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CLM URBAN (CLMU) MODEL RESULTS


Disclaimer: These model results are from preliminary clm urban model simulations and should not be cited or distributed.

CLMU Global Offline Simulation Descriptions
  • urban_global_avg_p11 (urban_clm3_6_13 (so has newest atm forcing) FV1.9x2.5 urban, spatially explicit avg (AVG) parameters with phase 7 of dataset, uses 1% cutoff instead of 5% for urban areas and USES min/max building temperatures, 1948 arb init.)
  • urban_global_clm3_6_15 (Urban with science branch merged to trunk version clm3_6_15)
  • urban_global_clm3_6_15_v1 (same as urban_global_clm3_6_15 but with organic soil removed and wasteheat on at new efficiencies (25% AC, 75% HEAT))
  • urban_global_clm3_6_15_v2 (same as urban_global_clm3_6_15_v1 but uses new netcdf version of urban surface dataset with 0.1% threshold for urban and bare soil replaced preferentially by urban)
  • nourban_global_clm3_6_15_v2 (same as urban_global_clm3_6_15_v2 but with urban inactive)
  • urban_global_clm3_6_16_v1 (same as urban_global_clm3_6_15_v2 but with new treatment for wasteheat where wasteheat is put into all five canyon surfaces instead of canyon air)
  • urban_global_clm3_6_16_v2 (same as urban_global_clm3_6_16_v1 but with wasteheat put into canyon floor only (pervious and impervious), also accounting for heat removal by AC by putting into canyon floor)
  • urban_global_clm3_6_16_v4 (same as urban_global_clm3_6_16_v1 but with elevation screening plus new version of surface dataset with changes to TMIN/TMAX for buildings and some adjustments to tk where HEAT/AC is triggered)
  • urban_global_clm3_6_19_v1 (spinup run with 1948 forcing, out of the box final urban?, 1.9x2.5_gx1v6)
  • nourb_global_clm3_6_19_v1 (same as urban_global_clm3_6_19_v1 but without urban)
  • urban_global_clm3_6_24_v1 (out of the box clm3_6_24, 1.9x2.5_gx1v6)
  • urban_global_clm3_6_24_v2 (same as urban_global_clm3_6_24_v1 but with urban runoff fix, 1.9x2.5_gx1v6)
  • urban_global_clm3_6_30_v1 (same as urban_global_clm3_6_24_v2 but with some non-urban sfc dataset changes, fix large urban saturation excess runoff and limit urban dew formation, fix roof/wall thicknesses)
  • clm4_fhgt60 (same as clm4 (see clm4 development page) but with forcing height set to 60m instead of 30m)
  • urbdev_0_5_con (0.5 degree control simulation for urban code development using branch of clm4_0_37; urbdev_clm4_0_37)
  • urbdev_0_5_lu (same as urbdev_0_5_con but with multiple urban density types; TBD, HD, and MD)
  • urbdev03_clm4_0_37_con (0.9x1.25 control with urbdev03_clm4_0_37)
  • urbdev03_clm4_0_37_nlevurb5 (same as urbdev03_clm4_0_37_con but with nlevurb=5)
  • urbdev03_clm4_0_37_elev (same as urbdev03_clm4_0_37_nlevurb5 but with elevation threshold set to 2600m - to get Mexico City)
  • urbdev03_clm4_0_37_hydtk (same as urbdev03_clm4_0_37_elev but with fix for dhkdw and tk fix as in clm4_0_37_tk)
  • urbdev03_clm4_0_37_wstht (same as urbdev03_clm4_0_37_hydtk but with wasteheat factors for heat and ac set to 0.33 and 0.29, respectively)
  • i40.20th.1deg.012 (20th century offline run using MOAR forcing from b40.20th.track1.1deg.012)
  • b40.20th.track1.1deg.012 (full coupled 20th century run - MOAR)
  • clm4_0_43_oldsfc (0.9x1.25 degree control simulation for urban code development using clm4_0_43)
  • clm4_0_43_newsfc (same as clm4_0_43_oldsfc but with new true dominant type dataset)
  • clm45sci15_clm4_0_58_spin2 (0.9x1.25 spinup run with multiple urban density types with clm45sci15_clm4_0_58, ac/heat is on but wasteheat is zero)
  • CAM/CLMU Global Simulation Descriptions

    Development toward first set of CAM3.5/CLM3.5/CLMU simulations
  • cam3_5_45con (cam3_5_45 with clm3_6_02 FV1.9x2.5 climo SSTs, 31L atmos, no urban simulation)
  • camclm_csst_nourb (cam3_5_55 with clm3_6_13 (with clm3_6_14 changes) FV1.9x2.5, climo SSTs, 31L atmos, no urban simulation)
