Extended Data Fig. 4: The flow chart on the left shows the global value chain analysis of the EU’s carbon footprint due to plastics production in 2015 (254 Mt CO2-equivalents, 100%) and the small graphs on the right show the temporal evolution of the EU’s carbon footprint due to plastics production from 1995 to 2030 under different scenarios (2-degree and 6-degree scenario until 210034,35). | Nature Sustainability

Extended Data Fig. 4: The flow chart on the left shows the global value chain analysis of the EU’s carbon footprint due to plastics production in 2015 (254 Mt CO2-equivalents, 100%) and the small graphs on the right show the temporal evolution of the EU’s carbon footprint due to plastics production from 1995 to 2030 under different scenarios (2-degree and 6-degree scenario until 210034,35).

From: Growing environmental footprint of plastics driven by coal combustion

Extended Data Fig. 4: The flow chart on the left shows the global value chain analysis of the EU’s carbon footprint due to plastics production in 2015 (254 Mt CO2-equivalents, 100%) and the small graphs on the right show the temporal evolution of the EU’s carbon footprint due to plastics production from 1995 to 2030 under different scenarios (2-degree and 6-degree scenario until 210034,35).

The flow chart on the left shows the global value chain analysis of the EU’s carbon footprint due to plastics production in 2015 (254 Mt CO2-equivalents, 100%) and the small graphs on the right show the temporal evolution of the EU’s carbon footprint due to plastics production from 1995 to 2030 under different scenarios (2-degree and 6-degree scenario until 210034,35), following the format of Fig. 1 of the main article. The end-of-life stages of plastics (recycling, incineration, and landfills) contributed to another 19 Mt CO2-equivalents in 2015 (data not shown in this figure).

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