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POST CLM4.0 DEVELOPMENT

Disclaimer: These model results are from preliminary post clm4.0 development simulations of the community climate system model and should not be cited or distributed.

CLM Offline Simulation Descriptions - CLM4 Radiation/Photosynthesis
  • clm3_7_05_con (0.9x1.25 control with clm3_7_05)
  • clm3_7_05_apar (same as clm3_7_05_con but with Dai et al. 2004 radiation absorption)
  • clm3_7_05_apar_gbpsn (same as clm3_7_05_apar but with Gordon's photosynthesis model)
  • clm3_7_05_apar_gbpsn_rd (same as clm3_7_05_apar_gbpsn but with dark respiration scaled to average canopy vmax)
  • clm3_7_05_apar_gbpsn_colmscl (same as clm3_7_05_apar_gbpsn but with Dai's scaling for vmax and jmax)
  • clm3_7_05_apar_gbpsn_colmsclvmx (same as clm3_7_05_apar_gbpsn_colmscl but with Dai/SiB vmax at top of canopy)
  • clm3_7_05_apar_gbpsn_colmsclvmxf (same as clm3_7_05_apar_gbpsn_colmsclvmx but with vmax at top of canopy scaled according to photosynthesis curves at average of LAI = 0.5 to 4)
  • clm3_7_05_apar_gbpsn_colmsclvmxf2 (same as clm3_7_05_apar_gbpsn_colmsclvmxf but with vmax at top of canopy scaled according to photosynthesis curves at LAI = 4)
  • clm3_7_05_apar_gbpsn_fnitr (same as clm3_7_05_apar_gbpsn but with Sam's fnitr values)
  • clm3_7_05_apar_gbpsn_cru (same as clm3_7_05_apar_gbpsn but forced with CRUNCEP atm data)
  • clm3_7_05_apar_gbpsn_cruns (same as clm3_7_05_apar_gbpsn_cru but forced with new (Berliand) solar radiation)
  • clm3_7_05_apar_gbpsn_crunew (same as clm3_7_05_apar_gbpsn but forced with ORNL CRUNCEP atm data (/cgd/tss/atm_forcing.datm7.cruncep.0.5d.c110322.ornl)
  • clm3_7_05cn_apar_gbpsn (same as clm3_7_05_apar_gbpsn but with CN on and spinup with 1948 forcing)
  • clm4_con (0.9x1.25 control with clm4 release code)
  • clm4_con_cco2 (same as clm4_con but with CO2 constant at 1982 level)
  • clm4_con_rad (same as clm4_con but with direct to diffuse radiation ratio reduced by 0.2)
  • clm4_apar (same as clm4_con but with Dai et al. 2004 radiation absorption)
  • clm4_apar_gbpsn (same as clm4_apar but with Gordon's photosynthesis model)
  • clm4_apar_gbpsn_colmscl (same as clm4_apar_gbpsn but with Dai's scaling for vmax and jmax)
  • clm4_apar_gbpsn_colmsclkd (same as clm4_apar_gbpsn_colmscl but with extkd=extkn=0.11)
  • clm4_apar_gbpsn_colmsclkd_cco2 (same as clm4_apar_gbpsn_colmsclkd but with CO2 constant at 1982 level)
  • clm4_apar_gbpsn_colmsclkd_rad (same as clm4_apar_gbpsn_colmsclkd but with direct to diffuse radiation ratio reduced by 0.2)
  • clm4_apar_gbpsn_colmsclkd_fntr1 (same as clm4_apar_gbpsn_colmsclkd but with fnitr=1)
  • clm4_apar_gbpsn_colmsclkd_Kattge (same as clm4_apar_gbpsn_colmsclkd but with Kattge vcmax25 values)
  • clm4_apar_gbpsn_colmsclkd_dayl (same as clm4_apar_gbpsn_colmsclkd but without daylength factor)
  • clm4cn_apar_gbpsn_colmsclkd (same as clm4_apar_gbpsn_colmsclkd but with CN on, grperc=0.25, and spinup with 1948 forcing)
  • clm4cn_apar_gbpsn_colmsclkd2 (same as clm4cn_apar_gbpsn_colmsclkd but with consistent grperc)
  • clm4cn_apar_gbpsn_colmsclkd3 (same as clm4cn_apar_gbpsn_colmsclkd2 but with psn=an, instead of psn=ag)
  • clm4cn_apar_gbpsn_colmsclkd_r (same as clm4_apar_gbpsn_colmsclkd but with CN on and spinup with 1948 forcing)
  • clm4cn_apar_gbpsn_colmsclkd_r1 (same as clm4cn_apar_gbpsn_colmsclkd_r but with leaf_mr from rd)
  • clm4_0_18_CN_2000 (clm4_0_18 with CN year 2000)
  • gppdev02_clm4_0_18_CN_2000 (same as clm4_0_18_CN_2000 but with gpp code)
  • gppdev03_clm4_0_18_CN_2000 (same as gppdev02_clm4_0_18_CN_2000 but with multi-layer photosynthesis/radiation)
  • gppdev03_clm4_0_18_CN_2000_rd (same as gppdev03_clm4_0_18_CN_2000 but with Leaf maintenance respiration to match the base rate used in CN - reduced)