  • camclm_csst_urb (cam3_5_55 with clm3_6_13 (with clm3_6_14 changes) FV1.9x2.5, climo SSTs, urban simulation)
  • camclm_csst_urbhi (same as camclm_csst_urb but initialized from end of camclm_csst_urb)
  • camclm_csst_urbhif (same as camclm_csst_urbhi but with final forc hgt configuration)
  • camclm_csst_urb26 (same as camclm_csst_urbhif but with 26L atm and ghg values set to cam3_5_mjo values (except co2vmr=355e-6), arbitrary init)
  • camclm_csst_nourb26 (same as camclm_csst_urb26 but without urban, arbitrary init)
  • camclm_csst_nourb26mjo3 (same as camclm_csst_nourb26 but uses -chem trop_mozart_ghg_paero and observed SSTs)
  • camclm_csst_nourb26mjo4 (same as camclm_csst_nourb26mjo3 but reduces rhminl by 0.01 to 0.905 to get better TOM energy balance)
  • cam3_5_mjo (Rich Neale's CAM3.5 AMIP simulation, 1979-2005)
  • First set of CAM3.5/CLM3.5/CLMU simulations
  • camclm_csst_urb26pd (cam3_5_55 with clm3_6_13 (with clm3_6_14 changes) FV1.9x2.5, SSTs/seaice and greenhouse gases from CCSM3 20th century simulation (1941-1999) and CCSM3 A2 simulation (2000-2099), present day urban, URBAN_AC/URBAN_HEAT)
  • camclm_csst_urb26pd_ahf (cam3_5_55 with clm3_6_13 (with clm3_6_14 changes) FV1.9x2.5, SSTs/seaice and greenhouse gases from CCSM3 20th century simulation (1941-1999) and CCSM3 A2 simulation (2000-2099), present day urban, URBAN_AC/URBAN_HEAT and anthropogenic heat fluxes)
  • Final set of CAM3.5/CLM3.5/CLMU simulations
  • camclm_osst_urb19 (cam3_5_55 with clm3_6_13 plus urban-only changes thru clm3_6_31, FV1.9x2.5, SSTs/seaice and greenhouse gases from CCSM3 20th century simulation (1941-1999) and CCSM3 A2 simulation (2000-2099), present day urban, urban_hac=ON)
  • camclm_osst_urb19_ahf (same as camclm_osst_urb19 but with urban_hac=ON_WASTEHEAT)
  • camclm_osst_nourb19 (same as camclm_osst_urb19 but no urban, 1941-1999)
  • camclm_osst_urb19_ahf_ralb0_9 (same as camclm_osst_urb19_ahf but with roof albedo = 0.9, 1941-1999)
  • Development toward CAM4/CLM4/CLMU simulations
  • clm3615_modal11_cam3_6_26nourb (cam3_6_26 with clm3_6_15 FV1.9x2.5, climo SST, urban inactive)
  • clm3615_modal11_cam3_6_26urb (cam3_6_26 with clm3_6_15 FV1.9x2.5, climo SST, urban active using new urban netcdf dataset, no URBAN_AC/URBAN_HEAT)
  • clm3615_modal11_cam3_6_26urbhac (cam3_6_26 with clm3_6_15 FV1.9x2.5, climo SST, urban active using new urban netcdf dataset, URBAN_AC/URBAN_HEAT)
  • clm3615_modal11_cam3_6_26urbhacsw (cam3_6_26 with clm3_6_15 FV1.9x2.5, climo SST, urban active using new urban netcdf dataset, URBAN_AC/URBAN_HEAT with WASTEHEAT on at standard efficiency (25% AC, 75% HeAT)
  • clm3615_modal11_cam3_6_26urbhac20w (cam3_6_26 with clm3_6_15 FV1.9x2.5, climo SST, urban active using new urban netcdf dataset, URBAN_AC/URBAN_HEAT with WASTEHEAT on at 20 times AC/HEAT)
  • clm3615_modal11_cam3_6_26urbhac1000w (cam3_6_26 with clm3_6_15 FV1.9x2.5, climo SST, urban active using new urban netcdf dataset, URBAN_AC/URBAN_HEAT with WASTEHEAT on at 100 times AC/HEAT)
  • clm3615_modal11_cam3_6_26urbhac100w_f (cam3_6_26 with clm3_6_15 FV1.9x2.5, climo SST, urban active using new urban netcdf dataset, URBAN_AC/URBAN_HEAT with WASTEHEAT on at 20 times AC/HEAT with new treatment for wasteheat where wasteheat is put into all five urban surfaces instead of canyon air (see urban_global_clm3_6_16_v1))
  • clm3615_modal11_cam3_6_26urbhacsw_fv2 (cam3_6_26 with clm3_6_16 FV1.9x2.5, climo SST, urban active using new urban netcdf dataset, URBAN_AC/URBAN_HEAT with WASTEHEAT on at normal efficiency but with wasteheat put into canyon floor (pervious and impervious), also accounting for heat removal by AC by putting into canyon floor (see urban_global_clm3_6_16_v2))
  • clm3615_modal11_cam3_6_26urbhac100w_fv2 (same as clm3615_modal11_cam3_6_26urbhacsw_fv2 but with WASTEHEAT on at 20 times AC/HEAT)
