| Document Date: 2012-02-24 05:06:28
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City Cambridge / Calgary / / Company Lenef Consulting / BP / Macmillan Publishers Limited. / Fossil Fuel Resources / IHS CERA Inc / / Country Japan / United States / Canada / / Event Environmental Issue / / Facility University of Victoria / Stanford University / / IndustryTerm greenhouse gas emissions / oil-sands / oil sands / heavy crude upgrading technology / oil supply / gas solubility data / synthetic crude oil / athabasca oil sand / oil equivalent / greenhouse gas / oil / conventional crude oil production / crude product / energy / surface mining / oil-sands bitumen / / Organization School of Earth and Ocean Sciences / Energy Conservation Resources Board / Stanford University / University of Victoria / Victoria / / / ProgrammingLanguage Joule / / ProvinceOrState Alberta / Indiana / British Columbia / Victoria / / PublishedMedium The Open Conservation Biology Journal / the BP Statistical review / / SportsLeague Stanford University / / Technology heavy crude upgrading technology / / URL www.nature.com/natureclimatechange / /
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SUPPLEMENTARY INFORMATION DOI: NCLIMATE1421 The Alberta oil-sands and climate N.C. Swart1 and A.J. Weaver1 1