Brookhaven National Laboratory / Global Change Biology / /
Continent
Europe / /
Country
Japan / United States / Canada / United Kingdom / Ireland / Denmark / /
Currency
USD / /
Facility
University of Reading / University of Leeds / University of Illinois Energy Bioscience Institute / University of California-Berkeley / Practice Stephen P. Long University of Illinois / University of Illinois / C4 plant / University of California at Berkeley / Institute of Scientific Information / University of Essex / University of Vienna / /
Holiday
4th of July / summer solstice / /
IndustryTerm
bioenergy network / energy conversion efficiency / food increase / energy interception efficiency / delivery systems / renewable energy / food/feed production / food / energy / greenhouse-gas / solar energy / farm equipment / /
NaturalFeature
Mississippi River / /
Organization
University of California / Institute of Scientific Information / USDA / University of Essex / University of Reading / University of Leeds / Animal Science Department / University of Illinois / American Academy for the Advancement of Science / United Nations / University of Illinois Energy Bioscience Institute / University of Vienna / Smithsonian Institution / European Union / /
Person
Long / Frank Dohlman / Clyde Beale / Emily Heaton / /
Position
contributing author / know-how and commercial advisors / deputy director / chief editor / Robert Emerson professor / major US crop / professor of environmental biology / /
ProvinceOrState
Nebraska / Illinois / Mississippi / California / /
back to contents Opportunities for Enhancing the Productivity of Biofeedstocks and Minimizing Inputs: Theory and Practice Stephen P. Long