  • clm3615_modal11_cam3_6_26urbhac100w_fv3 (equivalent to urban_global_clm3_6_16_v4 but with WASTEHEAT on at 20 times AC/HEAT)
  • CCSM4 Global Simulation Descriptions
  • ccsm4beta10_nourb (ccsm4_0_beta10 B case 1870 control run without urban)
  • ccsm4beta10_urbhacsw (ccsm4_0_beta10 B case 1870 control run with urban)
  • CCSM4 Global Simulation Descriptions - Urban Climate in the 21st Century
  • b40.20th.track1.1deg.004 (Track1 20th century CORE)
  • b40.20th.track1.1deg.005 (Track1 20th century ensemble member #1)
  • b40.20th.track1.1deg.006 (Track1 20th century ensemble member #2)
  • b40.20th.track1.1deg.007 (Track1 20th century ensemble member #3)
  • b40.20th.track1.1deg.008 (Track1 20th century ensemble member #4)
  • b40.20th.track1.1deg.009 (Track1 20th century ensemble member #5)
  • b40.rcp8_5.1deg.001 (Track1 21st century RCP8.5 CORE, initialized from b40.20th.track1.1deg.008)
  • b40.rcp8_5.1deg.002 (Track1 21st century RCP8.5 ensemble member #1, initialized from b40.20th.track1.1deg.009)
  • b40.rcp8_5.1deg.003 (Track1 21st century RCP8.5 ensemble member #2, initialized from b40.20th.track1.1deg.005)
  • b40.rcp8_5.1deg.004 (Track1 21st century RCP8.5 ensemble member #3, initialized from b40.20th.track1.1deg.006)
  • b40.rcp8_5.1deg.005 (Track1 21st century RCP8.5 ensemble member #4, initialized from b40.20th.track1.1deg.007)
  • b40.rcp4_5.1deg.001 (Track1 21st century RCP4.5 CORE, initialized from b40.20th.track1.1deg.008)
  • b40.rcp4_5.1deg.002 (Track1 21st century RCP4.5 ensemble member #1, initialized from b40.20th.track1.1deg.009)
  • b40.rcp4_5.1deg.003 (Track1 21st century RCP4.5 ensemble member #2, initialized from b40.20th.track1.1deg.005)
  • b40.rcp4_5.1deg.004 (Track1 21st century RCP4.5 ensemble member #3, initialized from b40.20th.track1.1deg.006)
  • b40.rcp4_5.1deg.005 (Track1 21st century RCP4.5 ensemble member #4, initialized from b40.20th.track1.1deg.007)
  • b40.rcp2_6.1deg.001 (Track1 21st century RCP2.6 CORE, initialized from b40.20th.track1.1deg.008)
  • b40.rcp2_6.1deg.002 (Track1 21st century RCP2.6 ensemble member #1, initialized from b40.20th.track1.1deg.009)
  • b40.rcp2_6.1deg.003 (Track1 21st century RCP2.6 ensemble member #2, initialized from b40.20th.track1.1deg.005)
  • b40.rcp2_6.1deg.004 (Track1 21st century RCP2.6 ensemble member #3, initialized from b40.20th.track1.1deg.006)
  • b40.rcp2_6.1deg.005 (Track1 21st century RCP2.6 ensemble member #4, initialized from b40.20th.track1.1deg.007)
  • b40.1850.track1.1deg.006 (Track1 pre-industrial control)
  • b40.1850_ramp.track1.1deg.001 (Track1 transient 1%/yr CO2)
  • CLM Global Offline Simulations
    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    LND urban_global_clm3_6_15 1984-2004 urban_global_avg_p11 1984-2004 1948-2004 01/24/09
    LND urban_global_clm3_6_15_v1 1984-2004 urban_global_clm3_6_15 1984-2004 1948-2004 01/25/09
    LND urban_global_clm3_6_15_v2 1984-2004 urban_global_clm3_6_15_v1 1984-2004 1948-2004 02/06/09
    LND urban_global_clm3_6_15_v2 1984-2004 nourban_global_clm3_6_15_v2 1984-2004 1948-2004 02/11/09
    LND urban_global_clm3_6_16_v1 1958-1967 nourban_global_clm3_6_15_v2 1958-1967 1948-1967 02/18/09
    LND urban_global_clm3_6_16_v2 1984-2004 nourban_global_clm3_6_15_v2 1984-2004 1948-2004 02/23/09
    LND urban_global_clm3_6_16_v4 1984-2004 nourban_global_clm3_6_15_v2 1984-2004 1948-2004 02/24/09
    LND urban_global_clm3_6_16_v4 1984-2004 nourban_global_clm3_6_15_v2 1984-2004 1948-2004 02/24/09
    LND urban_global_clm3_6_19_v1 - nourb_global_clm3_6_19_v1 - 1-80 (1-60) 03/02/09
    LND urban_global_clm3_6_24_v1 1984-2004 nourban_global_clm3_6_15_v2 1984-2004 1948-2004 03/12/09
    LND urban_global_clm3_6_24_v2 1984-2004 nourban_global_clm3_6_15_v2 1984-2004 1948-2004 03/14/09
    LND urban_global_clm3_6_30_v1 1984-2004 nourban_global_clm3_6_15_v2 1984-2004 1948-2004 03/21/09
