STE DES FIGURES igure1 igure 2 igure 3 Figure 4 igure 5 igure 6 igure 7 Figure 8 igure 9 igure 10 igure 11 igure 12 igure 13 igure 14 igure 15 igure 16 igure 17 igure 18 Proportion by type of GHG Displacement of isohyets Representation of the framework of LEAP modeling Structure of final energy consumption by source in Mali Evolution of CO2 emissions in the energy sector over the period 2004-2017 Breakdown of CO2 emissions by energy sub-sector in 20170 Breakdown of emissions by type of gas Breakdown of emissions by sub-sector and by type of gas Breakdown of emissions by sub-sector Proportion of emissions by type of gas Curves of emissions for the baseline and mitigation scenarios for the period 2018-2030 Curves for evolution of emissions from the base and mitigation scenarios for the period 2020-2030 Sequestration of emissions in KT eq CO2 in the Forestry sector GHG emissions from the waste sector over the period 2020-2030 base scenario and mitigation scenario Evolution of Net Global Emissions and Mitigation for all sectors Proportion of GHG emissions in CO2 EQ by sectors of activity Proportion of global emissions by type of gas for all sectors Summary of pollutants that are classified as atmospheric pollutants, short-lived climate pollutants and greenhouse gases (Source: CCPA SNAP, 2019). igure 19 Overview of the benefits of action on short-lived climate pollutants for climate change igure 20 Reduction of black carbon emissions resulting from the implementation of greenhouse gas mitigation measures assessed. igure 21 Reduction of fine particulate matter (PM25-) emissions through the implementation of assessed greenhouse gas mitigation measures. igure 22 Reduction of nitrogen oxide (NOX) emissions resulting from the implementation of assessed greenhouse gas mitigation measures.