  • gppdev_03_trimon_05 (same as gppdev03_clm4_0_18_CN_2000 but with canopy trimming)
  • CLM4CV (clm4_0_18, carbon-only, Kattge vcmx, 1948 CO2, 2000 landcover, aerosol and nitrogen dep, APAR output, 1948-1972 repeated atm forcing)
  • CLM4CVG (same as CLM4CV but with gpp code gppdev02_clm4_0_18 and modfied respiration as in gppdev03_clm4_0_18_CN_2000_rd)
  • CLM4CVGkd3 (same as CLM4CVG but with extkd = 0.30)
  • CLM4CVGkd5 (same as CLM4CVG but with extkd = 0.50)
  • CLM4CVGkd7 (same as CLM4CVG but with extkd = 0.70)
  • CLM4CVGM (same as CLM4CVG but with multi-layer photosynthesis/radiation code gppdev03_clm4_0_18 )
  • CLM4SPG (SL respiration, SL light, SL vcmx scaling, w/co-limitation)
  • CLM4SPGM01 (SL respiration, ML light, SL vcmx scaling, w/co-limitation)
  • CLM4SPGM02 (SL respiration, ML light, No vcmx scaling, w/co-limitation)
  • CLM4SPGM03 (SL respiration, ML light, ML vcmx scaling, w/co-limitation)
  • CLM4SPGM04 (SL respiration, ML light, ML vcmx scaling, wo/co-limitation)
  • CLM4SPGM03a (SL respiration, ML light, ML vcmx scaling, w/co-limitation with 0.05 for minimum leaf humidity)
  • CLM4SPGM03b (SL respiration, ML light, ML vcmx scaling, w/co-limitation with apar fix)
  • CLM4SPGM03c (same as CLM4SPGM03b but with kn dependent on vcmx25)
  • CLM4SPGM03cK (same as CLM4SPGM03c but with Kattge vcmx)
  • CLM4SPGM03dK (same as CLM4SPGM03cK but with 0.05 for minimum leaf humidity and stable solution fix)
  • CLM4SPGM03dKjmx (same as CLM4SPGM03dK but jmax25 = 1.67*vcmax25)
  • CLM4SPGM03dKjmx05 (same as CLM4SPGM03dKjmx but with laifrac fix)
  • CLM4SPGM03dKjmx06 (same as CLM4SPGM03dKjmx05 but cleaned up code)
  • CLM4SP2L (CLM4 (clm4_0_18) with transient CO2, aerosols, climate, fnitr = GPP paper)
  • CLM4SP2Lfntr1 (CLM4 (clm4_0_18) with transient CO2, aerosols, climate, fnitr = 1)
  • CLM4SP2LG (CLM4 GPP (gppdev02_clm4_0_18) with transient CO2, aerosols, climate, fnitr = GPP paper)
  • CLM4SP2LGfntr1 (CLM4 GPP (gppdev02_clm4_0_18) with transient CO2, aerosols, climate, fnitr = 1)
  • CLM4SPML (CLM4 Multi-layer (gppdev04_clm4_0_18) with transient CO2, aerosols, climate, Kattge vcmx (represents real life nitrogen limitation))
  • CLM4SP2LGrh (CLM4 GPP (gppdev02_clm4_0_18) with ceair>0.05, fnitr=GPP, kn=0.11, jmax=1.97vcmax)
  • CLM4SP2LGrh_fntr1 (CLM4 GPP (gppdev02_clm4_0_18) with ceair>0.05, fnitr=1, kn=0.11, jmax=1.97vcmax)
  • CLM4SP2LGrh_kat (CLM4 GPP (gppdev02_clm4_0_18) with ceair>0.05, fnitr=Kattge, kn=0.11, jmax=1.97vcmax)
  • CLM4SP2LGrh_kat_kn3 (CLM4 GPP (gppdev02_clm4_0_18) with ceair>0.05, fnitr=Kattge, kn=0.30, jmax=1.97vcmax)
  • CLM4SP2LGrh_kat_kn5 (CLM4 GPP (gppdev02_clm4_0_18) with ceair>0.05, fnitr=Kattge, kn=0.50, jmax=1.97vcmax)
  • CLM4SP2LGrh_kat_kd3 (CLM4 GPP (gppdev02_clm4_0_18) with ceair>0.05, fnitr=Kattge, kn=0.11, kd=0.30, jmax=1.97vcmax)
  • CLM4SP2LGrh_kat_kd5 (CLM4 GPP (gppdev02_clm4_0_18) with ceair>0.05, fnitr=Kattge, kn=0.11, kd=0.50, jmax=1.97vcmax)
  • CLM4SP2LGrh_kat_kd7 (CLM4 GPP (gppdev02_clm4_0_18) with ceair>0.05, fnitr=Kattge, kn=0.11, kd=0.70, jmax=1.97vcmax)
  • CLM4SPMLbase (CLM4 Multi-layer (gppdev04_clm4_0_18) with ceair>0.05, fnitr=GPP, kn=0.11, jmax=1.97vcmax)
  • CLM4SPMLkat (CLM4 Multi-layer (gppdev04_clm4_0_18) with ceair>0.05, fnitr=Kattge, kn=0.11, jmax=1.97vcmax)
  • CLM4SPMLkn (CLM4 Multi-layer (gppdev04_clm4_0_18) with ceair>0.05, fnitr=Kattge, kn=Lloyd, jmax=1.97vcmax)
  • CLM4SPMLkn_final (Final CLM4 Multi-layer (gppdev06_clm4_0_33) with vcmax26top calculated from flnr)
  • CLM4SPMLkn_final_iter10 (Final CLM4 Multi-layer (gppdev06_clm4_0_33) with vcmax26top calculated from flnr, but using 10 iterations as in CLM4SPMLkn, not three as in CLM4SPMLkn_final)
  • CLM4SPMLkn_final_slsl_clm45sci (same setup as CLM4SPMLkn but with clm45sci02_clm4_0_39 and single layer version of multi-layer model (nlevcan=1))