    LND clm4_fhgt60 1954-1963 clm4 1954-1963 1948-1963 11/27/09
    LND clm3_6_13_ralb0_9_anthro 6-10 clm3_6_13_con_anthro 6-10 1-11 02/09/10
    LND clm3_6_13_ralb0_55_anthro 6-10 clm3_6_13_con_anthro 6-10 1-11 02/12/10
    LND clm4_urb_4xco2 6-10 clm4_urb_con 6-10 1-11 06/23/10
    LND clm4_urb_sp30 6-10 clm4_urb_con 6-10 1-11 06/30/10
    LND urbdev_0_5_lu 1985-2004 urbdev_0_5_con 1985-2004 1948-2004 11/16/11
    LND urbdev03_clm4_0_37_nlevurb5 1955-1974 urbdev03_clm4_0_37_con 1955-1974 1948-1974 06/02/12
    LND urbdev03_clm4_0_37_elev 1955-1974 urbdev03_clm4_0_37_nlevurb5 1955-1974 1948-1974 06/02/12
    LND urbdev03_clm4_0_37_hydtk 1955-1974 urbdev03_clm4_0_37_elev 1955-1974 1948-1974 06/03/12
    LND urbdev03_clm4_0_37_wstht 1955-1974 urbdev03_clm4_0_37_hydtk 1955-1974 1948-1974 06/04/12
    LND clm4_0_43_newsfc 1950-1959 clm4_0_43_oldsfc 1950-1959 1948-1959 04/21/12
    LND clm45sci15_clm4_0_58 2-10 OBS - 1-10 02/12/13
    LND i40.20th.1deg.012 1986-2004 b40.20th.track1.1deg.012 1986-2004 1986-2004 12/01/11
    LND urb2dev_n04_clm4_5_69_V2DomLam_I20TRCPLHCLM45 1981-2005 urb2dev_n04_clm4_5_69_V2AvgLam_I20TRCPLHCLM45 1981-2005 1850-2005 05/19/14
    LND urb2dev_n04_clm4_5_69_V2DomLam_IRCP85CPLHCLM45 2076-2100 urb2dev_n04_clm4_5_69_V2DomLam_I20TRCPLHCLM45 1981-2005 2005-2100 (1850-2005) 05/19/14
    LND urb2dev_n04_clm4_5_69_V2DomLam_I20TRCRUNCLM45 1981-2005 urb2dev_n04_clm4_5_69_V2DomLam_I20TRCPLHCLM45 1981-2005 1850-2005 05/21/14
    LND urb2dev_n04_clm4_5_69_V2DomLam_I20TRCPLHCLM45 1981-2005 urb2dev_n04_clm4_5_69_V1_I20TRCPLHCLM45 1981-2005 1850-2005 05/22/14
    LND urb2dev_n04_clm4_5_69_V2AvgLam_IRCP85CPLHCLM45 2076-2080 urb2dev_n04_clm4_5_69_V2AvgLam_I20TRCPLHCLM45 1981-2005 2005-2100 (1850-2005) 05/22/14
    LND urb2dev_n04_clm4_5_69_V1_IRCP85CPLHCLM45 2076-2080 urb2dev_n04_clm4_5_69_V1_I20TRCPLHCLM45 1981-2005 2005-2100 (1850-2005) 05/23/14
    LND urb2dev_n04_clm4_5_69_V1_IRCP85CPLHCLM40 2076-2080 urb2dev_n04_clm4_5_69_V1_I20TRCPLHCLM40 1981-2005 2005-2100 (1850-2005) 05/25/14

    CAM/CLMU Global Simulations-Development toward first set of CAM3.5/CLM3.5/CLMU simulations
    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    LND camclm_csst_nourb 3-12 cam3_5_45 3-12 1-13 10/09/08
    LND camclm_csst_urb 3-12 camclm_csst_nourb 3-12 1-26 (1-13) 10/12/08
    ATM camclm_csst_urb 3-12 camclm_csst_nourb 3-12 - 10/16/08
    LND camclm_csst_urbhif 1-4 camclm_csst_urbhi 1-4 1-4 10/16/08
    LND camclm_csst_urb26 21-40 OBS - 1-40 10/20/08
    ATM camclm_csst_urb26 21-40 OBS - - 10/20/08
    LND camclm_csst_urb26 21-40 camclm_csst_nourb26 21-40 1-40 10/23/08
    ATM camclm_csst_urb26 21-40 camclm_csst_nourb26 21-40 - 10/23/08
    ATM camclm_csst_nourb26 21-40 cam3_5_mjo 1979-2005 - 10/24/08
    ATM camclm_csst_nourb26mjo3 1979-2005 cam3_5_mjo 1979-2005 - 10/31/08
    ATM camclm_csst_nourb26mjo4 1977-1979 OBS - - 10/30/08

    CAM/CLMU Global Simulations-First set of CAM3.5/CLM3.5/CLMU simulations
    ATM camclm_csst_urb26pd 1980-1999 OBS - - 12/05/08
    ATM camclm_csst_urb26pd 2011-2030 camclm_csst_urb26pd 1980-1999 - 12/09/08
    ATM camclm_csst_urb26pd 2046-2065 camclm_csst_urb26pd 1980-1999 - 12/11/08
    ATM camclm_csst_urb26pd 2079-2098 camclm_csst_urb26pd 1980-1999 - 12/16/08
    LND camclm_csst_urb26pd 1980-1999 OBS - 1941-1999 12/05/08
    LND camclm_csst_urb26pd 2011-2030 camclm_csst_urb26pd 1980-1999 2011-2030 (1941-1999) 12/09/08
    LND camclm_csst_urb26pd 2046-2065 camclm_csst_urb26pd 1980-1999 2046-2065 (1941-1999) 12/12/08
    LND camclm_csst_urb26pd 2079-2098 camclm_csst_urb26pd 1980-1999 2079-2098 (1941-1999) 12/16/08
    LND camclm_csst_urb26pd_ahf 1980-1999 OBS - 1941-1999 01/05/09
    LND camclm_csst_urb26pd_ahf 2011-2030 camclm_csst_urb26pd_ahf 1980-1999 2011-2030 (1941-1999) 01/05/09
    LND camclm_csst_urb26pd_ahf 2046-2065 camclm_csst_urb26pd_ahf 1980-1999 2046-2065 (1941-1999) 01/07/09
