Number of fields: 116 Write frequency: MONTHLY Filename specifier: %c.cam2.h%t.%y-%m.nc History buffer precision: double Output precision: single Number of time samples per file: 1

Field name | Units | NLEV | Time avg | Long name |
---|---|---|---|---|

AEROD_v | 1 | 1 | A | Total Aerosol Optical Depth in visible band |

CLDHGH | fraction | 1 | A | Vertically-integrated high cloud |

CLDICE | kg/kg | 26 | A | Grid box averaged cloud ice amount |

CLDLIQ | kg/kg | 26 | A | Grid box averaged cloud liquid amount |

CLDLOW | fraction | 1 | A | Vertically-integrated low cloud |

CLDMED | fraction | 1 | A | Vertically-integrated mid-level cloud |

CLDTOT | fraction | 1 | A | Vertically-integrated total cloud |

CLOUD | fraction | 26 | A | Cloud fraction |

CMFDQ | kg/kg/s | 26 | A | QV tendency - shallow convection |

CMFDQR | kg/kg/s | 26 | A | Q tendency - shallow convection rainout |

CMFDT | K/s | 26 | A | T tendency - shallow convection |

CMFMC | kg/m2/s | 27 | A | Moist shallow convection mass flux |

CMFMCDZM | kg/m2/s | 27 | A | Convection mass flux from ZM deep |

CONCLD | fraction | 26 | A | Convective cloud cover |

DCQ | kg/kg/s | 26 | A | Q tendency due to moist processes |

DTCOND | K/s | 26 | A | T tendency - moist processes |

DTV | K/s | 26 | A | T vertical diffusion |

FICE | fraction | 26 | A | Fractional ice content within cloud |

FLDS | W/m2 | 1 | A | Downwelling longwave flux at surface |

FLDSC | W/m2 | 1 | A | Clearsky downwelling longwave flux at surface |

FLNS | W/m2 | 1 | A | Net longwave flux at surface |

FLNSC | W/m2 | 1 | A | Clearsky net longwave flux at surface |

FLNT | W/m2 | 1 | A | Net longwave flux at top of model |

FLNTC | W/m2 | 1 | A | Clearsky net longwave flux at top of model |

FLUT | W/m2 | 1 | A | Upwelling longwave flux at top of model |

FLUTC | W/m2 | 1 | A | Clearsky upwelling longwave flux at top of model |

FREQSH | fraction | 1 | A | Fractional occurance of shallow convection |

FREQZM | fraction | 1 | A | Fractional occurance of ZM convection |

FSDS | W/m2 | 1 | A | Downwelling solar flux at surface |

FSDSC | W/m2 | 1 | A | Clearsky downwelling solar flux at surface |

FSDTOA | W/m2 | 1 | A | Downwelling solar flux at top of atmosphere |

FSNS | W/m2 | 1 | A | Net solar flux at surface |

FSNSC | W/m2 | 1 | A | Clearsky net solar flux at surface |

FSNT | W/m2 | 1 | A | Net solar flux at top of model |

FSNTC | W/m2 | 1 | A | Clearsky net solar flux at top of model |

FSNTOA | W/m2 | 1 | A | Net solar flux at top of atmosphere |

FSNTOAC | W/m2 | 1 | A | Clearsky net solar flux at top of atmosphere |

FSUTOA | W/m2 | 1 | A | Upwelling solar flux at top of atmosphere |

GCLDLWP | gram/m2 | 26 | A | Grid-box cloud water path |

ICEFRAC | fraction | 1 | A | Fraction of sfc area covered by sea-ice |

ICIMR | kg/kg | 26 | A | Prognostic in-cloud ice mixing ratio |

ICLDIWP | gram/m2 | 26 | A | In-cloud ice water path |

ICLDTWP | gram/m2 | 26 | A | In-cloud cloud total water path (liquid and ice) |

ICWMR | kg/kg | 26 | A | Prognostic in-cloud water mixing ratio |

LANDFRAC | fraction | 1 | A | Fraction of sfc area covered by land |

LHFLX | W/m2 | 1 | A | Surface latent heat flux |

LWCF | W/m2 | 1 | A | Longwave cloud forcing |

OCNFRAC | fraction | 1 | A | Fraction of sfc area covered by ocean |

ODV_SSLTA | 1 | 1 | A | SSLTA optical depth in visible band |

ODV_SSLTC | 1 | 1 | A | SSLTC optical depth in visible band |

ODV_bcar1 | 1 | 1 | A | bcar1 optical depth in visible band |

ODV_bcar2 | 1 | 1 | A | bcar2 optical depth in visible band |

ODV_dust1 | 1 | 1 | A | dust1 optical depth in visible band |

