Figure 28 - Distribution of energy consumption in the service sector in the BAU and EA
scenarios...........
..........48
Figure 29 - Distribution of energy consumption in the industrial sector in the BAU and EA
scenario..........
........49
Figure 30 - Distribution of energy consumption in the transport sector in the BAU and EA
scenarios...............
.........51
Figure 31 - Distribution of energy consumption in the transport sector according to different
modes of transport in the BAU and EA scenario...............
.........52
..53
Figure 32- Composition of electricity consumption in the BAU and EA scenarios.
Figure 33 - Composition of installed electricity capacities in the BAU and EA scenarios....54
Figure 34 - Composition of electricity generation in the BAU and EA scenarios.................54
Figure 35 - GHG emissions from industrial processes and product use (million COeq/year),
2000-2018...........
..........56
Figure 36 - GHG emissions from industrial processes and product use (million COeq/year)
by gas type, 2000-2018..
..........57
Figure 37 - Expected change of GHG emissions from industrial processes and product use
between 2020 and 2050 under different....
..........62
Figure 38 - Trend of agricultural GHG emissions by inventory category between 1990 and
2018...
..........63
Figure 39 - Quantitative change in the dominant sources of agricultural GHG emissions
between 1990 and 2018.........
.........64
Figure 40 - Expected change of GHG emissions in the agricultural sector between 2016 and
2050 in the event of the realization of the BAU and EA scenarios..........
.........67
Figure 41-Net CO2 and 'non-CO2 emissions of the LULUC sector between 2020 and 2040
..........69
Figure 42 - Estimated GHG emission and absorption trends in the LULUCF sector between
1985 and 2018...............
.........70
Figure 43 - Expected change of forest cover and forest ecosystems by 2065 if the BAU
scenario is realized.......
.........72