    LND camclm_csst_urb26pd_ahf 2079-2098 camclm_csst_urb26pd_ahf 1980-1999 2079-2098 (1941-1999) 01/10/09
    ATM camclm_csst_urb26pd_ahf 1980-1999 OBS - - 01/05/09
    ATM camclm_csst_urb26pd_ahf 2011-2030 camclm_csst_urb26pd_ahf 1980-1999 - 01/06/09
    ATM camclm_csst_urb26pd_ahf 2046-2065 camclm_csst_urb26pd_ahf 1980-1999 - 01/09/09
    ATM camclm_csst_urb26pd_ahf 2079-2098 camclm_csst_urb26pd_ahf 1980-1999 - 01/10/09
    LND camclm_csst_urb26pd_ahf - camclm_csst_urb26pd - 1941-2098 01/25/09

    CAM/CLMU Global Simulations-Development toward CAM4/CLM4/CLMU simulations
    ATM clm3615_modal11_cam3_6_26urbhac 6-25 clm3615_modal11_cam3_6_26urb 6-25 - 02/04/09
    ATM clm3615_modal11_cam3_6_26urbhacsw 6-25 clm3615_modal11_cam3_6_26urb 6-25 - 02/04/09
    ATM clm3615_modal11_cam3_6_26urbhac20w 6-25 clm3615_modal11_cam3_6_26urb 6-25 - 02/04/09
    LND clm3615_modal11_cam3_6_26urbhac20w 6-25 clm3615_modal11_cam3_6_26urb 6-25 1-25 02/10/09
    LND clm3615_modal11_cam3_6_26urbhac20w 6-25 clm3615_modal11_cam3_6_26nourb 6-25 1-25 02/10/09
    ATM clm3615_modal11_cam3_6_26urbhacsw 6-25 clm3615_modal11_cam3_6_26nourb 6-25 - 02/09/09
    LND clm3615_modal11_cam3_6_26urbhacsw 6-25 clm3615_modal11_cam3_6_26nourb 6-25 1-25 02/10/09
    ATM clm3615_modal11_cam3_6_26urbhac1000w 6-10 clm3615_modal11_cam3_6_26nourb 6-25 - 02/15/09
    LND clm3615_modal11_cam3_6_26urbhac1000w 6-10 clm3615_modal11_cam3_6_26nourb 6-25 1-10 (1-25) 02/15/09
    ATM clm3615_modal11_cam3_6_26urbhac100w_f 1-4 clm3615_modal11_cam3_6_26nourb 6-25 - 02/18/09
    LND clm3615_modal11_cam3_6_26urbhac100w_f 1-4 clm3615_modal11_cam3_6_26nourb 1-4 1-4 (1-25) 02/18/09
    ATM clm3615_modal11_cam3_6_26urbhac100w_fv2 6-15 clm3615_modal11_cam3_6_26nourb 6-25 - 02/23/09
    LND clm3615_modal11_cam3_6_26urbhac100w_fv2 6-15 clm3615_modal11_cam3_6_26nourb 6-15 1-15 (1-25) 02/23/09
    ATM clm3615_modal11_cam3_6_26urbhacsw_fv2 6-15 clm3615_modal11_cam3_6_26nourb 6-25 - 02/23/09
    LND clm3615_modal11_cam3_6_26urbhacsw_fv2 6-15 clm3615_modal11_cam3_6_26nourb 6-15 1-15 (1-25) 02/23/09
    ATM clm3615_modal11_cam3_6_26urbhac100w_fv3 6-15 clm3615_modal11_cam3_6_26nourb 6-25 - 03/01/09

    CAM/CLMU Global Simulations-Final set of CAM3.5/CLM3.5/CLMU simulations
    ATM camclm_osst_urb19 1980-1999 OBS - - 04/01/09
    ATM camclm_osst_urb19 2011-2030 camclm_osst_urb19 1980-1999 - 05/30/09
    ATM camclm_osst_urb19 2046-2065 camclm_osst_urb19 1980-1999 - 06/01/09
    ATM camclm_osst_urb19 2079-2098 camclm_osst_urb19 1980-1999 - 06/01/09
    LND camclm_osst_urb19 1980-1999 OBS - 1941-1999 04/01/09
    LND camclm_osst_urb19 2011-2030 camclm_osst_urb19 1980-1999 2011-2030 (1941-1999) 04/17/09
    LND camclm_osst_urb19 2046-2065 camclm_osst_urb19 1980-1999 2046-2065 (1941-1999) 04/28/09
    LND camclm_osst_urb19 2079-2098 camclm_osst_urb19 1980-1999 2079-2098 (1941-1999) 04/30/09
    ATM camclm_osst_urb19_ahf 1980-1999 OBS - - 04/01/09
    ATM camclm_osst_urb19_ahf 2011-2030 camclm_osst_urb19_ahf 1980-1999 - 06/01/09
    ATM camclm_osst_urb19_ahf 2046-2065 camclm_osst_urb19_ahf 1980-1999 - 06/01/09
    ATM camclm_osst_urb19_ahf 2079-2098 camclm_osst_urb19_ahf 1980-1999 - 06/01/09
    LND camclm_osst_urb19_ahf 1980-1999 OBS - 1941-1999 04/02/09
    LND camclm_osst_urb19_ahf 2011-2030 camclm_osst_urb19_ahf 1980-1999 2011-2030 (1941-1999) 05/30/09
    LND camclm_osst_urb19_ahf 2046-2065 camclm_osst_urb19_ahf 1980-1999 2046-2065 (1941-1999) 05/30/09
    LND camclm_osst_urb19_ahf 2079-2098 camclm_osst_urb19_ahf 1980-1999 2079-2098 (1941-1999) 05/30/09
    LND camclm_osst_urb19_ahf 1980-1999 camclm_osst_urb19 1980-1999 1941-1999 04/02/09
    LND camclm_osst_urb19 1980-1999 camclm_osst_nourb19 1980-1999 1941-1999 05/26/09
    LND camclm_osst_urb19_ahf_ralb0_9 1980-1999 camclm_osst_urb19_ahf 1980-1999 1941-1999 06/03/09
    LND camclm_osst_urb19_ahf - camclm_osst_urb19 - 1941-2098 05/30/09

    CCSM4 Global Simulations-Model to Model Comparison