ODV_dust2 | 1 | 1 | A | dust2 optical depth in visible band |

ODV_dust3 | 1 | 1 | A | dust3 optical depth in visible band |

ODV_dust4 | 1 | 1 | A | dust4 optical depth in visible band |

ODV_ocar1 | 1 | 1 | A | ocar1 optical depth in visible band |

ODV_ocar2 | 1 | 1 | A | ocar2 optical depth in visible band |

ODV_sulf | 1 | 1 | A | sulf optical depth in visible band |

OMEGA | Pa/s | 26 | A | Vertical velocity (pressure) |

OMEGAT | K Pa/s | 26 | A | Vertical heat flux |

PBLH | m | 1 | A | PBL height |

PCONVB | Pa | 1 | A | convection base pressure |

PCONVT | Pa | 1 | A | convection top pressure |

PHIS | m2/s2 | 1 | I | Surface geopotential |

PRECC | m/s | 1 | A | Convective precipitation rate (liq + ice) |

PRECCDZM | m/s | 1 | A | Convective precipitation rate from ZM deep |

PRECL | m/s | 1 | A | Large-scale (stable) precipitation rate (liq + ice) |

PRECSC | m/s | 1 | A | Convective snow rate (water equivalent) |

PRECSH | m/s | 1 | A | Shallow Convection precipitation rate |

PRECSL | m/s | 1 | A | Large-scale (stable) snow rate (water equivalent) |

PRECT | m/s | 1 | A | Total (convective and large-scale) precipitation rate (liq + ice) |

PS | Pa | 1 | A | Surface pressure |

PSL | Pa | 1 | A | Sea level pressure |

Q | kg/kg | 26 | A | Specific humidity |

QC | kg/kg/s | 26 | A | Q tendency - shallow convection LW export |

QFLX | kg/m2/s | 1 | A | Surface water flux |

QREFHT | kg/kg | 1 | A | Reference height humidity |

QRL | K/s | 26 | A | Longwave heating rate |

QRS | K/s | 26 | A | Solar heating rate |

RELHUM | percent | 26 | A | Relative humidity |

RHREFHT | fraction | 1 | A | Reference height relative humidity |

SFCLDICE | kg/m2/s | 1 | A | CLDICE surface flux |

SFCLDLIQ | kg/m2/s | 1 | A | CLDLIQ surface flux |

SHFLX | W/m2 | 1 | A | Surface sensible heat flux |

SNOWHICE | m | 1 | A | Water equivalent snow depth |

SNOWHLND | m | 1 | A | Water equivalent snow depth |

SOLIN | W/m2 | 1 | A | Solar insolation |

SRFRAD | W/m2 | 1 | A | Net radiative flux at surface |

SWCF | W/m2 | 1 | A | Shortwave cloud forcing |

T | K | 26 | A | Temperature |

TAUX | N/m2 | 1 | A | Zonal surface stress |

TAUY | N/m2 | 1 | A | Meridional surface stress |

TGCLDIWP | gram/m2 | 1 | A | Total grid-box cloud ice water path |

TGCLDLWP | gram/m2 | 1 | A | Total grid-box cloud liquid water path |

TMQ | kg/m2 | 1 | A | Total (vertically integrated) precipitatable water |

TREFHT | K | 1 | A | Reference height temperature |

TREFMNAV | K | 1 | A | Average of TREFHT daily minimum |

TREFMXAV | K | 1 | A | Average of TREFHT daily maximum |

TROP_P | Pa | 1 | A | Tropopause Pressure |

TROP_T | K | 1 | A | Tropopause Temperature |

TROP_Z | m | 1 | A | Tropopause Height |

TS | K | 1 | A | Surface temperature (radiative) |

TSMN | K | 1 | M | Minimum surface temperature over output period |

TSMX | K | 1 | X | Maximum surface temperature over output period |

U | m/s | 26 | A | Zonal wind |

US | m/s | 26 | A | Zonal wind, staggered |

UU | m2/s2 | 26 | A | Zonal velocity squared |

V | m/s | 26 | A | Meridional wind |

VD01 | kg/kg/s | 26 | A | Vertical diffusion of Q |

VQ | m/skg/kg | 26 | A | Meridional water transport |

VS | m/s | 26 | A | Meridional wind, staggered |

VT | K m/s | 26 | A | Meridional heat transport |

VU | m2/s2 | 26 | A | Meridional flux of zonal momentum |

VV | m2/s2 | 26 | A | Meridional velocity squared |

Z3 | m | 26 | A | Geopotential Height (above sea level) |

Number of fields: 15 Write frequency: YEARLY Filename specifier: %c.cam2.i.%y-%m-%d-%s.nc History buffer precision: double Output precision: double Number of time samples per file: 1

