Biases in the diurnal cycle of Earth's outgoing longwave radiation in the GFDL AM4 and CM4 models (Data)

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Description This dataset contains NetCDF files used in the analysis of the diurnal cycle of top-of-atmosphere outgoing longwave radiation in the GFDL AM4 and CM4 climate models, together with outputs from standalone/offline radiation calculations. Files am4_atmos_diurnal_cmip.2000-2014.rlut.time_shift.ncGFDL AM4 top-of-atmosphere all-sky outgoing longwave radiation (rlut) for 2000–2014.The file has been processed with a time-shift procedure used for the diurnal cycle analysis. am4_atmos_diurnal_cmip.2000-2014.rlutcs.time_shift.ncGFDL AM4 top-of-atmosphere clear-sky outgoing longwave radiation (rlutcs) for 2000–2014.The file has been processed with the same time-shift procedure used for the diurnal cycle analysis. cm4_atmos_diurnal_cmip.2000-2014.rlut.time_shift.ncGFDL CM4 top-of-atmosphere all-sky outgoing longwave radiation (rlut) for 2000–2014.The file has been processed with the time-shift procedure used for the diurnal cycle analysis. cm4_atmos_diurnal_cmip.2000-2014.rlutcs.time_shift.ncGFDL CM4 top-of-atmosphere clear-sky outgoing longwave radiation (rlutcs) for 2000–2014.The file has been processed with the time-shift procedure used for the diurnal cycle analysis. standalone-control-00030101.rad_fluxes.timefix.ncOutput from the control standalone/offline radiation calculation. standalone-dailyTs-00030601.rad_fluxes.timefix.ncOutput from a standalone/offline radiation experiment where daily surface temperature (Ts) was held fixed. standalone-dailyTa-00030601.rad_fluxes.timefix.ncOutput from a standalone/offline radiation experiment where daily atmospheric temperature (Ta) was held fixed. standalone-dailyWV-00030601.rad_fluxes.timefix.ncOutput from a standalone/offline radiation experiment wrer daily water vapor (WV) was held fixed. standalone-dailyALL-00030601.rad_fluxes.timefix.ncOutput from a standalone/offline radiation experiment in which daily water vapor, Ts, Ta, and ozone were held fixed. These files support the analysis presented in: "Biases in the diurnal cycle of Earth's outgoing longwave radiation in the GFDL AM4 and CM4 models", Saba et al. (submitted). Associated analysis and figure generation code: https://doi.org/10.5281/zenodo.22754404

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