B AMWG Diagnostics Plots

Experiment Description
1 LGM vs Modern long controls
1.1 14k vs LGM long controls
1.2 PI (b30.100) versus 1990s control (b30.104
1.3 6ka (b30.101) versus a bunch of others
2 FW-Dump during LGM (yrs 10-20) vs LGM control
3 FW-Dump during LGM (yrs 80-90) vs LGM control
4 FW-Dump during Modern (yrs 10-20) vs Modern control
5 FW-Dump during Modern (yrs 40-50) vs Modern control
6 pfg90 vs lf90
7 lf90 vs pgf90
8 aquaplanet qflux anom
8.1 aquaplanet versus ideal land but land is fat
8.2 aquaplanet versus ideal land but about the right amount of land
8.3 fat land with and without mountains
8.4 aqua planet with low vertical diffusion in free troposphere
8.5 aqua planet with low ABL turbulent eddy flux
9 symmetric land qflux anom
10 idealland qflux anom
11 CAM LGM no tongue minus control, just years 3-8 from the reduced ice run
12 CAM LGM no tongue minus control, 10-19 from the reduced ice run
13 CAM LGM no Nordic Sea Ice minus control, 10-19 from the reduced ice run
14 CAM T31 LGM full height topog versus 12k topog
15 CAM T42 40% versus 100% topog
16 CAM T42 60% versus 100% topog
17 CAM T42 80% versus 100% topog
18

ccsmsom runs

All plots show 20-yr means taken after a 20 yr spinup
All runs with name ccsmsom0X have the snow bug in the SOM (ignores enthalpy of snow falling into ocean), while newer runs on olympus with name testsom2 has bug fix
 
ccsmsom04-b30.004
 Present Day som run versus fully coupled OGCM,
should look identical

ccsmsom06-ccsmsom04
 2XCO2 compared to Present Day
Active albedo

ccsmsom07-ccsmsom05
2XCO2 compared to Present Day
Albedo fixed at present day climatology

ccsmsom07-ccsmsom06
2XCO2 Fixed albedo compared to 2XCO2 Active albedo

testsom2-ccsmsom04 test bug fix in ccsm som on olympus, turns out to be almost negligible

e40.1850.1deg.tr1.1xco2.001-b40.1850.track1.1deg.006
CCSM4 1850s som run versus fully coupled OGCM,
should look identical

Mark's Master Webpage AMWG Diagnostics Package