G1: Balancing 4xCO2 via a reduction of solar constant
Model: MPI-ESM-CMIP5 T64L47 GR15
The experiments use CMIP experiment 4xCO2 as base experiment, Using
climate engineering approaches, the radiative
G2: Balancing 1%CO2 via a reduction of solar constant
Model: MPI-ESM-CMIP5 T64L47 GR15
The experiments use CMIP experiment 1%CO2 as base experiment, Using
climate engineering approaches, the radiative
G3: Balancing RCP4.5 forcing via stratospheric aerosol
Model: MPI-ESM-CMIP5 T64L47 GR15
The experiments use CMIP experiment RCP4.5 as base experiment, where the
anthropogenic forcing rises up to
G3C: control simulation, keeping GHG forcing on the level of 2020
Model: MPI-ESM-CMIP5 T64L47 GR15
This experiment does not use geoengineering. The GHG and aerosol concentrations were kept on year
G3S: Balancing RCP4.5 forcing via a reduction of solar constant
Model: MPI-ESM-CMIP5 T64L47 GR15
The experiments use CMIP experiment RCP4.5 as base experiment, where the
anthropogenic forcing rises
G5: Balancing RCP4.5 forcing via marine cloud brightning
Model: MPI-ESM-CMIP5 T64L47 GR15
The experiments use CMIP experiment RCP4.5 as base experiment, where the
anthropogenic forcing rises up to