Field name | Units | NLEV | Time avg | Long name |
---|---|---|---|---|

CLDICE&IC | kg/kg | 26 | I | Grid box averaged cloud ice amount |

CLDLIQ&IC | kg/kg | 26 | I | Grid box averaged cloud liquid amount |

ICEFRAC&IC | fraction | 1 | I | Fraction of sfc area covered by sea-ice |

PS&IC | Pa | 1 | I | Surface pressure |

Q&IC | kg/kg | 26 | I | Specific humidity |

SICTHK&IC | m | 1 | I | Sea ice thickness |

SNOWHICE&IC | m | 1 | I | Water equivalent snow depth |

T&IC | K | 26 | I | Temperature |

TS1&IC | K | 1 | I | TS1 subsoil temperature |

TS2&IC | K | 1 | I | TS2 subsoil temperature |

TS3&IC | K | 1 | I | TS3 subsoil temperature |

TS4&IC | K | 1 | I | TS4 subsoil temperature |

TSICE&IC | K | 1 | I | Ice temperature |

US&IC | m/s | 26 | I | Zonal wind, staggered |

VS&IC | m/s | 26 | I | Meridional wind, staggered |

Field name | Units | NLEV | Time avg | Long name |
---|---|---|---|---|

ACTNI | Micron | 1 | A | Average Cloud Top ice number |

ACTNL | Micron | 1 | A | Average Cloud Top droplet number |

ACTREI | Micron | 1 | A | Average Cloud Top ice effective radius |

ACTREL | Micron | 1 | A | Average Cloud Top droplet effective radius |

AEROD_v | 1 | 1 | A | Total Aerosol Optical Depth in visible band |

ALDIF | 1 | 1 | A | albedo: longwave, diffuse |

ALDIR | 1 | 1 | A | albedo: longwave, direct |

AREI | Micron | 26 | A | Average ice effective radius |

AREL | Micron | 26 | A | Average droplet effective radius |

ASDIF | 1 | 1 | A | albedo: shortwave, diffuse |

ASDIR | 1 | 1 | A | albedo: shortwave, direct |

AST | fraction | 26 | A | Stratus cloud fraction |

AWNC | m-3 | 26 | A | Average cloud water number conc |

AWNI | m-3 | 26 | A | Average cloud ice number conc |

BCDEPWET | kg/m2/sec | 1 | I | prescribed aero dep |

BCPHIDRY | kg/m2/sec | 1 | I | prescribed aero dep |

BCPHODRY | kg/m2/sec | 1 | I | prescribed aero dep |

BERGO | 1/s | 26 | A | Conversion of cloud water to cloud ice from bergeron |

BERGSO | 1/s | 26 | A | Conversion of cloud water to snow from bergeron |

CAPE | J/kg | 1 | A | Convectively available potential energy |

CBMF | kg/m2/s | 1 | A | Cloud base mass flux |

CDNUMC | #/m2 | 1 | A | Vertically-integrated droplet concentration |

CGS | s/m2 | 27 | A | Counter-gradient coeff on surface kinematic fluxes |

CIN | J/kg | 1 | A | Convective inhibition |

CLDBOT | 1 | 1 | I | Vertical index of cloud base |

CLDHGH | fraction | 1 | A | Vertically-integrated high cloud |

CLDICE | kg/kg | 26 | A | Grid box averaged cloud ice amount |

CLDICE&IC | kg/kg | 26 | I | Grid box averaged cloud ice amount |

CLDICEADJ | kg/kg/s | 26 | A | CLDICE adjustment tendency - Revised macrophysics |

CLDICEAP | kg/kg | 26 | A | CLDICE after physics |

CLDICEBP | kg/kg | 26 | A | CLDICE before physics |

CLDICEDET | kg/kg/s | 26 | A | Detrainment of conv cld ice into envrionment - Revised macrophysics |

