Hart / Sunderland / Lonsdorf / Flagstaff / Hereford / Bourne Massachusetts / Genetics / Bethesda / Lawrence / Vienna / London / Chicago / /
Company
Sinauer Associates Inc / Cambridge University Press / Ogden / Madoff L.C. / Princeton University Press / Allen Press / Pearson / Ford / University of Chicago Press / Penney / /
Continent
North America / Antarctica / /
Country
New Zealand / Jordan / Austria / United States / United Kingdom / / /
Event
Environmental Issue / /
Facility
North Central Forest Experiment Station / Stanford University / PLANT GENOTYPIC EFFECTS ON PATHOGEN COMMUNITIES AT THE LOCAL SCALE Pathogen / University of Auckland / Prentice Hall / Serra Mall / Arizona University / Plant Resistance / PLANT GENOTYPIC EFFECTS ON PATHOGEN COMMUNITIES AT THE GEOGRAPHIC SCALE In / University of Idaho / Plant Science / /
Ogden River / Weber River / Weber Canyon / Wasatch Mountains / /
Organization
Cambridge University / Journal of Ecology / National Science Foundation / Department of Biology / Princeton University / USDA / Department of Energy / Arizona University / Journal / University of Auckland / Auckland / British Ecological Society / University of Idaho / Moscow / Biological Sciences & Meriam-Powell Center for Environmental Research / University of Chicago / Stanford University / /
Person
Washington D.C. Conner / Clinton / Weston / Peter Thrall / Jawdy / /
Kansas / New Jersey / Maryland / Illinois / British Columbia / Utah / Rhode Island / South Carolina / California / Arizona / Idaho / /
PublishedMedium
The American Naturalist / Environmental Research / Philosophical Transactions of the Royal Society / Canadian Journal of Forest Research / Austral Ecology / American Journal of Botany / Nature Reviews Genetics / /
Region
eastern North America / western North America / central Utah / /
Journal of Ecology 2014, 102, 1300–1309 doi: Differentiating genetic and environmental drivers of plant–pathogen community interactions