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CLM4.0 DEVELOPMENT

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

CLM Offline Simulation Descriptions - Soil Moisture Variability
  • clm3_5con1948 (clm3.5 T42 control run, 1948 start)
  • clm3_5noup (clm3.5 T42 with no upward soil water fluxes, 1948 start)
  • clm3_5g1pore_rh (clm3.5 T42 with Qing micropores eqs (hk and smp), sat excess fix, 1948 start, arb init)
  • clm3_5richardsempf (clm3.5 T42 with Zeng hydrology, 1948 start, arb init)
  • clm3_5niu1 (clm3.5 T42 with Niu water table below soil column, fff=7, 1948 start, arb init)
  • clm3_5niu2 (clm3.5 T42 with Niu water table below soil column, fff=7, and Qing micropore eqs (hk and smp), 1948 start, arb init)
  • clm3_5niu4 (clm3.5 T42 with Niu water table below soil column, fff=10, and Niu reductions to sucsat, 1948 start, arb init)
  • clm3_5niu5 (clm3.5 T42 with Niu water table below soil column, fff=7, and Qing micropore eqs (hk and smp) plus Qing microporosity, 1948 start, arb init)
  • clm3_5niu7 (clm3.5 T42 same as clm3_5niu5 but with init h2osoi_vol=0.3, 1948 start, arb init)