    • CLM Offline Simulation Descriptions - Snow layer thickness fix and ndep/aer deposition
  • ccsm4_0_beta52_con (0.9x1.25 control with clm3_7_15)
  • ccsm4_0_beta52_void (same as ccsm4_0_beta52_con but with snow layer thickness fixes)
  • ccsm4_0_beta52_ndepaer (same as ccsm4_0_beta52_void but with datm interpolation of nitrogen/aerosol deposition)
  • ccsm4_0_beta52_ndepaertrans (transient with snow layer thickness fix and datm interpolation of nitrogen/aerosol deposition)
  • b40.1850.track1.1deg.beta52con (fully coupled 1850 beta52 control)
  • b40.1850.track1.1deg.beta52ndepaer (fully coupled 1850 beta52 with snow layer thickness fix and datm interpolation of nitrogen/aerosol deposition)

    • CLM Offline Simulation Descriptions - Other Development
  • clm4_0_37_con (0.9x1.25 CLMCN control)
  • clm4_0_37_tk (same as clm4_0_37_con but with tkwat=0.57 and saturated tk corrected to Farouki 1981)
  • clm4_0_33_con (0.9x1.25 control with clm4_0_33)
  • clm4_0_33_nlevsoi7 (same as clm4_0_33_con but with nlevsoi=7 globally)
  • clm4_0_33_nlevsoi4 (same as clm4_0_33_con but with nlevsoi=4 globally)

