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Climatology / Economics of global warming / Climate change mitigation / Emissions trading / Kyoto Protocol / Global warming / Avoiding dangerous climate change / Carbon tax / Individual and political action on climate change / Climate change policy / Climate change / Environment


Technological Forecasting & Social Change–44 Contents lists available at ScienceDirect Technological Forecasting & Social Change
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Document Date: 2015-02-11 10:00:46


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City

Laxenburg / Partial The / Paris / Kyoto / Durban / The Hague / Milan / Sevilla / Potsdam / Zurich / Athens / Berlin / Copenhagen / College Park / /

Company

Classification / GE / Elsevier Inc. / /

Continent

Europe / Africa / /

Country

Switzerland / Netherlands / France / Japan / China / India / Germany / Italy / Turkey / Russia / Austria / United States / South Korea / Spain / Greece / The Netherlands; Berlin / Berlin / Germany; Berlin / Germany / /

Currency

pence / /

/

Event

Environmental Issue / /

Facility

European Commission Joint Research Centre / Germany International Institute / National Institute of Environmental Studies / Northwest National Laboratory's Joint Global Change Research Institute / Paul Scherrer Institute / Sogang University / Mercator Research Institute / greenhouse Classification / Potsdam Institute / Institute of Communication / Research Institute of Innovative Technology / Copernicus Institute / Utrecht University / /

IndustryTerm

higher energy prices / renewable-based electricity generation / low carbon energy conversion routes / electricity supply / renewable and nuclear energy / energy carriers / fossil energy markets / technology spillover / greenhouse gas leakage / explicit technology policies / energy package / use sector representation horizon carbon energy supply options / energy / greenhouse gas emissions / energy system costs / constrained technology availability / increased clean energy deployment / energy sector / zero-carbon technologies / nuclear energy technology targets / energy security / atmospheric greenhouse gas / technology diffusion / electricity sector / direct technology policies / greenhouse gas / low carbon energy supply options / negative emissions technologies / clean energy / technology targets / greenhouse gas emissions budgets / energy policies / technology policies / carbon energy / electricity generation / gas emissions / energy sector implications / /

OperatingSystem

Capros / /

Organization

Research Institute of Innovative Technology / National Institute of Environmental Studies / Pacific Northwest National Laboratory's Joint Global Change Research Institute / Institute of Communication and Computer Systems / Technische Universität Berlin / European Commission / European Union / Bilthoven / Sogang University / Seoul / CPB Netherlands Bureau for Economic Policy Analysis / Copernicus Institute / Mercator Research Institute on Global Commons and Climate Change / European Commission Joint Research Centre / Centre International de Recherche / Potsdam Institute for Climate Impact Research / Germany International Institute for Applied Systems Analysis / Utrecht University / Netherlands Environmental Assessment Agency / Paul Scherrer Institute / /

Person

Adriana Marcucci / Johannes Bollen / Elmar Kriegler / Valentina Bosetti / Thomas Longden / Kenichi Wada / Nils Petermann / Nico Bauer / Shuichi Ashina / Enrico Mattei / Leonidas Paroussos / Alban Kitous / Aurélie Méjean / Valeria Jana Schwanitz / /

/

Position

General / Germany General / author / Austria General / Italy General / Switzerland General / front runner / single front runner / Corresponding author / runner / candidate for pioneering stringent climate action / Greece General / France General / /

PublishedMedium

the Baseline / /

Region

Middle East / Latin America / /

Technology

negative emissions technologies / Kyoto protocol / zero-carbon technologies / /

URL

http /

SocialTag