Japan / United States / Soviet Union / Canada / Australia / Korea / China / India / / /
Event
Environmental Issue / Man-Made Disaster / /
Facility
College Park / University of Illinois / Joint Global Change Research Institute / University Research Court / /
IndustryTerm
on-line documentation / surface transportation sector / energy analysis field / appropriate energy sector / separate energy delivery form / transportation / technology options / energy consumption / natural gas turbines / energy balances / energy combustion / Cement manufacture / transportation sectors / cleaner technologies / technology assumptions / end-use energy technologies / energy sectors / technology shifts / energy use / manufacturing / nuclear energy / energy use data / energy transformation / fossil combustion technologies / energy technologies / energy / /
NaturalFeature
Land-Use Change Emissions Forests Forest / /
Organization
international energy agency / University of Illinois / Urbana-Champaign / Joint Global Change Research Institute / University Research Court / / /
Position
major driver / /
Region
Latin America / Southeast Asia / Eastern Europe / Western Europe / Middle East / Former Soviet Union / /
TVStation
Kyle / /
Technology
end-use energy technologies / energy technologies / IGCC technology / biofuels / Environmental Engineering / 18 A. SECTORAL AND TECHNOLOGY / fossil combustion technologies / /
Supplementary Material Two Hundred Fifty Years of Aerosols and Climate Steven J. Smith1 and Tami C. Bond2 [1] Joint Global Change Research Institute, Pacific Northwest National Laboratory, 5825 University Research Court,