The evolution of fuelwood harvest is directly consistent with projections applied in the Energy sector regarding the evolution of fuel mix. The fuelwood consumption increases by 14% between 2016 and 2030 in the BAU scenario, while it decreases by 4% in the NDC scenario. In 2030, the application of this
The evolution of fuelwood harvest is directly consistent with projections applied in the Energy sector regarding the evolution of fuel mix. The fuelwood consumption increases by 14% between 2016 and 2030 in the BAU scenario, while it decreases by 4% in the NDC scenario. In 2030, the application of this measure allows a reduction of the annual emission estimated at -314 kt CO2e compared to the BAU scenario. L2. FOLU. New afforestation areas. Forest land. ECCS, NTP, ISARD, TNC.
"The evolution of fuelwood harvest is directly consistent with projections applied in the Energy sector regarding the evolution of fuel mix. The fuelwood consumption increases by 14% between 2016 and 2030 in the BAU scenario, while it decreases by 4% in the NDC scenario. In 2030, the application of this measure allows a reduction of the annual emission estimated at - 314 kt CO2e compared to the BAU scenario."
AL
Sectoral Mitigation Targets
M_SecTar1
Targets at the sectoral level
Sectoral targets on
LULUCF/Forestry
REDD+
AL
Sectoral Mitigation Targets
M_SecTar4
emission reduction potential for a given sectoral target
Emission reduction potential
LULUCF/Forestry
REDD+