Description of the files



NETCDF GCM data files

- data_Early_Earth_hot_steamy_340.5Wm2_year4.nc

Last Earth year of GCM simulation results for hot and steamy Earth, mean insolation at 340.5W/m2, 1e5 CCN

- data_Early_Earth_hot_steamy_500Wm2_year4.nc

Last Earth year of GCM simulation results for hot and steamy Earth, mean insolation at 500W/m2, 1e5 CCN

- data_Early_Venus_hot_steamy_340.5Wm2_day1-4.nc

Last four Venusian days of GCM simulation results for hot and steamy Venus, mean insolation at 340.5W/m2, 1e5 CCN

- data_Early_Venus_hot_steamy_500Wm2_day4.nc

Last Venusian day of GCM simulation results for hot and steamy Venus, mean insolation at 500W/m2, 1e5 CCN

- data_Early_Venus_hot_steamy_500Wm2_1e3CCN_day4.nc

Last Venusian day of GCM simulation results for hot and steamy Venus, mean insolation at 500W/m2, 1e3 CCN

- data_Early_Venus_hot_steamy_500Wm2_1e4CCN_day4.nc

Last Venusian day of GCM simulation results for hot and steamy Venus, mean insolation at 500W/m2, 1e4 CCN

- data_Early_Venus_hot_steamy_500Wm2_1e6CCN_day4.nc

Last Venusian day of GCM simulation results for hot and steamy Venus, mean insolation at 500W/m2, 1e6 CCN

- data_Early_Venus_hot_steamy_500Wm2_1e7CCN_day4.nc

Last Venusian day of GCM simulation results for hot and steamy Venus, mean insolation at 500W/m2, 1e7 CCN

- data_Earth_temperate_aquaplanet_340.5Wm2_year1.nc

Last Earth year of GCM simulation results for temperate Earth (in aquaplanet conditions), mean insolation at 340.5W/m2, 1e5 CCN



1D RCM data files

- 1D_pressure_profile_hot_and_steamy_earth.dat
- 1D_temperature_profile_hot_and_steamy_earth.dat

1D pressure and temperature profiles calculated for a hot and steamy Earth



Python script files (using NETCDF GCM data files as input)

- 1_SCRIPT_PLOT_CLOUD_COVER_CENTERED_SUBSOLAR_POINT.py

Script to calculate maps of cloud distribution centered around the subsolar point

- 2_SCRIPT_PLOT_THERMAL_EMISSION_TO_SPACE_CENTERED_SUBSOLAR_POINT.py

Script to calculate maps of thermal emission centered around the subsolar point

- 3_SCRIPT_ZONAL_PLOT_WIND_FIELD_CENTERED_SUBSOLAR_POINT.py

Script to calculate 2D zonal cloud distribution at the subsolar longitude

- 4_SCRIPT_1D_VERTICAL_PLOT_COMPARE_TEMPERATE_AND_HOT_START.py

Script that produces comparisons of temperature, water vapor mixing ratio and absorbed solar radiation vertical profiles between hot and steamy Earth GCM simulations and temperate Earth (aquaplanet) GCM simulations