Data for "A decomposition of the atmospheric and surface contributions to the outgoing longwave radiation"
Description
1. olr_fir_mir_toa_atm_sfc_2013_annualmean_all_clr.nc 2. olr_fir_mir_atm_trop_stra_2013_annualmean_all_clr.nc 3. raddp_fluxdp_4d_2013_annualmean_all_clr.nc 4. tau_tr_dtrdp_dtrdz_ptau1_2013_annualmean_total_fir_mir_all_clr.nc 5. tau_tr_dtrdp_dtrdz_ptau1_2013_annualmean_globalmean_band_all_clr.nc 6. tau_tr_dtrdp_dtrdz_ptau1_2013_annualmean_globalmean_total_fir_mir_all_clr.nc 7. tr_dtrdz_inferred_gpoints_2013_01_clr.nc 8. cf_wf_2013_annualmean_globalmean_total_fir_all.nc 9. cre_olr_fir_mir_sfc_atm_layers_2013_annualmean.nc 10. cre_raddp_fluxdp_4d_2013_annualmean_all_clr.nc 1. total OLR, FIR, MIR at the TOA, ATM or SFC, with the postfix of _clr in variable's name representing results in clear sky (figure1, table1, figure5, figrueS6). 2. total OLR, FIR, MIR in the ATM, in the troposphere or stratosphere (figureS9) 3. radiance intensity and flux intensity per 100hPa thickness layer in the ATM, and vertical integrated ATM contribution and SFC contribution in each spectral band (figire2, figure4, figureS7, figureS8) 4-6 optical depth (tau), transmittance (tr), weighting function (dtr/dp, dtr/dz) in different bands (figure2, figureS3, figureS4, figureS5, figureS7) 7. transmittance (tr) and weighting function (dtr/dz) from the inferred method or averaged from the g-pointsin Jan 2013 in clear sky, with the postfix _g calculated from the g-points. 8. contribution function (eq. 4) and weighting function (eq. 5) (figure 3) 9. cloud radaitive forcing in total OLR, fir and mir at the TOA, ATM (whole ATM+different layers) or SFC (figure8, figureS11, tableS2) 10. CRE of radiance intensity and flux intensity per 100hPa thickness layer in the ATM, and vertical integrated ATM contribution and SFC contribution in each spectral band (figure6, figure7, figureS10)