    • CLM4 - Radiation/Photosynthesis

    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    LND clm3_7_05_apar 1985-2004 clm3_7_05_con 1985-2004 1948-2004 03/08/10
    LND clm3_7_05_apar_gbpsn 1985-2004 clm3_7_05_apar 1985-2004 1948-2004 04/12/10
    LND clm3_7_05_apar_gbpsn 1985-2004 clm3_7_05_con 1985-2004 1948-2004 04/13/10
    LND clm3_7_05_apar_gbpsn_rd 1949-1952 clm3_7_05_apar_gbpsn 1949-1952 1948-1952 05/14/10
    LND clm3_7_05_apar_gbpsn_colmscl 1949-1952 clm3_7_05_apar_gbpsn 1949-1952 1948-1952 05/06/10
    LND clm3_7_05_apar_gbpsn_colmsclvmx 1949-1952 clm3_7_05_apar_gbpsn 1949-1952 1948-1952 05/07/10
    LND clm3_7_05_apar_gbpsn_colmsclvmxf 1949-1952 clm3_7_05_apar_gbpsn 1949-1952 1948-1952 05/08/10
    LND clm3_7_05_apar_gbpsn_colmsclvmxf2 1985-2004 clm3_7_05_apar_gbpsn 1985-2004 1948-2004 05/13/10
    LND clm3_7_05_apar_gbpsn_fnitr 1985-2004 clm3_7_05_apar_gbpsn 1985-2004 1948-2004 04/20/10
    LND clm3_7_05cn_apar_gbpsn - Trends Only - 1-297 04/20/10
    LND clm3_7_05cn_apar_gbpsn 293-297 clm3_7_05cn_apar_gbpsn 2-6 293-297 (2-6) 05/21/10
    LND clm3_7_05_apar_gbpsn_cru 1985-2004 clm3_7_05_apar_gbpsn 1985-2004 1948-2004 04/16/10
    LND clm3_7_05_apar_gbpsn_cruns 1985-2004 clm3_7_05_apar_gbpsn 1985-2004 1948-2004 05/21/10
    LND clm3_7_05_apar_gbpsn_crunew 1985-2004 clm3_7_05_apar_gbpsn 1985-2004 1948-2010 (1948-2004) 05/29/11
    LND clm3_7_05_apar_gbpsn_crunew 1985-2004 clm3_7_05_apar_gbpsn_cru 1985-2004 1948-2010 (1948-2004) 05/29/11
    LND clm4_apar 1985-2004 clm4_con 1985-2004 1948-2004 05/23/10
    LND clm4_apar_gbpsn 1985-2004 clm4_apar 1985-2004 1948-2004 05/23/10
    LND clm4_apar_gbpsn_colmscl 1985-2004 clm4_apar_gbpsn 1985-2004 1948-2004 05/23/10
    LND clm4_apar_gbpsn_colmsclkd 1985-2004 clm4_apar_gbpsn_colmscl 1985-2004 1948-2004 05/28/10
    LND clm4_apar_gbpsn_colmsclkd 1985-2004 clm4_apar_gbpsn 1985-2004 1948-2004 06/02/10
    LND clm4_con_cco2 1985-2004 clm4_con 1985-2004 1982-2004 (1948-2004) 08/24/10
    LND clm4_con_rad 1982-2004 clm4_con 1982-2004 1982-2004 08/29/10
    LND clm4_apar_gbpsn_colmsclkd_cco2 1985-2004 clm4_apar_gbpsn_colmsclkd 1985-2004 1982-2004 (1948-2004) 08/24/10
    LND clm4_apar_gbpsn_colmsclkd_rad 1982-2004 clm4_apar_gbpsn_colmsclkd 1982-2004 1982-2004 08/29/10
    LND clm4_apar_gbpsn_colmsclkd_fntr1 1985-2004 clm4_apar_gbpsn_colmsclkd 1985-2004 1948-2004 07/09/10
    LND clm4_apar_gbpsn_colmsclkd_Kattge 1985-2004 clm4_apar_gbpsn_colmsclkd 1985-2004 1948-2004 07/16/10
    LND clm4_apar_gbpsn_colmsclkd_dayl 1985-2004 clm4_apar_gbpsn_colmsclkd 1985-2004 1948-2004 07/16/10
    LND clm4cn_apar_gbpsn_colmsclkd - Trends Only - 1-126 (1-297) 06/07/10
    LND clm4cn_apar_gbpsn_colmsclkd 121-125 clm4cn_apar_gbpsn_colmsclkd 2-6 121-125 (2-6) 06/08/10
    LND clm4cn_apar_gbpsn_colmsclkd2 (jaguar) - clm4cn_apar_gbpsn_colmsclkd2 (bluefire) - 1-14 06/11/10
    LND clm4cn_apar_gbpsn_colmsclkd2 - OBS - 1-422 06/24/10
    LND clm4cn_apar_gbpsn_colmsclkd3 - OBS - 1-14 06/10/10