    • CLM Offline Simulation Descriptions - Other Development
  • clm3_5con (clm3.5 T42 control run, 1979 start)
  • clm3_5bs10 (clm3.5 T42 with bare soil and forcing height at 10 + z0m(soil), 1979 start)
  • clm3_5bs10zd (clm3.5 T42 with bare soil and forcing height at 10 + tropical tree z0m+d, 1979 start)
  • clm3_5fhgt40 (clm3.5 T42 with forcing height at 40 m, 1979 start)
  • clm3_5zd (clm3.5 T42 with X. Zeng sparse/dense aerodyamic parameters, 1979 start)
  • clm3_5emg (clm3.5 T42 with weighted (fsno) soil/snow emissivity, 1979 start)
  • clm3_5stabf (clm3.5 T42 with Bill Large stability functions (version 1), 1979 start)
  • clm3_5stabf2 (clm3.5 T42 with Bill Large stability functions (version 2), 1979 start)
  • clm3_5_19con (clm3.5 FV1.9x2.5 control with clm3_5_19, 1948 arb init.)
  • clm3_5_19fhgtpft (clm3.5 FV1.9x2.5 with pft-level forcing height (10m+z0+d), 1948 arb init.)
  • clm3_5_19fhgtpftf (clm3.5 FV1.9x2.5 with pft-level forcing height (30m+z0+d), 1948 arb init.)
  • clm36sci_clm3_5_19 (clm4 development FV1.9x2.5 [includes (1) weighted soil/snow emissivity, (2) forcing height at 40m, (3) X. Zeng sparse/dense aerodynamic parameters, (4) organic soil, (5) Liu(2004) micropore eqs (hksat, sucsat, watsat), (6) Niu water table below soil column + fff=7, (7) init h2osoi_vol=0.3, (8) snow compaction fix, (9) snow T profile during layer splitting fix, (10) new FGR12 diagnostic, (11) sat excess to next to lowest layer only, (12) snow burial fraction], 1948 arb init., changes are equivalent to clm36sci04_clm3_5_19 tag)
  • clm36sci09_clm3_6_02 (clm4 development FV1.9x2.5 [includes all clm36sci_clm3_5_19 changes plus (1), REMOVED sat excess to next to lowest layer only, (2) pft-dependent forcing height at 40m plus z0+d , (3) FIX snow cover fraction, (4) Incorporate SNICAR, (5) Deep soil (15 layers), (6) update to trunk tag clm3_6_02, 1948 arb init.)
  • clm36sci09_clm3_6_02sw (same as clm36sci09_clm3_6_02 but with Liu(2004) micropore eqs (hksat, sucsat, watsat) and Niu water table below soil column + fff=7 replaced with Sean Swenson modifications (fff=1.5, Liu(2004) micropore hksat, qcharge to soil water calculations))
  • clm36sci09_clm3_6_02sw2 (same as clm36sci09_clm3_6_02 but with Liu(2004) micropore eqs (hksat, sucsat, watsat) and Niu water table below soil column + fff=7 replaced with Sean Swenson modifications (fff=2.5, rsbmax=9.9, qcharge to soil water calculations))
  • clm36sci09_clm3_6_02swoff (same as clm36sci09_clm3_6_02sw but run in offline mode, not sequential))
  • clm36sci09_clm3_6_02swoff_noorg (same as clm36sci09_clm3_6_02swoff but without organic soil))
  • clm36sci10_clm3_6_02lmwg (same as clm36sci09_clm3_6_02 but with Liu(2004) micropore eqs (hksat, sucsat, watsat) and Niu water table below soil column + fff=7 removed, and additions of (1) forcing height at 30m+zo+d, (2) fff=2.5 and rsubmax=9.9 for drainage calculation, (3) fff=0.5 for surface runoff calculation, (4) frozen fraction of soil expression normalized per Zeng, (5) one-step solution for soil moisture and qcharge per Swenson, (6) rsoil replaced by litter resistance including stability effect per Koichi)
  • clm36sci10_clm3_6_02lmwgx (same as clm36sci10_clm3_6_02lmwg but with additions of (1) Zeng/Decker Richards equation mods, (2) modified one-step solution for soil moisture/qcharge per Swenson for compatibility with Richards equation mods)
  • clm36sci10_clm3_6_02lmwgf1 (same as clm36sci10_clm3_6_02lmwg but with rsub_max=5.5e-3)
  • clm36sci10_clm3_6_02lmwgxf1 (same as clm36sci10_clm3_6_02lmwgx but with rsub_max=5.5e-3)
  • clm36sci13_clm3_6_07lmwgxf1 (same as clm36sci10_clm3_6_02lmwgxf1 but with new forcing data)
  • clm36sci14_clm3_6_07nhklit0 (same as clm36sci13_clm3_6_07lmwgxf1 but with mineral soil hydraulic conductivity and litter resistance to zero)
  • clm36sci14_clm3_6_07shklit0 (same as clm36sci13_clm3_6_07lmwgxf1 but with organic/mineral soil hydraulic conductivity percolation theory and litter resistance to zero)
  • clm36sci14_clm3_6_07shklit1 (same as clm36sci13_clm3_6_07lmwgxf1 but with organic/mineral soil hydraulic conductivity percolation theory)
  • clm36sci14_clm3_6_07shklit1uaf (same as clm36sci13_clm3_6_07lmwgxf1 but with organic/mineral soil hydraulic conductivity percolation theory and bug fix for uaf)
  • clm36sci14_clm3_6_07shklit0_5uaf (same as clm36sci13_clm3_6_07lmwgxf1 but with organic/mineral soil hydraulic conductivity percolation theory, litter lai = 0.5, and bug fix for uaf)
  • clm36sci16_clm3_6_11shklit0_5sfc (same as clm36sci13_clm3_6_07lmwgxf1 but with organic/mineral soil hydraulic conductivity percolation theory, deep rock, litter lai = 0.5, old lakes/wetlands, CN pft physiology file)
  • clm36sci16_clm3_6_11shklit0_5sfc_go (same as clm36sci16_clm3_6_11shklit0_5sfc but with Asner RSE grass optical properties)
  • clmsci_go_pft (same as clm36sci16_clm3_6_11shklit0_5sfc_go but with new P. Lawrence sfc dataset (reduced grasslands))
  • clmsci_go_pftn (same as clm36sci16_clm3_6_11shklit0_5sfc_go but with newest P. Lawrence sfc dataset (reduced grasslands, retuned soil colors))
  • clmsci_go_pftpot (same as clmsci_go_pftn but with potential vegetation))
  • clmsci_go_pftn_org (same as clmsci_go_pftn but with additional changes to organic soil per D. Lawrence))
  • clm36sci14_clm3_6_07nsc (same as clm36sci13_clm3_6_07lmwgxf1 but no soil carbon)
  • clm36sci14_clm3_6_07nhksc (same as clm36sci13_clm3_6_07lmwgxf1 but with mineral soil hydraulic conductivity)
  • clm36sci14_clm3_6_07hk10 (same as clm36sci13_clm3_6_07lmwgxf1 but with hksat/10)
  • clm36sci14_clm3_6_07rsoil (same as clm36sci13_clm3_6_07lmwgxf1 but with Koichi litter resistance/stability replace by rsoil)
  • clm36sci14_clm3_6_07hk10rsoilnsc (same as clm36sci13_clm3_6_07lmwgxf1 but with hksat/10, Koichi litter resistance/stability replace by rsoil, no soil carbon)
  • clm36sci22_clm3_6_14 (science branch clm36sci22_clm3_6_14)
  • clm36sci22_clm3_6_14fx (science branch clm36sci22_clm3_6_14 but with fixes for solar radiation penetration and supercool for wetlands/glaciers)
  • clm3_6_27_1850sp (spinup run for 1850, CO2=285ppm, 1948 atm forcing repeated)
  • clm3_6_27_1990sp (spinup run for 1990, CO2=379ppm, 1990 atm forcing repeated)
  • clm3_6_31_1850sp_maxpft (spinup run for 1850, CO2=284.7ppm, 1950 atm forcing repeated, 17 pfts)
  • clm3_6_31_2000sp_maxpft (spinup run for 2000, CO2=379ppm, 2000 atm forcing repeated, 17 pfts)
  • clm3_6_32_1850sp (spinup run for 1850, CO2=284.7ppm, 1950 atm forcing repeated, 17 pfts, double precision surface dataset consistent with 1850 transient dataset)
  • clm3_6_32_1850spv2 (same as clm3_6_32_1850sp but uses surfdata_1.9x2.5_urb3den_simyr1850_c090419.nc, initialized from end of year 170 of clm3_6_32_1850sp)
  • clm3_6_35_2000sp (2000 spinup using surfdata_1.9x2.5_urb3den_simyr2000_c090421.nc)
  • clm3_6_35_1850init_0.9x1.25 (initialized from interpolated spinup file from year 36 of clm3_6_32_1850spv2)
  • clm3_6_37_1850_rtm (1850 run with RTM fix)
  • clm3_6_37_1850-2000_rtm (1850 transient run with RTM fix)
  • clm3_6_38_1850sp (1850 spinup)
  • clm3_6_38_2000sp (2000 spinup)
  • ICN1850f19_BCNHalfHrly (offline forced with coupled model atm output from 1/2hr time step)
  • ICN1850f19_BCN3HrlyAvg (offline forced with coupled model atm output from 3 hour average)
  • ICN1850f19_BCN3HrlyInst (offline forced with coupled model atm output from mix of 3 hour average and instantaneous)
  • ICN1850f19_BCNHalfHrly-2 (same as ICN1850f19_BCNHalfHrly but with iradsw=-1)
  • ICN1850f19_BCN3HrlyInst-2 (same as ICN1850f19_BCN3HrlyInst but with new solar interpolation algorithm)
  • ICN1850f09_BCN3HrlyAvg (1 deg offline forced with coupled model atm all fields from 3hour average)
  • ICN1850f09_BCN3HrlyHSol (1 deg offline forced with coupled model atm all fields except solar (1/2 hourly) from 3 hour average)
  • BCN1850TR1f09g16_3Hrly (1 deg coupled model run from which forcing for ICN1850f09_BCN3HrlyAvg and ICN1850f09_BCN3HrlyHSol were derived)

