New Zealand / United States / Australia / Columbia / / /
Event
Environmental Issue / /
Facility
Institute of Natural Sciences / Massey University / New Zealand Institute / University of South Carolina / The University of Sydney / The University of Melbourne / /
IndustryTerm
modelling tool / food densities / energy budget theory / surface area-specific food assimilation rate / food types / non-protein energy / regulatory systems / use energy / food components / carbohydrate food rail available food / energy content / food / energy / mechanistic energy / food intake requirements / mass/energy allocation / climatic/food environments / food consumption / somatic maintenance structure metabolic rate reserve food / food quality / maintenance energy costs / study site / chemical compositions / energy/matter / food uptake / e.g. food particle size / food density / physiological systems / energy budgets / food component / energy budget / food chemistry / digestive systems / food type / ingested food / /
Organization
Massey University / University of Melbourne / Victoria / Natural Sciences and New Zealand Institute for Advanced Study / University of South Carolina / University of Sydney / Department of Zoology / Department of Biological Sciences / Australia School of Biological Sciences / Institute of Natural Sciences / /
Person
DEB THEORY / Stephen J. Simpson / David Raubenheimer / Brian Helmuth Phil / Michael Kearney / / /
Position
driver / general research programme / Author / model / mechanistic ecologist / Porter / /
ProvinceOrState
Victoria / South Carolina / Laguna / New South Wales / /
Downloaded from rstb.royalsocietypublishing.org on April 8, 2013 Modelling the ecological niche from functional traits Michael Kearney, Stephen J. Simpson, David Raubenheimer and Brian Helmuth Phil. Trans. R. Soc. B 201