fossil fuel infrastructure / chemical approaches / Energy end use / greenhouse gas emissions / learning technologies / energy-system module / electricity / transportation sector / mitigation technologies / land use management / electric and non-electric energy use / online version / adequate tool / transport energy / direct air capture technologies / energy share / transport energy demand / gas emissions / carbon dioxide removal technologies / energy sector / non-electric energy use / electricity sector / energy use / silver bullet technology / energy conversion technologies / solar energy / renewable energy / energy system / substantial greenhouse gas emissions / energy supply / technology class / non-electric energy / energy crops / secondary energy carriers electricity / bio-energy / food / energy / /
NaturalFeature
Mt CO /yr / /
Organization
Mit / D. Klein Potsdam Institute for Climate Impact Research / Royal Society / /
Person
Massimo Tavoni / Carlo Carraro / Elmar Kriegler / David Klein / Gunnar Luderer / Lena Reuster / Robert Socolow / /
Position
Author / driver / Model of Investment / general characteristics / /
Technology
secondary energy conversion technologies / carbon dioxide removal technologies / Biofuels / key technology / DAC technologies / direct air capture technologies / silver bullet technology / mitigation technologies / two BECCS technologies / BECCS technologies / four BECCS technologies / deployed BECCS technologies / non-BECCS technologies / /
Climatic Change DOIs10584Is atmospheric carbon dioxide removal a game changer for climate change mitigation? Elmar Kriegler & Ottmar Edenhofer & Lena Reuster &