    LND clm4cn_apar_gbpsn_colmsclkd_r1 3-12 clm4cn_apar_gbpsn_colmsclkd_r 3-12 1-12 11/12/10
    LND gppdev02_clm4_0_18_CN_2000 2-5 clm4_0_18_CN_2000 2-5 1-5 02/18/11
    LND gppdev03_clm4_0_18_CN_2000 2-5 gppdev02_clm4_0_18_CN_2000 2-5 1-5 02/18/11
    LND gppdev03_clm4_0_18_CN_2000_rd 2-5 gppdev03_clm4_0_18_CN_2000 2-5 1-5 02/24/11
    LND gppdev_03_trimon_05 2-3 gppdev03_clm4_0_18_CN_2000 2-3 1-3 (1-5) 02/24/11
    LND CLM4CVG 41-50 CLM4CV 41-50 1-50 04/02/11
    LND CLM4CVGM 11-20 CLM4CVG 41-50 1-20 (1-50) 04/06/11
    LND CLM4CVGkd3 11-20 CLM4CVGM 11-20 1-20 04/07/11
    LND CLM4CVGkd5 11-20 CLM4CVGM 11-20 1-20 04/07/11
    LND CLM4CVGkd7 11-20 CLM4CVGM 11-20 1-20 04/07/11
    LND CLM4CVGM corrected 3-7 CLM4CVG 3-7 1-7 04/12/11
    LND CLM4SPGM04 2-5 CLM4SPG 2-5 1-5 04/16/11
    LND CLM4SPGM01 2-5 CLM4SPG 2-5 1-5 04/16/11
    LND CLM4SPGM03 2-5 CLM4SPGM01 2-5 1-5 04/16/11
    LND CLM4SPGM04 2-5 CLM4SPGM03 2-5 1-5 04/16/11
    LND CLM4SPGM03 2-5 CLM4SPGM02 2-5 1-5 04/16/11
    LND CLM4SPGM03 2-5 CLM4SPG 2-5 1-5 04/16/11
    LND CLM4SPGM03a 2-5 CLM4SPGM03 2-5 1-5 04/18/11
    LND CLM4SPGM03b 2-5 CLM4SPGM03 2-5 1-5 04/18/11
    LND CLM4SPGM03c 2-5 CLM4SPGM03b 2-5 1-5 04/21/11
    LND CLM4SPGM03cK 2-5 CLM4SPGM03c 2-5 1-5 04/22/11
    LND CLM4SPGM03dK 2-5 CLM4SPGM03cK 2-5 1-5 04/23/11
    LND CLM4SPGM03dKjmx 2-5 CLM4SPGM03dK 2-5 1-5 04/25/11
    LND CLM4SPGM03dKjmx05 2-5 CLM4SPGM03dKjmx 2-5 1-5 04/30/11
    LND CLM4SPGM03dKjmx06 2-5 CLM4SPG 2-5 1-5 05/03/11
    LND CLM4SP2L 1982-2004 CLM4SP2Lfntr1 1982-2004 1948-2004 05/09/11
    LND CLM4SP2LG 1982-2004 CLM4SP2LGfntr1 1982-2004 1948-2004 05/09/11
    LND CLM4SP2LG 1982-2004 CLM4SP2L 1982-2004 1948-2004 05/09/11
    LND CLM4SPML 1982-2004 CLM4SP2LG 1982-2004 1948-2004 05/09/11
    LND CLM4SP2LGrh 1982-2004 CLM4SP2LG 1982-2004 1948-2004 07/07/11
    LND CLM4SP2LGrh_fntr1 1982-2004 CLM4SP2LGrh 1982-2004 1948-2004 07/07/11
    LND CLM4SP2LGrh_kat 1982-2004 CLM4SP2LGrh 1982-2004 1948-2004 07/07/11
    LND CLM4SP2LGrh_kat_kn3 1982-2004 CLM4SP2LGrh_kat 1982-2004 1948-2004 03/23/12
    LND CLM4SP2LGrh_kat_kn5 1982-2004 CLM4SP2LGrh_kat 1982-2004 1948-2004 03/23/12
    LND CLM4SP2LGrh_kat_kd3 1982-2004 CLM4SP2LGrh_kat 1982-2004 1948-2004 03/25/12
    LND CLM4SP2LGrh_kat_kd5 1982-2004 CLM4SP2LGrh_kat 1982-2004 1948-2004 03/25/12
    LND CLM4SP2LGrh_kat_kd7 1982-2004 CLM4SP2LGrh_kat 1982-2004 1948-2004 03/25/12
    LND CLM4SPMLbase 1982-2004 CLM4SP2LGrh 1982-2004 1948-2004 07/07/11
    LND CLM4SPMLkat 1982-2004 CLM4SP2LGrh_kat 1982-2004 1948-2004 07/07/11
    LND CLM4SPMLkn 1982-2004 CLM4SPMLkat 1982-2004 1948-2004 07/05/11
    LND CLM4SPML 1982-2004 CLM4SPMLkn 1982-2004 1948-2004 07/05/11
    LND CLM4SPMLkn_final 1982-2004 CLM4SPMLkn 1982-2004 1948-2004 01/13/12
    LND CLM4SPMLkn_final_iter10 1982-2004 CLM4SPMLkn 1982-2004 1948-2004 02/10/12
    LND CLM4SPMLkn_final_slsl_clm45sci 1982-2004 CLM4SPMLkn 1982-2004 1948-2004 05/08/12

