DP14125 The methane footprint of nations: Stylized facts from a global panel dataset

Author(s): Octavio Fern√°ndez-Amador, Joseph Francois, Doris Oberdabernig, Patrick Tomberger
Publication Date: November 2019
Date Revised: November 2019
Keyword(s): decomposition analysis, emissions embodied in trade, methane emissions, methane footprints, MRIO analysis, production-based inventories
JEL(s): F18, F64, O44, Q54, Q56
Programme Areas: International Trade and Regional Economics
Link to this Page: cepr.org/active/publications/discussion_papers/dp.php?dpno=14125

We develop a global dataset of methane inventories derived from production, sup-ply use (fi?nal production), and consumption activities for 1997-2014, disaggregated to 78 countries/regions. Our dataset extends existing data on methane emissions to 2014 and allows to trace emissions embodied in international trade in intermediates and in fi?nal goods. Anthropogenic emissions are quantitatively important for global warming and increased by about 18% from 1997 to 2014. The bulk of produced emissions is attributable to developing economies, though a considerable amount is exported mainly via manufactured goods to high income countries, which are net-importers of methane. Trade-embodied emissions increased by 8% more than nationally produced emissions during 1997-2014, with the strongest increase experienced by China, India, and Indonesia. Decompositions of the growth rate of emissions over this period suggest that methane efficiency improved but that it was outweighed by the effect of economic and population growth in low- and middle-income countries. In high-income countries, however, methane efficiency gains outweighed the effect of economic and population growth.