ConocoPhilips / Marathon / International Energy Agency / Administration Earth System Research Laboratory / US Argonne National Laboratory / Chevron / REC / /
Continent
Europe / Africa / Asia / North America / /
Country
South Africa / France / Brazil / Canada / Australia / United Kingdom / China / Algeria / Mexico / Poland / Russia / United States / Argentina / US / /
Event
Environmental Issue / Product Issues / Force Majeure / /
Facility
ac.uk/climatechange/publications Imperial College / Imperial College / Grantham Institute / US Argonne National Laboratory / /
IndustryTerm
energy demand / gas production / shale gas exploration / transportation / unconventional gas / natural gas / oil and gas / nuclear energy / substantial gas importer / energy supply / gas demand / fossil-energy subsidies / shale gas activity / energy inputs / shale gas outlooks / revolutionised energy markets / gas qualities / energy / energy policy debate / greenhouse gas emissions / then gas / shale gas revolution / Gas bearing shales / energy source / even lower carbon energy options / managed shale gas / gas supplier / conventional gas / conventional gas reserves / gas generation / local greenhouse gas emissions / oil and gas reservoirs / shale gas resources / gas supply / energy sector / energy efficiency / shale gas combustion / gas consumption / chemicals / energy economy / conventional natural gas wells / shale gas substitutes / gas potential / fugitive methane gas / shale gas emissions / typical shale gas operation / recoverable conventional gas resources / gas resources / energy industry / gas field practices / shale gas potential / shale gas / shale gas industries / conventional gas field / onsite processing equipment / far shale gas production / substantial shale gas resources / greater energy independence / gas import dependency / greenhouse gas emissions reduction / shale gas extraction / energy security / gas increases / plentiful and secure energy supplies / regular gas production / gas imports / energy consuming nations / unconventional gas production / conventional gas developments / greenhouse gas / shale gas play / oil / shale gas operations / gas pipelines / recoverable shale gas resources / energy costs / gas technology / gas intensity / imported gas / low-carbon energy sources / shale gas development / electricity generation / gas recovery / energy consumer / storage technologies / oil and gas deposits / gas power plants / oil and gas production / gas operation / shale gas production / potent greenhouse gas / conventional gas production / overall energy demand / gas prices / /
NaturalFeature
Mt. Shale / /
Organization
ac.uk/climatechange/publications Imperial College London / US Environmental Protection Agency / Grantham Institute for Climate Change Figure / National Oceanic and Atmospheric Administration / Royal Academy of Engineering11 / Grantham Institute for Climate Change / US Energy Information Administration / Grantham Institute / European Commission / European Union / Grantham Institute for Climate Change Acknowledgements Annex We / Grantham Institute for Climate Change World / Imperial College London / UK government / US Environment Protection Agency / Royal Academy of Engineering / Royal Society / Grantham Institute for Climate Change In / /
Person
Sarah Lester / Ajay Gambhir / David Fisk / Obama / Al Fraser / Geoffrey Maitland / Paul Stevens / Paweł Olejarnik / Jamie Speirs / Peter Taylor / Hollande / Simon Buckle / Cheng Seong Khor / Emma Critchley / Neil Hirst / /
Position
President / Executive / Chancellor of the Exchequer / Governor / /
Product
Outlook / leaks / wells / spills / /
ProvinceOrState
Utah / Colorado / Wyoming / Uintah County / /
Region
Middle East / central Britain / Western Europe / /
Grantham Institute for Climate Change Briefing paper No 10 October 2013 Shale gas and climate change Neil Hirst, DR Cheng Seong Khor and Dr Simon Buckle