    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    ATM ccsm4beta10_urbhacsw 6-15 ccsm4beta10_nourb 6-15 - 03/14/09
    LND ccsm4beta10_urbhacsw 6-15 ccsm4beta10_nourb 6-15 1-15 03/14/09

    CCSM4 Global Simulations-Urban Climate in the 21st Century-Model to Model Comparison
    Diagnostics Test Case Model Yrs Comparison Model Model Yrs Trend Yrs Created
    LND b40.20th.track1.1deg.004 1986-2005 b40.20th.track1.1deg.004 1850-1869 1850-2005 04/27/10
    ATM b40.20th.track1.1deg.004 1986-2005 b40.20th.track1.1deg.004 1850-1869 - 04/26/10
    LND b40.20th.track1.1deg.005 1986-2005 b40.20th.track1.1deg.005 1850-1869 1850-2005 04/16/10
    ATM b40.20th.track1.1deg.005 1986-2005 b40.20th.track1.1deg.005 1850-1869 - 04/20/10
    LND b40.20th.track1.1deg.006 1986-2005 b40.20th.track1.1deg.006 1850-1869 1850-2005 04/19/10
    ATM b40.20th.track1.1deg.006 1986-2005 b40.20th.track1.1deg.006 1850-1869 - 04/21/10
    LND b40.20th.track1.1deg.007 1986-2005 b40.20th.track1.1deg.007 1850-1869 1850-2005 04/21/10
    ATM b40.20th.track1.1deg.007 1986-2005 b40.20th.track1.1deg.007 1850-1869 - 04/22/10
    LND b40.20th.track1.1deg.008 1986-2005 b40.20th.track1.1deg.008 1850-1869 1850-2005 04/23/10
    ATM b40.20th.track1.1deg.008 1986-2005 b40.20th.track1.1deg.008 1850-1869 - 04/23/10
    LND b40.20th.track1.1deg.009 1986-2005 b40.20th.track1.1deg.009 1850-1869 1850-2005 04/26/10
    ATM b40.20th.track1.1deg.009 1986-2005 b40.20th.track1.1deg.009 1850-1869 - 04/26/10
    LND b40.rcp8_5.1deg.001 2011-2030 b40.20th.track1.1deg.008 1986-2005 1850-2100 04/28/10
    ATM b40.rcp8_5.1deg.001 2011-2030 b40.20th.track1.1deg.008 1986-2005 - 04/28/10
    LND b40.rcp8_5.1deg.001 2046-2065 b40.20th.track1.1deg.008 1986-2005 - 04/29/10
    ATM b40.rcp8_5.1deg.001 2046-2065 b40.20th.track1.1deg.008 1986-2005 - 04/29/10
    LND b40.rcp8_5.1deg.001 2080-2099 b40.20th.track1.1deg.008 1986-2005 - 04/29/10
    ATM b40.rcp8_5.1deg.001 2080-2099 b40.20th.track1.1deg.008 1986-2005 - 04/29/10
    LND b40.rcp8_5.1deg.002 2011-2030 b40.20th.track1.1deg.009 1986-2005 1850-2100 04/30/10
    ATM b40.rcp8_5.1deg.002 2011-2030 b40.20th.track1.1deg.009 1986-2005 - 04/30/10
    LND b40.rcp8_5.1deg.002 2046-2065 b40.20th.track1.1deg.009 1986-2005 - 04/30/10
    ATM b40.rcp8_5.1deg.002 2046-2065 b40.20th.track1.1deg.009 1986-2005 - 04/30/10
    LND b40.rcp8_5.1deg.002 2080-2099 b40.20th.track1.1deg.009 1986-2005 - 04/30/10
    ATM b40.rcp8_5.1deg.002 2080-2099 b40.20th.track1.1deg.009 1986-2005 - 04/30/10
    LND b40.rcp8_5.1deg.003 2011-2030 b40.20th.track1.1deg.005 1986-2005 1850-2100 05/01/10
    ATM b40.rcp8_5.1deg.003 2011-2030 b40.20th.track1.1deg.005 1986-2005 - 05/01/10
    LND b40.rcp8_5.1deg.003 2046-2065 b40.20th.track1.1deg.005 1986-2005 - 05/01/10
    ATM b40.rcp8_5.1deg.003 2046-2065 b40.20th.track1.1deg.005 1986-2005 - 05/01/10
    LND b40.rcp8_5.1deg.003 2080-2099 b40.20th.track1.1deg.005 1986-2005 - 05/01/10
    ATM b40.rcp8_5.1deg.003 2080-2099 b40.20th.track1.1deg.005 1986-2005 - 05/01/10
    LND b40.rcp8_5.1deg.004 2011-2030 b40.20th.track1.1deg.006 1986-2005 1850-2100 05/03/10
    ATM b40.rcp8_5.1deg.004 2011-2030 b40.20th.track1.1deg.006 1986-2005 - 05/03/10
    LND b40.rcp8_5.1deg.004 2046-2065 b40.20th.track1.1deg.006 1986-2005 - 05/03/10
    ATM b40.rcp8_5.1deg.004 2046-2065 b40.20th.track1.1deg.006 1986-2005 - 05/03/10
    LND b40.rcp8_5.1deg.004 2080-2099 b40.20th.track1.1deg.006 1986-2005 - 05/03/10
    ATM b40.rcp8_5.1deg.004 2080-2099 b40.20th.track1.1deg.006 1986-2005 - 05/03/10
    LND b40.rcp8_5.1deg.005 2011-2030 b40.20th.track1.1deg.007 1986-2005 1850-2100 05/04/10
    ATM b40.rcp8_5.1deg.005 2011-2030 b40.20th.track1.1deg.007 1986-2005 - 05/04/10
    LND b40.rcp8_5.1deg.005 2046-2065 b40.20th.track1.1deg.007 1986-2005 - 05/04/10
    ATM b40.rcp8_5.1deg.005 2046-2065 b40.20th.track1.1deg.007 1986-2005 - 05/04/10
