Laxenburg / Australian / Kyoto / Milan / Potsdam / Washington / DC / Kingston / College Park / /
Company
Rio Tinto / J.E. L.C. / Pacific Northwest National Laboratory / B.P.F. / H.M. L.C. / International Energy Agency / Renewable energy / GCAM and MESSAGE / /
Continent
Asia / North America / /
Country
Canada / Australia / Germany / Italy / Austria / United States / /
Currency
USD / / /
Event
Environmental Issue / /
Facility
Joint Global Change Research Institute / Greenhouse Gas Emissions / International Institute / University Research Court / 2Potsdam Institute / Development World Induced Technical Change Hybrid Potsdam Institute / /
IndustryTerm
energy system evolution / energy demand62 / clean energy standard / gas production / conventional and unconventional gas / supply technology / identified generation technologies / gas production technologies / physical energy system / transportation / low-carbon energy sources20 / technology options / climate systems / technology projections / discounted energy system costs / uneconomic shale gas resources / Electricity supply / online version / low-carbon energy policy / technology mix / final energy products / energy policy / unconventional gas / fossil energy markets / electricity technologies / natural gas / greenhouse gas module / energy sources / energy use / lowcarbon energy / abundant gas scenario / energy supply / energy forms / linear-programming systems / transportation fuel production / natural gas systems / model solution / energy inputs / overall energy expansion / technology usage level / electricity output / technology substitution / manufacturing processes / energy consumptions / low-carbon energy quantity / energy / electricity hydrogen / forest products / low-carbon energy protection policy / energy markets / greenhouse gas emissions / Fossil fuel energy / shale gas revolution / lower gas prices / energy market / secondary energy / energy consumption / recoverable gas / gross domestic product / abundant gas substitutes / greenhouse-gas footprint / greater total global primary energy consumption / fossil fuel mining / greenhouse gas mitigation policies / life cycle greenhouse gas emissions / gas production12 / social accounting matrix / energy system expansion effect / gas-fired electricity plant / lower natural gas prices / energy use leads / gas supply / natural gas production cost / greenhouse gas emissions module / final energy / gas substitutes / energy production efficiency / Life-cycle greenhouse gas emissions / gas substituting / natural gas system / Energy transformation sectors / abundant natural gas substituting / non-energy cost / gas consumption / conventional gas supply / energy policy environment / natural gas supply curve assumptions / https /
Organization
University Research Court / Carbon Dioxide Information Analysis Center / International Institute for Applied Systems Analysis / 2Potsdam Institute for Climate Impact Research / Institute for Climate Impact Research / Joint Global Change Research Institute / Italian Ministry of Environment / Land and Sea / Italian Ministry of Education / MIT / Cambridge Univ. / German Federal Ministry of Education / Politecnico di Milano / Environmental Protection Agency / /
Person
Equilibrium Model / Van Vuuren / Raymond Mi / Holger Rogner / /
Position
Author Information Reprints / model of the global economy / producer / Author / Full name BAEconomics General / single representative producer / Representative / Model of Investments and Development / Model Institutional steward BAEconomics Location Kingston / Fisher / /
ProvinceOrState
New Brunswick / Capital Territory / Maryland / /
Region
Northwest / /
Technology
nine technologies / specific energy technology / natural gas extraction technologies / biofuels / improved natural gas extraction technology / gas production technologies / fracturing / conversion technologies / hydraulic fracturing technologies / individually identified generation technologies / low-carbon technologies / pdf / electricity technologies / Leontief technology / energy-saving technologies / simulation / transformation technologies / /
LETTER doi:[removed]nature13837 Limited impact on decadal-scale climate change from increased use of natural gas