Santos / Huber / Santa Fe / Stenseth / Manneville / Bjo¨rnstad / Shnerb / /
Company
Renormalization Group / Noble A. E. / Lg / Macmillan Publishers Limited. / Westview Press / Levin S. A. / M. A. & Levin S. A. / Wilson / Creative Commons / /
Country
Japan / United States / / /
Facility
Santa Fe Institute / John von Neumann Institute / University of Massachusetts / University of California / /
IndustryTerm
expected power-law scaling / power-law / binary alloy systems / power-law scaling relationships / welldefined energy / power-law scalings / lattice site / 2D ecological systems / dynamical systems / energy / dissipative systems / ecological systems / driven-dissipative systems / energy function / power-law scaling behaviour / identical power-law scaling behaviour / food security / disparate systems / extended host-parasitoid systems / Physical systems / power-law behaviour / /
NaturalFeature
Alps / St mt / /
Organization
National Science Foundation / Institute for Computing / Cambridge Univ. / University of Massachusetts / Amherst / Department of Physics / University of California / Davis / Oxford Univ. / Santa Fe Institute / Department of Environmental Science and Policy / Princeton Univ. / /
Person
Terri Knight / Erwin Frey / Marcel Holyoak / Nat / Bailey Host / Jeff Gore / Ilkka Hanski / Carl Boettiger / Edward Ott / Earn / Nigel Goldenfeld / Kirill Korolev / Bill Broadley / / /
Position
D. J. / Farmer / ncomms7664 Author / Parasitoid model / representative / /
ProvinceOrState
South Dakota / New Mexico / North Carolina / O. N. / California / Massachusetts / /
ARTICLE Received 9 Nov 2014 | Accepted 17 Feb 2015 | Published 8 Apr 2015 DOI: ncomms7664 OPEN