    CLM4 - Snow layer thickness fix and ndep/aer deposition

    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    LND ccsm4_0_beta52_void 1985-2004 ccsm4_0_beta52_con 1985-2004 1948-2004 05/09/10
    LND ccsm4_0_beta52_ndepaer 1985-2004 ccsm4_0_beta52_void 1985-2004 1948-2004 05/09/10
    LND b40.1850.track1.1deg.beta52ndepaer 2-10 b40.1850.track1.1deg.beta52con 2-10 1-10 05/12/10
    LND ccsm4_0_beta52_ndepaertrans 1855-1859 b40.20th.track1.1deg.004 1855-1859 1850-1859 05/11/10

    CLM4 - Other Development

    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    LND clm4_0_37_tk 1950-1959 clm4_0_37_con 1950-1959 1948-1959 12/01/11
    LND clm4_0_33_nlevsoi7 1985-2004 clm4_0_33_con 1985-2004 1948-2004 12/19/11
    LND clm4_0_33_nlevsoi4 1985-2004 clm4_0_33_con 1985-2004 1948-2004 12/19/11
    LND b.e11.B1850CN.f19_g16.004 21-50 b.e11.B1850CN.f19_g16.003 21-50 1-50 09/13/12
    LND b.e11.B1850CN.f19_g16.006 21-50 b.e11.B1850CN.f19_g16.005 21-50 1-50 09/17/12
    LND b.e11.B1850CN.f19_g16.007 2-4 b.e11.B1850CN.f19_g16.007 2-3 - 11/01/12

  • b40.1850.track1.1deg.beta52con and b40.1850.track1.1deg.beta52ndepaer REGIONAL TIMESERIES PLOTS
  • b40.1850.track1.1deg.beta52con - b40.1850.track1.1deg.beta52ndepaer REGIONAL TIMESERIES PLOTS
  • ccsm4_0_beta52_ndepaertrans and b40.20th.track1.1deg.004 REGIONAL TIMESERIES PLOTS
  • ccsm4_0_beta52_ndepaertrans - b40.20th.track1.1deg.004 REGIONAL TIMESERIES PLOTS

    • CRUNCEP-QIAN Comparisons

  • CRUNCEP and QIAN - ISCCP FD CONTOUR PLOTS
  • CRUNCEP AND QIAN REGIONAL TIMESERIES PLOTS
  • CRUNCEP-QIAN REGIONAL TIMESERIES PLOTS

    • CRUNCEP (Solar from Berliand 1960 empirical formula)-QIAN Comparisons

  • CRUNCEP-QIAN CONTOUR PLOTS

    • send questions and comments to
    Keith Oleson (oleson@ucar.edu)