New York / Washington / DC / Berlin / Adelaide / Fairbanks / /
Company
Bunn AG / Amazon / Cambridge University Press / Zimov SA / Cox / Dahlem University Press / /
Continent
North America / Europe / /
Country
Germany / Greenland / United States / Canada / Australia / United Kingdom / / /
Event
Man-Made Disaster / Environmental Issue / Natural Disaster / Music Album Release / /
Facility
Institute of Arctic Biology / Flinders University of South Australia / University of California / University of Wisconsin / University of Alaska Fairbanks / /
IndustryTerm
surface energy budget / solar energy absorption / woodland systems / ecological and climatic systems / Energy feedbacks / greenhouse-gas reductions / greenhouse gas / feedhouse-gas / energy / increase energy transfer / ultimate solution / Energy balance / Satellite-observed photosynthetic trends / energy absorption / greenhouse-gas emissions / energy exchange / energy budget / satellite records / energy-absorbing forest canopy / energy transfer / semi-arid climate systems / energy absorp / /
Cambridge University / University of South Australia / Institute of Arctic Biology / Carnegie Institution of Washington / National Science Foundation / 3US Geological Survey / Alaska Cooperative Fish and Wildlife Research Unit / USDA Forest Service / Flinders University / University of California / Irvine / Ecological Society / Ecological Society of America / University of Alaska Fairbanks / University of Wisconsin / Madison / Stanford / /
Person
Reynolds Smith / Stafford Smith / Foley / /
ProvinceOrState
Western Australia / Wisconsin / Alaska / South Australia / California / Colorado / /
Region
northern Africa / South Australia / southwestern Australia / Western Australia / /
RECENT ADVANCES SERIES RECENT ADVANCES SERIES Changing feedbacks in the climate– biosphere system F Stuar t Chapin III1*, James T Randerson2, A David McGuir e3, Jonathan A Foley4, and Christopher B Field5 Ecosystems i