    LND b40.rcp8_5.1deg.005 2080-2099 b40.20th.track1.1deg.007 1986-2005 - 05/04/10
    ATM b40.rcp8_5.1deg.005 2080-2099 b40.20th.track1.1deg.007 1986-2005 - 05/04/10
    LND b40.rcp4_5.1deg.001 2011-2030 b40.20th.track1.1deg.008 1986-2005 1850-2100 05/18/10
    ATM b40.rcp4_5.1deg.001 2011-2030 b40.20th.track1.1deg.008 1986-2005 - 05/18/10
    LND b40.rcp4_5.1deg.001 2046-2065 b40.20th.track1.1deg.008 1986-2005 - 05/18/10
    ATM b40.rcp4_5.1deg.001 2046-2065 b40.20th.track1.1deg.008 1986-2005 - 05/18/10
    LND b40.rcp4_5.1deg.001 2080-2099 b40.20th.track1.1deg.008 1986-2005 - 05/18/10
    ATM b40.rcp4_5.1deg.001 2080-2099 b40.20th.track1.1deg.008 1986-2005 - 05/19/10
    LND b40.rcp4_5.1deg.002 2011-2030 b40.20th.track1.1deg.009 1986-2005 1850-2100 05/21/10
    ATM b40.rcp4_5.1deg.002 2011-2030 b40.20th.track1.1deg.009 1986-2005 - 05/21/10
    LND b40.rcp4_5.1deg.002 2046-2065 b40.20th.track1.1deg.009 1986-2005 - 05/21/10
    ATM b40.rcp4_5.1deg.002 2046-2065 b40.20th.track1.1deg.009 1986-2005 - 05/21/10
    LND b40.rcp4_5.1deg.002 2080-2099 b40.20th.track1.1deg.009 1986-2005 - 05/21/10
    ATM b40.rcp4_5.1deg.002 2080-2099 b40.20th.track1.1deg.009 1986-2005 - 05/21/10
    LND b40.rcp4_5.1deg.003 2011-2030 b40.20th.track1.1deg.005 1986-2005 1850-2100 05/28/10
    ATM b40.rcp4_5.1deg.003 2011-2030 b40.20th.track1.1deg.005 1986-2005 - 05/28/10
    LND b40.rcp4_5.1deg.003 2046-2065 b40.20th.track1.1deg.005 1986-2005 - 05/28/10
    ATM b40.rcp4_5.1deg.003 2046-2065 b40.20th.track1.1deg.005 1986-2005 - 05/28/10
    LND b40.rcp4_5.1deg.003 2080-2099 b40.20th.track1.1deg.005 1986-2005 - 05/28/10
    ATM b40.rcp4_5.1deg.003 2080-2099 b40.20th.track1.1deg.005 1986-2005 - 05/28/10
    LND b40.rcp4_5.1deg.004 2011-2030 b40.20th.track1.1deg.006 1986-2005 1850-2100 05/28/10
    ATM b40.rcp4_5.1deg.004 2011-2030 b40.20th.track1.1deg.006 1986-2005 - 05/28/10
    LND b40.rcp4_5.1deg.004 2046-2065 b40.20th.track1.1deg.006 1986-2005 - 05/28/10
    ATM b40.rcp4_5.1deg.004 2046-2065 b40.20th.track1.1deg.006 1986-2005 - 05/28/10
    LND b40.rcp4_5.1deg.004 2080-2099 b40.20th.track1.1deg.006 1986-2005 - 05/28/10
    ATM b40.rcp4_5.1deg.004 2080-2099 b40.20th.track1.1deg.006 1986-2005 - 05/28/10
    LND b40.rcp4_5.1deg.005 2011-2030 b40.20th.track1.1deg.007 1986-2005 1850-2100 05/28/10
    ATM b40.rcp4_5.1deg.005 2011-2030 b40.20th.track1.1deg.007 1986-2005 - 05/28/10
    LND b40.rcp4_5.1deg.005 2046-2065 b40.20th.track1.1deg.007 1986-2005 - 05/28/10
    ATM b40.rcp4_5.1deg.005 2046-2065 b40.20th.track1.1deg.007 1986-2005 - 05/28/10
    LND b40.rcp4_5.1deg.005 2080-2099 b40.20th.track1.1deg.007 1986-2005 - 05/28/10
    ATM b40.rcp4_5.1deg.005 2080-2099 b40.20th.track1.1deg.007 1986-2005 - 05/28/10
    LND b40.rcp2_6.1deg.001 2011-2030 b40.20th.track1.1deg.008 1986-2005 1850-2100 06/01/10
    ATM b40.rcp2_6.1deg.001 2011-2030 b40.20th.track1.1deg.008 1986-2005 - 06/01/10
    LND b40.rcp2_6.1deg.001 2046-2065 b40.20th.track1.1deg.008 1986-2005 - 06/01/10
    ATM b40.rcp2_6.1deg.001 2046-2065 b40.20th.track1.1deg.008 1986-2005 - 06/01/10
    LND b40.rcp2_6.1deg.001 2080-2099 b40.20th.track1.1deg.008 1986-2005 - 06/01/10
    ATM b40.rcp2_6.1deg.001 2080-2099 b40.20th.track1.1deg.008 1986-2005 - 06/01/10
    LND b40.rcp2_6.1deg.002 2011-2030 b40.20th.track1.1deg.009 1986-2005 1850-2100 06/01/10
    ATM b40.rcp2_6.1deg.002 2011-2030 b40.20th.track1.1deg.009 1986-2005 - 06/01/10
    LND b40.rcp2_6.1deg.002 2046-2065 b40.20th.track1.1deg.009 1986-2005 - 06/01/10
    ATM b40.rcp2_6.1deg.002 2046-2065 b40.20th.track1.1deg.009 1986-2005 - 06/01/10
    LND b40.rcp2_6.1deg.002 2080-2099 b40.20th.track1.1deg.009 1986-2005 - 06/01/10
    ATM b40.rcp2_6.1deg.002 2080-2099 b40.20th.track1.1deg.009 1986-2005 - 06/01/10
    LND b40.rcp2_6.1deg.003 2011-2030 b40.20th.track1.1deg.005 1986-2005 1850-2100 06/02/10
    ATM b40.rcp2_6.1deg.003 2011-2030 b40.20th.track1.1deg.005 1986-2005 - 06/02/10