    • CLM Offline Simulation Descriptions - CLM4
  • clm4_spinup(OLD) (0.9x1.25 1948 spinup run with clm3_6_48)
  • clm4_spinup(NEW) (same as clm4_spinup but with aquifer fix)
  • clm4_CN_spinup (0.9x1.25 1948 spinup run with clm3_6_48 and CN on)
  • clm4_cn_spinup (same as clm4_CN_spinup but with final ndep file and aquifer fix)
  • clm3_6_14_oldfrc_spin (0.9x1.25 1948 spinup run with clm3_6_14 (close to CLM3.5), with old Qian forcing (single stream))
  • clm3_6_14_newfrc_spin (0.9x1.25 1948 spinup run with clm3_6_14 (close to CLM3.5), with new Qian forcing (three streams))
  • clm4(OLD) (0.9x1.25 1948-2004 run with clm3_6_48, initialized from end of OLD clm4_spinup)
  • clm4(NEW) (same as clm4 but with aquifer fix and initialized from end of NEW clm4_spinup)
  • clm4_CN (0.9x1.25 1948-2004 run with clm3_6_48 and CN on, initialized from end of clm4_CN_spinup)
  • clm4_cn(OLD) (same as clm4_CN but with corrected Ndep file (units and NOy+NHx), initialized from end of clm4_CN_spinup)
  • clm4_cn(NEW) (same as clm4_CN but with final ndep file and aquifer fix, initialized from end of clm4_cn_spinup)
  • clm3_6_14_oldfrc (0.9x1.25 run with clm3_6_14 (close to CLM3.5), with old Qian forcing (single stream))
  • clm3_6_14_newfrc (0.9x1.25 run with clm3_6_14 (close to CLM3.5), with new Qian forcing (three streams))
  • i1973-2005cnNewHCoefs (transient harvest, landuse, co2, ndep, atmos forcing)
  • clm4_cn_snwbg (same as clm4_cn(NEW) but with snow energy conservation bug fix)
  • clm4_366ppm (same as clm4(NEW) but with co2 at 366 ppmv instead of 379ppmv)
  • i40.cndyn_1deg_cnd4_5 (CLM4CN run in transient mode, from Oak Ridge simulations i40.cndyn_1deg_cnd4 (1850-1971) and i40.cndyn_1deg_cnd5 (1972-2004))
  • clm4_cn_bdnr (same as clm4_cn_spinup but initialized from end of clm4_cn_spinup and with bdnr = 0.005)

    • CLM Offline Simulation Descriptions - CLM4 Aquifer Fix
  • clm4_wa (same as clm4 but with fix to trend in aquifer water)
  • clm4_CN_wa (same as clm4_CN but with fix to trend in aquifer water)
  • clm4_CN_wa_arbi (same as clm4_CN_wa but arbitrary initialization)
  • clm4_CN_ss (same as clm4_cn (note: WITH new nitrogen deposition) but with Sean Swenson changes that fix the trend in aquifer water but changes climate (towards a more robust solution for arctic hydrology))
  • clm4_cn_ss128 (same as clm4_cn but with "xs" taken out of drainage, 128 processors)
  • clm4_cn_ss128n (same as clm4_cn but with 1) aquifer water set to 5000 in BeginWaterBalance if water table is within soil column, 2) "xs" taken out of wt and drainage, 3) minimum h2osoi_liq set to watmin (not zero), 4) and loop to get water for 10th layer from layers above if necessary)

