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NERSC Directory Change Notice Due to project's name change at NERSC from 'ACME' to 'E3SM' and NERSC’s file system update, the directory ' |
This page should describe Performance Assessment Tests performed for this stand alone feature and should provide links to all the result pages.
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Summary
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(1) N/P fertilization study at tropical forest
(2) 15N tracer study at alpine meadow
Performance Test 1
Performance Test 1:
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Default model
Date last modified:
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11/
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20/2015
Contributors: Qing Zhu
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Provenance: (Run provenance Link, Code Tag, etc:)
Results: (link to results, data and plots)
View file name Figure5.fert.eps height 250
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resolution: f19_g16
compset: ICRUCLM45
physics: default
cores: 96
timing:
TOT Run Time: 772.115 seconds 2.115 seconds/mday 111.90 myears/wday
LND Run Time: 526.301 seconds 1.442 seconds/mday 164.16 myears/wday
ROF Run Time: 34.394 seconds 0.094 seconds/mday 2512.07 myears/wday
ICE Run Time: 0.000 seconds 0.000 seconds/mday 0.00 myears/wday
ATM Run Time: 167.144 seconds 0.458 seconds/mday 516.92 myears/wday
OCN Run Time: 0.000 seconds 0.000 seconds/mday 0.00 myears/wday
GLC Run Time: 0.000 seconds 0.000 seconds/mday 0.00 myears/wday
WAV Run Time: 0.000 seconds 0.000 seconds/mday 0.00 myears/wday
CPL Run Time: 43.388 seconds 0.119 seconds/mday 1991.33 myears/wday
CPL COMM Time: 176.997 seconds 0.485 seconds/mday 488.14 myears/wday
Performance Test 2
Performance Test 2:
test modeled partitioning of isotopically labeled nitrogenECA model
Date last modified:
811/
2820/2015
Contributors: Qing Zhu
Provenance: (Run provenance Link, Code Tag, etc:)
Results: (link to results, data and plots)
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Observed plant-microbe competition pattern. The observed plant-microbe competition pattern (triangles) are compared against (1) relative demand competition theory (red line); (2) microbes outcompete plant competition theory (green line); (3) the new competition theory based on ECA approaches. Blue dash line is the mean of ECA predictions. The shaded area shows its 5% - 95% percentiles. Black line shows the fitted ECA model.
resolution: f19_g16
compset: ICRUCLM45
physics: ECA
cores: 96
timing:
TOT Run Time: 772.485 seconds 2.116 seconds/mday 111.85 myears/wday
LND Run Time: 522.698 seconds 1.432 seconds/mday 165.30 myears/wday
ROF Run Time: 34.180 seconds 0.094 seconds/mday 2527.79 myears/wday
ICE Run Time: 0.000 seconds 0.000 seconds/mday 0.00 myears/wday
ATM Run Time: 167.890 seconds 0.460 seconds/mday 514.62 myears/wday
OCN Run Time: 0.000 seconds 0.000 seconds/mday 0.00 myears/wday
GLC Run Time: 0.000 seconds 0.000 seconds/mday 0.00 myears/wday
WAV Run Time: 0.000 seconds 0.000 seconds/mday 0.00 myears/wday
CPL Run Time: 40.789 seconds 0.112 seconds/mday 2118.22 myears/wday
CPL COMM Time: 176.287 seconds 0.483 seconds/mday 490.11 myears/wday
Code:
commit 469f4cbc62b03ab789f5b726e074730df9be9ccf
Results:
/global/project/projectdirs/acme/qzhu/Projects/ECA/eca-cases/f19_g16.ICRUCLM45.469f4cb.eca
/global/project/projectdirs/acme/qzhu/Projects/ECA/eca-cases/f19_g16.ICRUCLM45.469f4cb.default