    LND b40.rcp2_6.1deg.003 2046-2065 b40.20th.track1.1deg.005 1986-2005 - 06/02/10
    ATM b40.rcp2_6.1deg.003 2046-2065 b40.20th.track1.1deg.005 1986-2005 - 06/02/10
    LND b40.rcp2_6.1deg.003 2080-2099 b40.20th.track1.1deg.005 1986-2005 - 06/02/10
    ATM b40.rcp2_6.1deg.003 2080-2099 b40.20th.track1.1deg.005 1986-2005 - 06/02/10
    LND b40.rcp2_6.1deg.004 2011-2030 b40.20th.track1.1deg.006 1986-2005 1850-2100 07/14/10
    ATM b40.rcp2_6.1deg.004 2011-2030 b40.20th.track1.1deg.006 1986-2005 - 07/14/10
    LND b40.rcp2_6.1deg.004 2046-2065 b40.20th.track1.1deg.006 1986-2005 - 07/14/10
    ATM b40.rcp2_6.1deg.004 2046-2065 b40.20th.track1.1deg.006 1986-2005 - 07/14/10
    LND b40.rcp2_6.1deg.004 2080-2099 b40.20th.track1.1deg.006 1986-2005 - 07/14/10
    ATM b40.rcp2_6.1deg.004 2080-2099 b40.20th.track1.1deg.006 1986-2005 - 07/14/10
    LND b40.rcp2_6.1deg.005 2011-2030 b40.20th.track1.1deg.007 1986-2005 1850-2100 07/19/10
    ATM b40.rcp2_6.1deg.005 2011-2030 b40.20th.track1.1deg.007 1986-2005 - 07/19/10
    LND b40.rcp2_6.1deg.005 2046-2065 b40.20th.track1.1deg.007 1986-2005 - 07/19/10
    ATM b40.rcp2_6.1deg.005 2046-2065 b40.20th.track1.1deg.007 1986-2005 - 07/19/10
    LND b40.rcp2_6.1deg.005 2080-2099 b40.20th.track1.1deg.007 1986-2005 - 07/19/10
    ATM b40.rcp2_6.1deg.005 2080-2099 b40.20th.track1.1deg.007 1986-2005 - 07/19/10
    LND b40.20th.track1.1deg.ens 1986-2005 b40.20th.track1.1deg.ens 1850-1869 - 10/01/10
    ATM b40.20th.track1.1deg.ens 1986-2005 b40.20th.track1.1deg.ens 1850-1869 - 10/01/10
    LND b40.rcp8_5.1deg.ens 2011-2030 b40.20th.track1.1deg.ens 1986-2005 1850-2100 06/04/10
    ATM b40.rcp8_5.1deg.ens 2011-2030 b40.20th.track1.1deg.ens 1986-2005 - 08/12/10
    LND b40.rcp8_5.1deg.ens 2046-2065 b40.20th.track1.1deg.ens 1986-2005 - 06/07/10
    ATM b40.rcp8_5.1deg.ens 2046-2065 b40.20th.track1.1deg.ens 1986-2005 - 08/12/10
    LND b40.rcp8_5.1deg.ens 2080-2099 b40.20th.track1.1deg.ens 1986-2005 - 06/07/10
    ATM b40.rcp8_5.1deg.ens 2080-2099 b40.20th.track1.1deg.ens 1986-2005 - 08/12/10
    LND b40.rcp4_5.1deg.ens 2011-2030 b40.20th.track1.1deg.ens 1986-2005 1850-2100 08/11/10
    ATM b40.rcp4_5.1deg.ens 2011-2030 b40.20th.track1.1deg.ens 1986-2005 - 08/12/10
    LND b40.rcp4_5.1deg.ens 2046-2065 b40.20th.track1.1deg.ens 1986-2005 - 08/11/10
    ATM b40.rcp4_5.1deg.ens 2046-2065 b40.20th.track1.1deg.ens 1986-2005 - 08/12/10
    LND b40.rcp4_5.1deg.ens 2080-2099 b40.20th.track1.1deg.ens 1986-2005 - 08/11/10
    ATM b40.rcp4_5.1deg.ens 2080-2099 b40.20th.track1.1deg.ens 1986-2005 - 08/12/10
    LND b40.rcp2_6.1deg.ens 2011-2030 b40.20th.track1.1deg.ens 1986-2005 1850-2100 08/11/10
    ATM b40.rcp2_6.1deg.ens 2011-2030 b40.20th.track1.1deg.ens 1986-2005 - 08/12/10
    LND b40.rcp2_6.1deg.ens 2046-2065 b40.20th.track1.1deg.ens 1986-2005 - 08/11/10
    ATM b40.rcp2_6.1deg.ens 2046-2065 b40.20th.track1.1deg.ens 1986-2005 - 08/12/10
    LND b40.rcp2_6.1deg.ens 2080-2099 b40.20th.track1.1deg.ens 1986-2005 - 08/11/10
    ATM b40.rcp2_6.1deg.ens 2080-2099 b40.20th.track1.1deg.ens 1986-2005 - 08/12/10
    LND b40.1850_ramp.track1.1deg.001 1909-1928 (2XCO2) b40.1850.track1.1deg.006 863-882 - 06/18/10
    LND b40.1850_ramp.track1.1deg.001 1949-1968 (~852ppmv) b40.1850_ramp.track1.1deg.001 1864-1883 (~366ppmv) 1949-1968 (1864-1883) 07/19/10
    LND b40.1850_ramp.track1.1deg.001 1978-1997 (4XCO2) b40.1850.track1.1deg.006 863-882 - 06/18/10
    LND b40.rcp2_6.1deg.lessdesurbsp (SPDU1) 2005-2100 b40.rcp2_6.1deg.004 (Control) 2005-2100 2005-2100 08/28/14
    LND b40.rcp2_6.1deg.lessdesurbspWincrWH (SPDU1+UH) 2005-2100 b40.rcp2_6.1deg.lessdesurbsp (SPDU1) 2005-2100 2005-2100 08/28/14

    Annual Time Series
    Diagnostics Test Case Model Yrs
    ATM camclm_csst_urb26pd 1941-2098
    ATM camclm_csst_urb26pd_ahf 1941-2098


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