    • CAM/CLM Simulation Descriptions - FV core
  • cam3_5_45con (FV1.9x2.5 with clm3_6_02, 31L atmosphere)
  • cam3_5_45sci (FV1.9x2.5 with clm36sci09_clm3_6_02)
  • cam3_5_45sci_brnch (FV1.9x2.5 with clm36sci09_clm3_6_02 and restriction to zwt-zi)
  • cam3_5_45sci17 (FV1.9x2.5 with clm36sci17_clm3_6_11)
  • cam3_5_45sci17nsv (FV1.9x2.5 with clm36sci17_clm3_6_11, no snow effects on veg optical properties)
  • cam3_5_45sci17sb (FV1.9x2.5 with clm36sci17_clm3_6_11, double critical snow depth for veg burial from 0.2 to 0.4)
  • cam3_5_45sci17saf (FV1.9x2.5 with clm36sci17_clm3_6_11, change snow age factor from 1.0 to 1.5)
  • cam3_5_45sci17scf (FV1.9x2.5 with clm36sci17_clm3_6_11, change "m" in fractional snow cover from 1.0 to 1.6)
  • cam3_5_45sci17scf_go_pftmod (same as cam3_5_45sci17scf but with Asner RSE grass optical properties, newest P. Lawrence modern sfc dataset (reduced grasslands, retuned soil colors))
  • cam3_5_45sci17scf_go_pftpot (same as cam3_5_45sci17scf but with Asner RSE grass optical properties, newest P. Lawrence potential sfc dataset (reduced grasslands, retuned soil colors))
  • cam3_5_45sci21 (clm36sci21_clm3_6_14)
  • cam3_5_45sci21_26l (same as cam3_5_45sci21 but with 26 layer atmosphere)
  • b40.1850.track1.001 (CCSM Track1 1850 simulation with urban)
  • ccsm4_0_beta13_fcn (FV1.9x2.5, cam3_6_34 Track1, clm3_6_31, F-case, climo SSTs, present day (2000), CN on)
  • ccsm4_0_beta13_f (FV1.9x2.5, cam3_6_34 Track1, clm3_6_31, F-case, climo SSTs, present day (2000), CN off)
  • ccsm4_0_beta13_fcn_shrb (FV1.9x2.5, cam3_6_34 Track1, clm3_6_31, F-case, climo SSTs, present day (2000), CN on, sai factor changed to 0.5 from 0.65 and limit shrub height to 0.5m)
  • ccsm4_0_beta13_fcn_shrb3q (same as ccsm4_0_beta13_fcn_shrb but limit shrub height to 0.75m)
  • ccsm4_0_beta13_fcn_shrb4q (same as ccsm4_0_beta13_fcn_shrb but limit shrub height to 1.00m)
  • ccsm4_0_beta13_fcn_shrbtap (same as ccsm4_0_beta13_fcn_shrb but no limit on shrub height, instead change taper from 200 to 40 for shrubs)
  • ccsm4_0_beta13_fcn_shrbtap2 (same as ccsm4_0_beta13_fcn_shrb but no limit on shrub height, instead change taper from 200 to 10 for shrubs)

    • CLM Offline Simulations-Comparison to Observations

    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    LND clm3_5_19con_sp - OBS - 1-90 03/17/08

