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scenario_simulation [2023/09/08 12:06] – [Land use, land use change and forestry (LULUCF)] massfellerscenario_simulation [2023/09/08 12:07] (current) – [Land use, land use change and forestry (LULUCF)] massfeller
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 === Technical aspects === === Technical aspects ===
  
-Concerning the improvements made under SUPREMA from a technical perspective, the changes are merged to the trunk. The approach is controlled by globals in capmod\set_global_variables.gms. If the global variable %supremaMrk% == on, the yearly transition rate p_lucAnnualFac_sup is calculated, land activity is expaned to non-european countries and the multinomial logit form approach is used to model land supply responsiveness. If it is %supremaMrk% == off, the old approach using the Marcov chain is used with the respective variable v_luYearly (for details on Marcov chain approach see [[module_for_agricultural_supply_at_regional_level|Supply model description]]). The FOC-approach to calculate LUC as described above is standard and independent from if the global variable supremaMrk is on or off.+Concerning the improvements made under SUPREMA from a technical perspective, the changes are merged to the trunk. The approach is controlled by globals in capmod\set_global_variables.gms. If the global variable %supremaMrk% == on, the yearly transition rate p_lucAnnualFac_sup is calculated, land activity is expaned to non-european countries and the multinomial logit form approach is used to model land supply responsiveness. If it is %supremaMrk% == off, the old approach using the Marcov chain is used with the respective variable v_luYearly (for details on Marcov chain approach see [[module_for_agricultural_supply_at_regional_level|supply model description]]). The FOC-approach to calculate LUC as described above is standard and independent from if the global variable supremaMrk is on or off.
  
 === Carbon accounting === === Carbon accounting ===
  
-A last recent change concerns the transfer of the existing carbon accounting equations from the supply model to the global market model. These equations run if the global variable %supremaMrk% == on. More information on the equations can be found in the description of the supply model. The equations concerned are, indicated with their present “CAPRI names” in the supply models and plus “Mrk” in the market model:+A last recent change concerns the transfer of the existing carbon accounting equations from the supply model to the global market model. These equations run if the global variable %supremaMrk% == on. More information on the equations can be found in the [[module_for_agricultural_supply_at_regional_level|description of the supply model]]. The equations concerned are, indicated with their present “CAPRI names” in the supply models and plus “Mrk” in the market model:
  
 Table 3. Equations concerning mitigation modelling in CAPRI Table 3. Equations concerning mitigation modelling in CAPRI
scenario_simulation.txt · Last modified: 2023/09/08 12:07 by massfeller

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