATHEW A. LEIBOLD2 Department of Ecology and Evolution / National Center for Ecological Analysis / University of Chicago Press / Chicago / Princeton University / Department of Ecology / Evolution / and Natural Resources / Ecological Society of America CYCLIC ASSEMBLY TRAJECTORIES AND SCALE-DEPENDENT PRODUCTIVITY / University of Texas / /
Person
L. Gough / K. L. Gross / J. E. Dickerson / Jr. / H. L. Reynolds / MATHEW A. LEIBOLD / S. B. Cox / CHRISTOPHER F. STEINER / R. B. Waide / S. I. Dodson / R. Inouye / Robinson / M. R. Willig / Richard Law / /
Position
representative / Corresponding Editor / G. P. / /
ProvinceOrState
Texas / New Jersey / New Brunswick / Illinois / /
PublishedMedium
American Naturalist / Journal of Theoretical Biology / /
Ecology, 85(1), 2004, pp. 107–113 q 2004 by the Ecological Society of America CYCLIC ASSEMBLY TRAJECTORIES AND SCALE-DEPENDENT PRODUCTIVITY–DIVERSITY RELATIONSHIPS CHRISTOPHER F. STEINER1