    CLM Offline Simulations-Model to Model Comparison

    Development - Standard Diagnostics

    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    LND clm3_5fhgt40 1984-2003 clm3_5con 1984-2003 1979-2003 08/30/07
    LND clm3_5bs10zd 1984-1988 clm3_5bs10 1984-1988 1979-1988 08/24/07
    LND clm3_5zd 1984-2003 clm3_5con 1984-2003 1979-2003 08/18/07
    LND clm3_5emg 1984-2003 clm3_5con 1984-2003 1979-2003 09/07/07
    LND clm3_5stabf 1984-2003 clm3_5con 1984-2003 1979-2003 09/13/07
    LND clm3_5stabf2 1984-2003 clm3_5con 1984-2003 1979-2003 09/18/07
    LND clm3_5_19fhgtpft 1953-1957 clm3_5_19con 1953-1957 1948-1957 03/13/08
    LND clm3_5_19fhgtpftf 1953-1957 clm3_5_19con 1953-1957 1948-1957 03/24/08
    LND clm36sci_clm3_5_19 1984-2004 clm3_5_19con 1984-2004 1948-2004 03/10/08
    LND clm36sci09_clm3_6_02 1984-2004 clm3_5_19con 1984-2004 1948-2004 04/22/08
    LND clm36sci09_clm3_6_02 1984-2004 clm36sci_clm3_5_19 1984-2004 1948-2004 04/22/08
    LND clm36sci09_clm3_6_02sw 1984-2004 clm3_5_19con 1984-2004 1948-2004 05/27/08
    LND clm36sci09_clm3_6_02sw 1984-2004 clm36sci09_clm3_6_02 1984-2004 1948-2004 05/27/08
    LND clm36sci09_clm3_6_02sw2 1984-2004 clm36sci09_clm3_6_02 1984-2004 1948-2004 06/11/08
    LND clm36sci09_clm3_6_02swoff 1984-2004 clm36sci09_clm3_6_02sw 1984-2004 1948-2004 05/30/08
    LND clm36sci09_clm3_6_02swoff_noorg 1984-2004 clm36sci09_clm3_6_02swoff 1984-2004 1948-2004 06/04/08
    LND clm36sci10_clm3_6_02lmwg 1984-2004 clm3_5_19con 1984-2004 1948-2004 06/28/08
    LND clm36sci10_clm3_6_02lmwg 1984-2004 clm36sci09_clm3_6_02 1984-2004 1948-2004 06/30/08
    LND clm36sci10_clm3_6_02lmwg 1984-2004 clm36sci09_clm3_6_02sw2 1984-2004 1948-2004 06/30/08
    LND clm36sci10_clm3_6_02lmwgx 1948-1956 clm36sci10_clm3_6_02lmwg 1948-1956 1948-1956 07/07/08
    LND clm36sci10_clm3_6_02lmwgf1 1948-1956 clm36sci10_clm3_6_02lmwg 1948-1956 1948-1956 07/10/08
    LND clm36sci10_clm3_6_02lmwgxf1 1948-1956 clm36sci10_clm3_6_02lmwgf1 1948-1956 1948-1956 07/10/08
    LND clm36sci13_clm3_6_07lmwgxf1 1948-1956 clm36sci10_clm3_6_02lmwgxf1 1948-1956 1948-1956 08/02/08
    LND clm36sci13_clm3_6_07lmwgxf1 1984-2004 clm36sci10_clm3_6_02lmwgxf1 1984-2004 1948-2004 08/04/08
    LND clm36sci13_clm3_6_07lmwgxf1 1984-2004 clm3_5_19con 1984-2004 1948-2004 08/07/08
    LND clm36sci14_clm3_6_07nhklit0 1984-2004 clm36sci13_clm3_6_07lmwgxf1 1984-2004 1948-2004 08/19/08
    LND clm36sci14_clm3_6_07shklit0 1984-2004 clm36sci13_clm3_6_07lmwgxf1 1984-2004 1948-2004 08/24/08
    LND clm36sci14_clm3_6_07shklit1uaf 1954-1963 clm36sci14_clm3_6_07shklit1 1954-1963 1948-1963 08/27/08
    LND clm36sci14_clm3_6_07shklit1uaf 1984-2004 clm36sci14_clm3_6_07shklit0 1984-2004 1948-2004 08/28/08
    LND clm36sci14_clm3_6_07shklit0_5uaf 1984-2004 clm36sci13_clm3_6_07lmwgxf1 1984-2004 1948-2004 09/01/08
    LND clm36sci14_clm3_6_07nsc 1984-2004 clm36sci13_clm3_6_07lmwgxf1 1984-2004 1948-2004 08/18/08
    LND clm36sci14_clm3_6_07nhksc 1984-2004 clm36sci13_clm3_6_07lmwgxf1 1984-2004 1948-2004 08/18/08
    LND clm36sci14_clm3_6_07hk10 1984-2004 clm36sci13_clm3_6_07lmwgxf1 1984-2004 1948-2004 08/11/08
    LND clm36sci14_clm3_6_07rsoil 1984-2004 clm36sci13_clm3_6_07lmwgxf1 1984-2004 1948-2004 08/11/08
    LND clm36sci14_clm3_6_07hk10rsoilnsc 1984-2004 clm36sci13_clm3_6_07lmwgxf1 1984-2004 1948-2004 08/15/08
    LND clm36sci16_clm3_6_11shklit0_5sfc 1984-2004 clm36sci13_clm3_6_07lmwgxf1 1984-2004 1948-2004 09/01/08
    LND clm36sci16_clm3_6_11shklit0_5sfc 1984-2004 clm3_5_19con 1984-2004 1948-2004 09/02/08
    LND clm36sci16_clm3_6_11shklit0_5sfc_go 1984-2004 clm36sci16_clm3_6_11shklit0_5sfc 1984-2004 1948-2004 10/07/08
    LND clmsci_go_pft 1984-2004 clm36sci16_clm3_6_11shklit0_5sfc_go 1984-2004 1948-2004 10/10/08
    LND clmsci_go_pftn 1984-2004 clm36sci16_clm3_6_11shklit0_5sfc_go 1984-2004 1948-2004 10/12/08
    LND clmsci_go_pftn 1984-2004 clmsci_go_pftpot 1984-2004 1948-2004 10/14/08
    LND clmsci_go_pftn 1984-2004 clm36sci16_clm3_6_11shklit0_5sfc 1984-2004 1948-2004 10/13/08
    LND clmsci_go_pftn_org 1984-2004 clmsci_go_pftn 1984-2004 1948-2004 10/14/08
    LND clm36sci22_clm3_6_14fx 1949-1956 clm36sci22_clm3_6_14 1949-1956 1948-1956 11/23/08
    LND clm3_6_27_1990sp - clm3_6_27_1850sp - 1-150 03/17/09
    LND clm3_6_31_2000sp_maxpft - clm3_6_31_1850sp_maxpft - 1-170 04/10/09
    LND clm3_6_32_1850sp - obs - 1-175 04/15/09
    LND clm3_6_32_1850spv2 - obs - 1-70 04/21/09
    LND clm3_6_35_2000sp - obs - 1-175 04/29/09
    LND clm3_6_35_1850init_0.9x1.25 - clm3_6_32_1850spv2 - 1-40(1-70) 04/23/09
    LND clm3_6_37_1850_rtm 11-30 clm3_6_37_1850_rtm 1869-1880 1-30(1850-1880) 05/02/09
    LND clm3_6_38_2000sp 151-180 clm3_6_38_1850sp 151-180 1-180 05/12/09
    LND ICN1850f19_BCN3HrlyInst 1-2 ICN1850f19_BCN3HrlyAvg 1-2 1-2 06/26/09
    LND ICN1850f19_BCN3HrlyInst 10-14 ICN1850f19_BCNHalfHrly 10-14 1-14 06/29/09
    LND ICN1850f19_BCN3HrlyAvg 1-2 ICN1850f19_BCNHalfHrly 1-2 1-2 06/26/09
    LND ICN1850f19_BCN3HrlyInst-2 13-17 ICN1850f19_BCNHalfHrly-2 13-17 1-17 07/05/09
    LND ICN1850f09_BCN3HrlyHSol 2-3 BCN1850TR1f09g16_3Hrly 2-3 1-3 07/07/09
    LND ICN1850f09_BCN3HrlyHSol 23-27 BCN1850TR1f09g16_3Hrly 2-3 1-27 (1-3) 07/09/09
    LND ICN1850f09_BCN3HrlyAvg 2-3 BCN1850TR1f09g16_3Hrly 2-3 1-3 07/07/09
    LND b40.1850.track.1deg.006.beta29 234-235 OBS - 234-235 10/02/09

