Ogden / C. T. A. E. / Wildlife Resources / F. J. L. C. / /
Continent
North America / /
Country
United States / / /
Event
Environmental Issue / /
Facility
University Circle / Great Basin Research Center / Brigham Young University / California State University / University of Wisconsin / /
IndustryTerm
Defensive chemicals / chemical ecology / defensive chemical concentrations / aspen chemical ecology / food / chemical composition / anti-herbivore defensive chemicals / Food selection / chemical / chemicals / food choice / aspen chemical defenses / similar site / aspen defensive chemicals / /
NaturalFeature
Fishlake National forest / Uinta National Forest / Monroe Mountain / Dixie forest / Manti-LaSal National Forest / LaSal National Forest / Rocky Mountain / /
Organization
US Forest Service / National Science Foundation / USDA / Brigham Young University / California State University / University of Wisconsin / Madison / /
Person
Stuart Wooley / R. L. Lindroth / Tana Pickett / Chad Shorter / Bradley / Ron Green / J. A. Schweitzer / Emilie / Trisha / Chris Habeck Rangelands / B. J. Rehill / Alison Whitaker / Nathan / T. G. Whitham / Sarah C. Brown / Jason Vernon / Great Basin / Richard L. Lindroth / Scott Walker / Alan Saltzman / G. D. Martinsen / D. J. Irschick / /
Position
Habitat Manager / Utah Division / Professor / Singer / Director / Assistant Professor / representative / ecosystem engineer / /
ProvinceOrState
Wisconsin / Utah / South Carolina / California / /
PublishedMedium
Forest Ecology and Management / Journal of Mammalogy / /
Region
western United States / northern Yellowstone / central Utah / /
Aspen Decline, Aspen Chemistry, and Elk Herbivory: Are They Linked? Aspen chemical ecology can inform the discussion of aspen decline in the West By Stuart C. Wooley, Scott Walker, Jason Vernon, and Richard L. Lindroth