CLDICELIM | kg/kg/s | 26 | A | CLDICE limiting tendency - Revised macrophysics |

CLDLIQ | kg/kg | 26 | A | Grid box averaged cloud liquid amount |

CLDLIQ&IC | kg/kg | 26 | I | Grid box averaged cloud liquid amount |

CLDLIQADJ | kg/kg/s | 26 | A | CLDLIQ adjustment tendency - Revised macrophysics |

CLDLIQAP | kg/kg | 26 | A | CLDLIQ after physics |

CLDLIQBP | kg/kg | 26 | A | CLDLIQ before physics |

CLDLIQDET | kg/kg/s | 26 | A | Detrainment of conv cld liq into envrionment - Revised macrophysics |

CLDLIQLIM | kg/kg/s | 26 | A | CLDLIQ limiting tendency - Revised macrophysics |

CLDLOW | fraction | 1 | A | Vertically-integrated low cloud |

CLDMED | fraction | 1 | A | Vertically-integrated mid-level cloud |

CLDST | fraction | 26 | A | Stratus cloud fraction |

CLDTOP | 1 | 1 | I | Vertical index of cloud top |

CLDTOT | fraction | 1 | A | Vertically-integrated total cloud |

CLDVAPADJ | kg/kg/s | 26 | A | Q tendency associated with liq/ice adjustment - Revised macrophysics |

CLOUD | fraction | 26 | A | Cloud fraction |

CLOUD&IC | fraction | 26 | I | Cloud fraction |

CME | kg/kg/s | 26 | A | Rate of cond-evap within the cloud |

CMEICE | kg/kg/s | 26 | A | Rate of cond-evap of ice within the cloud |

CMEIOUT | kg/kg/s | 26 | A | Rate of deposition/sublimation of cloud ice |

CMELIQ | kg/kg/s | 26 | A | Rate of cond-evap of liq within the cloud |

CMFDICE | kg/kg/s | 26 | A | Cloud ice tendency - shallow convection |

CMFDLIQ | kg/kg/s | 26 | A | Cloud liq tendency - shallow convection |

CMFDQ | kg/kg/s | 26 | A | QV tendency - shallow convection |

CMFDQR | kg/kg/s | 26 | A | Q tendency - shallow convection rainout |

CMFDT | K/s | 26 | A | T tendency - shallow convection |

CMFLQ | W/m2 | 27 | A | Moist shallow convection total water flux |

CMFMC | kg/m2/s | 27 | A | Moist shallow convection mass flux |

CMFMCDZM | kg/m2/s | 27 | A | Convection mass flux from ZM deep |

CMFSL | W/m2 | 27 | A | Moist shallow convection liquid water static energy flux |