    CLM4 - Standard Diagnostics

    LND clm4_spinup (OLD) - OBS - 1-104 09/07/09
    LND clm4_spinup (NEW) - OBS - 1-149 11/30/09
    LND clm4_CN_spinup - OBS - 1-200 09/09/09
    LND clm4_cn_spinup - OBS - 1-203 12/01/09
    LND clm3_6_14_newfrc_spin - clm3_6_14_oldfrc_spin - 1-30 10/21/09
    LND clm3_6_14_newfrc 1985-2004 clm3_6_14_oldfrc 1985-2004 1948-2004 10/23/09
    LND clm4_CN 1985-2004 clm4(OLD) 1985-2004 1948-2004 09/15/09
    LND clm4_CN 1985-2004 OBS - 1948-2004 09/15/09
    LND clm4_cn(OLD) 1985-2004 clm4_CN 1985-2004 1948-2004 10/08/09
    LND clm4_cn(NEW) 1985-2004 clm4_cn(OLD) 1985-2004 1948-2004 12/02/09
    LND clm4_cn(NEW) 1985-2004 i1973-2005cnNewHCoefs 1985-2004 1948-2004 (1973-2004) 02/11/10
    LND clm4_cn(NEW) 1985-2004 clm4(NEW) 1985-2004 1948-2004 12/03/09
    LND clm4_cn_snwbg 1953-1972 clm4_cn(NEW) 1953-1972 1948-1972 02/18/10
    LND clm4_366ppm 1953-1957 clm4(NEW) 1953-1957 1948-1957 02/25/10
    LND i40.cndyn_1deg_cnd4_5 1985-2004 clm4_cn(NEW) 1985-2004 1948-2004 02/19/10
    LND i40.cndyn_1deg_cnd4_5 1985-2004 clm4(NEW) 1985-2004 1948-2004 05/21/10
    LND i40.cndyn_1deg_cnd4_5 1985-2004 OBS 1985-2004 1948-2004 05/21/10
    LND i40.cndyn_1deg_cnd4_5 1985-2004 i1973-2005cnNewHCoefs 1985-2004 1948-2004 (1973-2004) 03/03/10
    LND clm3_6_14_oldfrc_T42 1948-1949 hydp2_off_communn_hk44 1948-1949 (2404-2405) 1948-1950 (2404-2406) 10/16/09
    LND clm3_6_14_newfrc_T42 1948-1949 clm3_6_14_oldfrc_T42 1948-1949 1948-1950 10/19/09
    LND clm4(OLD) 1985-2004 clm3_6_14_newfrc 1985-2004 1948-2004 10/24/09
    LND clm4(NEW) 1985-2004 clm3_6_14_newfrc 1985-2004 1948-2004 12/03/09
    LND clm4(NEW) 1985-2004 clm4(OLD) 1985-2004 1948-2004 12/03/09
    LND clm4(NEW) 1985-2004 OBS - - 03/19/10
    LND clm4_cn_bdnr 77-96 clm4_cn_spinup 184-203 1-88 (1-203) 12/28/10
  • JGR Figures and Tables
    		• clm4 results have not been updated for aquifer fix clm4_CN results have not been updated for new ndep file and aquifer fix

    CLM4 - Aquifer fix

    LND clm4_wa - clm4 - 1948-1963 10/01/09
    LND clm4_CN_wa 1985-2004 clm4_CN 1985-2004 1948-2004 10/07/09
    LND clm4_CN_wa_arbi 4-8 OBS - 1-8 10/15/09
    LND clm4_CN_wa_arbi_imped 15-24 OBS - 1-24 10/19/09
    LND clm4_CN_ss 1959-1968 clm4_cn 1959-1968 1948-1968 11/19/09
    LND clm4_cn_ss128 1959-1968 clm4_cn 1959-1968 1948-1968 11/20/09
    LND clm4_cn_ss128n 1985-2004 clm4_cn 1985-2004 1948-2004 11/22/09
    LND clm4_cn_ss128n 1985-2004 OBS - 1948-2004 11/23/09
    LND b40.1850.track1.1deg.006 - OBS - 851-862 11/25/09
    LND b40.1850.track1.1deg.006 852-881 b40.1850.track1.1deg.006 820-849 852-881 (820-849) 11/28/09
    LND b40.1850.track1.1deg.006 - OBS - 852-881 11/28/09
    LND b40.1850.track1.1deg.006 971-1000 OBS - 852-1000 12/09/09

    Feddema et al. runs - Standard Diagnostics

    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    LND i1850-2004cn 1985-2004 i1850-2004cnNoHLU 1985-2004 1850-2004 12/09/09
    LND i1973-2005cnNewHCoefs 1985-2004 i1850-2004cnNoHLU 1985-2004 1850-2004 12/09/09
    LND i1850-2004cnNHCPSTR 1985-2004 i1850-2004cnNoHLU 1985-2004 1850-2004 02/18/10

