CESM Models

CESM Gau Estimates

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Experiment Type Estimated GAU Use
(GAUSs/year)
Data Volume
(TBytes/simulated year)
Yellowstone
(core-hours)
B_1850, (ne30np4_1.9x2.5_gx1v6) 667 0.0185 310
B_1850-2000_BGC-BPRP, B_1850-2000_BGC-BDRD, (0.9x1.25_gx1v6) 1022 0.0763 480
B_1850_BGC-BPRP, B_1850_BGC-BDRD, (0.9x1.25_gx1v6) 938 0.0464 440
B_1850_CAM5, (0.9x1.25_gx1v6) 1931 0.0264 910
B_1850_CAM5, (1.9x2.5_gx1v6) 594 0.0184 280
B_1850_CN, (0.9x1.25_gx1v6) 628 0.0197 300
B1850_CN, (T31_gx3v7) 48 0.0019 20
B_1850_CN_CHEM, (0.9x1.25_gx1v6) 884 0.0236 420
B_2000_TROP_MOZART, (0.9x1.25_gx1v6) 3004 0.0392 1410
B_1850_WACCM, (1.9x2.5_gx1v6) 1419 0.0550 670
C_NORMAL_YEAR, (gx1v6) 99 0.0146 50
C_NORMAL_YEAR_ECOSYS, (gx1v6) 323 0.0301 150
C_NORMAL_YEAR, (gx3v7) 7 0.0014 3
C_NORMAL_YEAR_ECOSYS, (gx3v7) 17 0.0035 8
F_2000, (ne30np4_1.9x2.5_gx1v6) 465 0.0031 220
F_2000_CAM5 (0.47x0.63) 6894 0.0495 3240
F_2000_CAM5 (0.9x1.25) 1536 0.0124 720
F_2000_CAM5 (1.9x2.5) 382 0.0032 180
F_2000_CN (0.47x0.63) 2017 0.0171 950
F_2000_CN (0.9x1.25) 401 0.0043 190
F_2000_CN (1.9x2.5) 106 0.0011 50
F_2000_TROP_MOZART (FMOZ) (1.9x2.5_1.9x2.5) 360 0.012 170
F_SD_BAM (1.9x2.5_gx1v6) 294 0.028 140
F_SD_CAMCHEM (1.9x2.5_gx1v6) 763 0.050 360
G_NORMAL_YEAR, (gx1v6) 119 0.0156 60
G_1850_ECOSYS, (gx1v6) 365 0.0456 170
G_NORMAL_YEAR, (gx3v7) 15 0.0015 7
G_1850_ECOSYS, (gx3v7) 24 0.0037 10
ICN, (0.47x0.63) 120 0.0045 60
ICN, (0.9x1.25) 31 0.0012 10
ICN, (1.9x2.5) 8 0.00032 3
SD-WACCM (1.9x2.5, 88 levels, 125 species) 2400 0.2 1130
B_1850_CAM5 (ne30np4_gx1v6) 2120 0.02 1000
E_CAM5 (ne30np4_gx1v6) 1490 700
B_CAMCOSP (ne30np4_gx1v6) 5960 0.019 2800
F_CAMCOSP (ne30np4_gx1v6) 4680 0.0048 2200
B_1850 (ne120np4_gx1v6) 119150 3.76 56000
B_1850 (ne240np4_gx1v6) 957447 3.2 450000
E (1.9x2.5_gx1v6) 170 80
B_1850 (0.9x1.25_gx1v6) 640 300
G (T62_tx01.v2) 68085 32000

Notes:
1) B_1850_CN -All active components, pre-industrial, with CN (Carbon Nitrogen) in CLM
2) B_1850_CN_CHEM -(All active components, pre-industrial, with CN (Carbon Nitrogen) in CLM and super_fast_llnl chem in atm)
3) F_SD_CAMCHEM: offline CAM4-chem driven by GEOS5.1 winds and (56 vertical levels) and trop-mozart chemistry
4) F_SD_BAM: offline CAM4 dust simulation driven by GEOS5.1 winds and (56 vertical levels)