Ithaca / Washington / DC / Morgantown / Chicago / /
Company
Continuous Dynamical Systems / Brown / Cox / Simmons / SPSS / /
Country
United States / /
Currency
USD / / /
Facility
University of Chicago Press / University of Chicago / Cornell University / The University of Chicago / Northern Research Station / University of Chicago Avian Predation Pressure / /
IndustryTerm
pulsed food resources / information technology / /
NaturalFeature
North American forests / /
Organization
Department of Neurobiology and Behavior / National Science Foundation / Entomological Society of America / USDA / USDA Forest Service / Bureau of Entomology / National Academy of Sciences / Cornell University / Government Printing Office / Cornell Lab of Ornithology / University of Chicago Avian Predation Pressure / The University of Chicago / University of Chicago Press / American Society of Naturalists / American Society / Royal Society / /
Person
C. K. Meyer / L. Ries / V / R. E. Charlton / Y. Tanaka / K. Tainaka / Andrew M. Liebhold / Nat / J. Yoshimura / Walter D. Koenig / B. L. Brock / T. Hayashi / Mark A. McPeek / C. Simon / C. Ehrhardt / K. Slon / J. R. Cooley / Williams / Hudson / M. A. Callaham Jr. / A. S. Packard Jr. / D. C. Marshall / /
The American Naturalist / Philosophical Transactions of the Royal Society / Proceedings of the National Academy of Sciences / Advances in Ecological Research / American Naturalist / Canadian Journal of Forest Research / Complex Systems / /
Region
eastern North America / West Virginia / /
Technology
information technology / hybridization / GIS / http / /
The University of Chicago Avian Predation Pressure as a Potential Driver of Periodical Cicada Cycle Length. Author(s): Walter D. Koenig and Andrew M. Liebhold Reviewed work(s): Source: The American Naturalist, Vol. 181,