    CN vs. C-only runs NEW - Standard Diagnostics

    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    LND i1850cn (new) 54-78 i1850cn 251-275 1-78 11/05/09
    LND i1850cn (new) - i1850cn (new) - 209-286(131-208) 11/06/09
    LND i1850cnNewNdep 303-307 i1850cnNewNdep 278-282 278-307 11/21/09
    LND i1850-1972cnNewHCoefs 1875-1879 i1850-1972cnNewHCoefs 1850-1854 1850-1879 11/19/09
    LND i1850-1972cnNewHCoefsLST5 1968-1972 i1850-1972cnNewHCoefsFST5 1850-1854 - 02/12/10
    LND i1850-2004cnLST5 2000-2004 i1850-2004cnFST5 1973-1977 1973-2004 12/10/09
    LND i1973-2005cnNewHCoefsLST5 2000-2004 i1973-2005cnNewHCoefsFST5 1973-1977 1973-2004 11/12/09
    LND i1973-2005cnNHCconstNLST5 2000-2004 i1973-2005cnNHCconstNFST5 1973-1977 1973-2004 11/16/09
    LND i1973-2005cnNHCconstco2LST5 2000-2004 i1973-2005cnNHCconstco2FST5 1973-1977 1973-2004 11/12/09
    LND i1973-2005cnNHCconstNco2LST5 2000-2004 i1973-2005cnNHCconstNco2FST5 1973-1977 1973-2004 11/16/09
    LND i1973-2005cnNHCconstclimLST5 2000-2004 i1973-2005cnNHCconstclimFST5 1973-1977 1973-2004 11/12/09
    LND i1973-2005cnNHCconstclNLST5 2000-2004 i1973-2005cnNHCconstclNFST5 1973-1977 1973-2004 11/16/09
    LND i1973-2005cnNoHLULST5 2000-2004 i1973-2005cnNoHLUFST5 1973-1977 1973-2004 12/14/09
    LND i1973-2005cnNoHLUconstNLST5 2000-2004 i1973-2005cnNoHLUconstNFST5 1973-1977 1973-2004 12/14/09
    LND i1973-2005cnNoHLUconstco2LST5 2000-2004 i1973-2005cnNoHLUconstco2FST5 1973-1977 1973-2004 12/14/09
    LND i1973-2005cnNoHLUconstNco2LST5 2000-2004 i1973-2005cnNoHLUconstNco2FST5 1973-1977 1973-2004 12/14/09
    LND i1973-2005cnNoHLUconstclLST5 2000-2004 i1973-2005cnNoHLUconstclFST5 1973-1977 1973-2004 12/14/09
    LND i1973-2005cnNoHLUconstclNLST5 2000-2004 i1973-2005cnNoHLUconstclNFST5 1973-1977 1973-2004 12/14/09
    LND i1973-2005cnNoHLUconstclco2LST5 2000-2004 i1973-2005cnNoHLUconstclco2FST5 1973-1977 1973-2004 12/14/09
    LND i1973-2005cnNoHLUconstclNco2LST5 2000-2004 i1973-2005cnNoHLUconstclNco2FST5 1973-1977 1973-2004 12/14/09
    LND i1973-2005cnNewHCoefsALL32 1973-2004 OBS - - 11/16/09
    LND i1973-2005cnNHCconstNALL32 1973-2004 OBS - - 11/18/09
    LND i1973-2005cnNHCconstco2ALL32 1973-2004 OBS - - 11/18/09
    LND i1973-2005cnNHCconstclimALL32 1973-2004 OBS - - 11/18/09
    LND i1973-2005cnNoHLUALL32 1973-2004 OBS - - 12/14/09
    LND i1973-2005cnNoHLUconstNALL32 1973-2004 OBS - - 12/14/09
    LND i1973-2005cnNoHLUconstco2ALL32 1973-2004 OBS - - 12/14/09
    LND i1973-2005cnNoHLUconstNco2ALL32 1973-2004 OBS - - 12/14/09
    LND i1973-2005cnNoHLUconstclALL32 1973-2004 OBS - - 12/14/09
    LND i1973-2005cnNoHLUconstclNALL32 1973-2004 OBS - - 12/14/09
    LND i1973-2005cnNoHLUconstclco2ALL32 1973-2004 OBS - - 12/14/09
    LND i1973-2005cnNoHLUconstclNco2ALL32 1973-2004 OBS - - 12/14/09
    LND i1850-1972cnSUPLNfnitrLST5 1968-1972 i1850-1972cnSUPLNfnitrFST5 1850-1854 - 02/12/10
    LND i1973-2005cnSfNoHLULST5 2000-2004 i1973-2005cnSfNoHLUFST5 1973-1977 1973-2004 12/14/09
    LND i1973-2005cnSfNoHLUconstclLST5 2000-2004 i1973-2005cnSfNoHLUconstclFST5 1973-1977 1973-2004 12/14/09
    LND i1973-2005cnSfNoHLUconstco2LST5 2000-2004 i1973-2005cnSfNoHLUconstco2FST5 1973-1977 1973-2004 12/14/09
    LND i1973-2005cnSfNoHLUconstclco2LST5 2000-2004 i1973-2005cnSfNoHLUconstclco2FST5 1973-1977 1973-2004 12/14/09
    LND i1973-2005cnSfNoHLUALL32 1973-2004 OBS - - 12/14/09
    LND i1973-2005cnSfNoHLUconstclALL32 1973-2004 OBS - - 12/14/09
    LND i1973-2005cnSfNoHLUconstco2ALL32 1973-2004 OBS - - 12/14/09
    LND i1973-2005cnSfNoHLUconstclco2ALL32 1973-2004 OBS - - 12/14/09

    CN vs. C-only runs OLD - Standard Diagnostics

    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created

    CN spinup runs - Standard Diagnostics

    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    LND i1850cnNEWspinup 985-1109 i1850cnNEWspinup 485-509 985-1109(485-509) 10/05/09

    Development - Other Diagnostics

  • Modelfarm Observed vs. Modeled GPP
  • JGR Figures and Tables - clm36sci09_clm3_6_02 etc...
  • Soil Moisture - clm36sci16_clm3_6_11shklit0_5sfc
  • Soil Moisture - clm36CNncepCTRL13
  • Soil Moisture - clm36sci14_clm3_6_07hk10rsoilnsc
  • Soil Moisture - clm36sci14_clm3_6_07rsoil
  • Soil Moisture - clm36sci14_clm3_6_07hk10
  • Soil Moisture - clm36sci13_clm3_6_07lmwgxf1
  • Soil Moisture - clm36sci10_clm3_6_02lmwgxf1
  • Soil Moisture - clm36sci09_clm3_6_02
  • Soil Moisture - clm36sci09_clm3_6_02sw
  • Soil Moisture - clm36sci_clm3_5_19
  • Illinois Solar Radiation - 3 Day
  • Illinois Solar Radiation - 10 Day
  • Amazon Solar Radiation - 3 Day
  • Amazon Solar Radiation - 10 Day

