Aerosol-light interactions reduce the carbon budget imbalance - DGVM output

DGVM (JULES and ORCHIDEE_DF) output associated with the publication 'Aerosol-light interactions reduce the carbon budget imbalance' (O'Sullivan et al., 2021 - Environmental Research Letters). Files contain monthly data over the period 1901-2017. There are 7 simulations for each model, with varying surface solar radiation in each case. Atmospheric CO2 and all climate variables (except for incoming short-wave radiation) vary throughout all simulations. Historical: total and diffuse shortwave radiation depend on the solar zenith angle, temporally varying cloud cover and aerosol optical depth of the whole atmospheric column. FixedAero: Time-invariant (1901-1920 cycle) tropospheric aerosol and no stratospheric aerosol influence on total and diffuse shortwave radiation FixedTropAero: Time-invariant (1901-1920 cycle) tropospheric aerosol influence on total and diffuse shortwave radiation FixedStratAero: no stratospheric aerosol influence on total and diffuse shortwave radiation FixedAero_DF: Time-invariant (1901-1920 cycle) tropospheric aerosol and no stratospheric aerosol influence on diffuse shortwave radiation FixedTropAero_DF: Time-invariant (1901-1920 cycle) tropospheric aerosol influence on diffuse shortwave radiation FixedStratAero_DF: no stratospheric aerosol influence on diffuse shortwave radiation