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The LUCID project is focused on the biogeophysical effects of LULCC on climate. Pitman et al. (2009) investigated the climatic effect of land cover changes from the preindustrial period to present-day
The L1A85 simulation is the model run without landuse change (after yr 2005) and with atmospheric CO2 concentration prescribed from the CMIP run 5.3. This would provide biogeophysical effect of the landuse
The L1B85 simulation is the model run without landuse change (after yr 2005) and with emission-driven atmospheric CO2 concentration from the RCP8.5 scenario. This would provide biogeochemical effect of
The L2A26 simulation is the model run without landuse change (after yr 2005) and with atmospheric CO2 concentration prescribed from the RCP2.6 scenario. This would provide biogeophysical effect of the
The L2A45 simulation is the model run without landuse change (after yr 2005) and with atmospheric CO2 concentration prescribed from the RCP4.5 scenario. This would provide biogeophysical effect of the
The L2A85 simulation is the model run without landuse change (after yr 2005) and with atmospheric CO2 concentration prescribed from the RCP8.5 scenario. This would provide biogeophysical effect of the
The L1A85 simulation is the model run without landuse change (after yr 2005) and with atmospheric CO2 concentration prescribed from the CMIP run 5.3. This would provide biogeophysical effect of the landuse
The L1A85 simulation is the model run without landuse change (after yr 2005) and with atmospheric CO2 concentration prescribed from the CMIP run 5.3. This would provide biogeophysical effect of the landuse
The L1A85 simulation is the model run without landuse change (after yr 2005) and with atmospheric CO2 concentration prescribed from the CMIP run 5.3. This would provide biogeophysical effect of the landuse
The L1A85 simulation is the model run without landuse change (after yr 2005) and with atmospheric CO2 concentration prescribed from the CMIP run 5.3. This would provide biogeophysical effect of the landuse
The L1A85 simulation is the model run without landuse change (after yr 2005) and with atmospheric CO2 concentration prescribed from the CMIP run 5.3. This would provide biogeophysical effect of the landuse
The L1A85 simulation is the model run without landuse change (after yr 2005) and with atmospheric CO2 concentration prescribed from the CMIP run 5.3. This would provide biogeophysical effect of the landuse
The L1A85 simulation is the model run without landuse change (after yr 2005) and with atmospheric CO2 concentration prescribed from the CMIP run 5.3. This would provide biogeophysical effect of the landuse
The L1A85 simulation is the model run without landuse change (after yr 2005) and with atmospheric CO2 concentration prescribed from the CMIP run 5.3. This would provide biogeophysical effect of the landuse
The L1A85 simulation is the model run without landuse change (after yr 2005) and with atmospheric CO2 concentration prescribed from the CMIP run 5.3. This would provide biogeophysical effect of the landuse