    • CLM Offline Simulations-Model to Model Comparison

    Soil Moisture Variability - Standard Diagnostics

    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    LND clm3_5noup 1984-2004 clm3_5con1948 1984-2004 1948-2004 11/01/07
    LND clm3_5g1pore_rh 1984-2004 clm3_5con1948 1984-2004 1948-2004 12/18/07
    LND clm3_5richardsempf 1984-2004 clm3_5con1948 1984-2004 1948-2004 02/08/08
    LND clm3_5g1pore_rn 1984-2004 clm3_5con1948 1984-2004 1948-2004 02/10/08
    LND clm3_5g1pore_ro 1984-2004 clm3_5con1948 1984-2004 1948-2004 02/10/08
    LND clm3_5g1pore_rr 1984-2004 clm3_5con1948 1984-2004 1948-2004 02/12/08
    LND clm3_5niu1 1984-2004 clm3_5con1948 1984-2004 1948-2004 02/25/08
    LND clm3_5niu2 1984-2004 clm3_5con1948 1984-2004 1948-2004 02/28/08
    LND clm3_5niu4 1984-2004 clm3_5con1948 1984-2004 1948-2004 03/02/08
    LND clm3_5niu5 1984-2004 clm3_5con1948 1984-2004 1948-2004 03/03/08
    LND clm3_5niu7 1984-2004 OBS 1948-2004 03/08/08

    Soil Moisture Variability - Other Diagnostics

  • JGR Figures and Tables
  • Soil Moisture - clm3_5noup
  • Soil Moisture - clm3_5g1pore
  • Soil Moisture - clm3_5richards
  • Soil Moisture - clm3_5g1porern
  • Soil Moisture - clm3_5g1porerr
  • Soil Moisture - clm3_5g1porert
  • Soil Moisture - clm3_5niu1
  • Soil Moisture - clm3_5niu2
  • Soil Moisture - clm3_5niu4
  • Soil Moisture - clm3_5niu5

    • CAM/CLM Simulations (FV core) -Comparison to Observations
    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created

    CAM/CLM Simulations (FV core) - Model to Model Comparison
    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    LND cam3_5_45sci 3-12 cam3_5_45con 3-12 1-13 05/27/08
    LND cam3_5_45sci17 3-12 cam3_5_45con 3-12 1-13 09/06/08
    LND cam3_5_45sci17nsv 3-12 cam3_5_45sci17 3-12 1-13 09/29/08
    LND cam3_5_45sci17sb 3-12 cam3_5_45sci17 3-12 1-13 09/29/08
    LND cam3_5_45sci17saf 3-12 cam3_5_45sci17 3-12 1-13 09/29/08
    LND cam3_5_45sci17scf 3-12 cam3_5_45sci17 3-12 1-13 09/29/08
    LND cam3_5_45sci_brnch 8-13 cam3_5_45sci 8-13 7-13 (1-13) 06/05/08
    LND cam3_5_45sci17scf_go_pftmod 5-14 cam3_5_45sci17scf_go_pftpot 5-14 1-14 10/17/08
    LND cam3_5_45sci21 5-14 cam3_5_45sci17scf_go_pftmod 5-14 1-14 11/16/08
    LND cam3_5_45sci21 5-14 cam3_5_45con 5-14 1-14 11/17/08
    LND cam3_5_45sci21_26l 5-14 cam3_5_45sci21 5-14 1-14 11/16/08
    ATM cam3_5_45sci21_26l 5-14 obs 5-14 - 11/17/08
    LND b40.1850.track1.001 24-33 obs - 1-33 03/31/09
    LND ccsm4_0_beta13_fcn 7-26 ccsm4_0_beta13_f 7-26 1-26 04/08/09
    ATM ccsm4_0_beta13_fcn 7-26 ccsm4_0_beta13_f 7-26 - 04/08/09
    LND ccsm4_0_beta13_fcn 7-26 i01.46cn_last25 7-26 1-26 (601-625) 04/08/09
    LND ccsm4_0_beta13_fcn_shrb 7-26 ccsm4_0_beta13_fcn 7-26 1-26 05/15/09
    LND ccsm4_0_beta13_fcn_shrb3q 6-12 ccsm4_0_beta13_fcn 6-12 1-12 05/19/09
    LND ccsm4_0_beta13_fcn_shrb4q 6-12 ccsm4_0_beta13_fcn 6-12 1-12 05/19/09
    LND ccsm4_0_beta13_fcn_shrb3q 7-26 ccsm4_0_beta13_f 7-26 1-26 05/20/09
    LND ccsm4_0_beta13_fcn_shrb4q 7-26 ccsm4_0_beta13_f 7-26 1-26 05/20/09
    LND ccsm4_0_beta13_fcn_shrb4q 7-26 ccsm4_0_beta13_fcn_shrb3q 7-26 1-26 05/20/09
    LND ccsm4_0_beta13_fcn_shrbtap 6-12 ccsm4_0_beta13_fcn 6-12 1-12 05/19/09
    LND ccsm4_0_beta13_fcn_shrbtap2 7-26 ccsm4_0_beta13_f 7-26 1-26 05/22/09
    LND ccsm4_0_beta13_fcn_shrb 7-26 ccsm4_0_beta13_f 7-26 1-26 05/15/09
    CLAMP ccsm4_0_beta13_fcn 7-26 i01.46cn_last25 7-26 NA 04/09/09

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