CNVCLD | fraction | 1 | A | Vertically integrated convective cloud amount |

CONCLD | fraction | 26 | A | Convective cloud cover |

CONCLD&IC | fraction | 26 | I | Convective cloud fraction |

CUSH&IC | m | 1 | I | Convective Scale Height |

DCQ | kg/kg/s | 26 | A | Q tendency due to moist processes |

DISED | kg/kg/s | 26 | A | Cloud ice tendency from sedimentation |

DLSED | kg/kg/s | 26 | A | Cloud liquid tendency from sedimentation |

DMECLDICE | kg/kg/s | 26 | A | CLDICE dme adjustment tendency (FV) |

DMECLDLIQ | kg/kg/s | 26 | A | CLDLIQ dme adjustment tendency (FV) |

DMEQ | kg/kg/s | 26 | A | Q dme adjustment tendency (FV) |

DPDLFICE | kg/kg/s | 26 | A | Detrained ice from deep convection |

DPDLFLIQ | kg/kg/s | 26 | A | Detrained liquid water from deep convection |

DPDLFT | K/s | 26 | A | T-tendency due to deep convective detrainment |

DP_CLD | fraction | 26 | A | Deep convective cloud cover |

DQP | kg/kg/s | 26 | A | Specific humidity tendency due to precipitation |

DQSED | kg/kg/s | 26 | A | Water vapor tendency from cloud sedimentation |

DSTX01DD | kg/m2/sec | 1 | I | prescribed aero dep |

DSTX01WD | kg/m2/sec | 1 | I | prescribed aero dep |

DSTX02DD | kg/m2/sec | 1 | I | prescribed aero dep |

DSTX02WD | kg/m2/sec | 1 | I | prescribed aero dep |

DSTX03DD | kg/m2/sec | 1 | I | prescribed aero dep |

DSTX03WD | kg/m2/sec | 1 | I | prescribed aero dep |

DSTX04DD | kg/m2/sec | 1 | I | prescribed aero dep |

DSTX04WD | kg/m2/sec | 1 | I | prescribed aero dep |

DTCOND | K/s | 26 | A | T tendency - moist processes |

DTCORE | K/s | 26 | I | T tendency due to dynamical core |

DTV | K/s | 26 | A | T vertical diffusion |

DTVKE | K/s | 26 | A | dT/dt vertical diffusion KE dissipation |

DUH | K/s | 26 | A | U horizontal diffusive heating |

DUV | m/s2 | 26 | A | U vertical diffusion |

DVH | K/s | 26 | A | V horizontal diffusive heating |

DVV | m/s2 | 26 | A | V vertical diffusion |

EFFCLD | fraction | 26 | A | Effective cloud fraction |

EFFICE | Micron | 26 | A | Prognostic ice effective radius |

EFFLIQ | Micron | 26 | A | Prognostic droplet effective radius |

EFFLIQ_IND | Micron | 26 | A | Prognostic droplet effective radius (indirect effect) |

EMIS | 1 | 26 | A | cloud emissivity |

ENGYCORR | W/m2 | 26 | A | Energy correction for over-all conservation |

EVAPPREC | kg/kg/s | 26 | A | Rate of evaporation of falling precip |

EVAPQCM | kg/kg/s | 26 | A | Q tendency - Evaporation from Hack convection |

EVAPQZM | kg/kg/s | 26 | A | Q tendency - Evaporation from Zhang-McFarlane moist convection |

EVAPSNOW | kg/kg/s | 26 | A | Rate of evaporation of falling snow |

EVAPTCM | K/s | 26 | A | T tendency - Evaporation/snow prod from Hack convection |

EVAPTZM | K/s | 26 | A | T tendency - Evaporation/snow prod from Zhang convection |

EVSNTCM | K/s | 26 | A | T tendency - Snow to rain prod from Hack convection |

EVSNTZM | K/s | 26 | A | T tendency - Snow to rain prod from Zhang convection |

FCTI | fraction | 1 | A | Fractional occurance of cloud top ice |

FCTL | fraction | 1 | A | Fractional occurance of cloud top liquid |

FDL | W/m2 | 27 | I | Longwave downward flux |

FDLC | W/m2 | 27 | I | Longwave clear-sky downward flux |

FDS | W/m2 | 27 | I | Shortwave downward flux |

FDSC | W/m2 | 27 | I | Shortwave clear-sky downward flux |

FICE | fraction | 26 | A | Fractional ice content within cloud |

FLDS | W/m2 | 1 | A | Downwelling longwave flux at surface |

FLDSC | W/m2 | 1 | A | Clearsky downwelling longwave flux at surface |

FLN200 | W/m2 | 1 | A | Net longwave flux at 200 mb |

FLN200C | W/m2 | 1 | A | Clearsky net longwave flux at 200 mb |

FLNS | W/m2 | 1 | A | Net longwave flux at surface |

FLNSC | W/m2 | 1 | A | Clearsky net longwave flux at surface |

FLNT | W/m2 | 1 | A | Net longwave flux at top of model |

FLNTC | W/m2 | 1 | A | Clearsky net longwave flux at top of model |

FLUT | W/m2 | 1 | A | Upwelling longwave flux at top of model |

FLUTC | W/m2 | 1 | A | Clearsky upwelling longwave flux at top of model |

FRACW | fraction | 26 | A | Relative importance of rain accreting liquid |

FREQI | fraction | 26 | A | Fractional occurance of ice |

FREQL | fraction | 26 | A | Fractional occurance of liquid |

FREQSH | fraction | 1 | A | Fractional occurance of shallow convection |

FREQZM | fraction | 1 | A | Fractional occurance of ZM convection |

FRZRDT | W/kg | 26 | A | Latent heating rate due to homogeneous freezing of rain |

FSACI | fraction | 26 | A | Relative importance of snow accreting ice |

FSACW | fraction | 26 | A | Relative importance of snow accreting liquid |

FSAUT | fraction | 26 | A | Relative importance of ice autoconversion |

FSDS | W/m2 | 1 | A | Downwelling solar flux at surface |

FSDSC | W/m2 | 1 | A | Clearsky downwelling solar flux at surface |

FSDTOA | W/m2 | 1 | A | Downwelling solar flux at top of atmosphere |

FSN200 | W/m2 | 1 | A | Net shortwave flux at 200 mb |

FSN200C | W/m2 | 1 | A | Clearsky net shortwave flux at 200 mb |

FSNIRTOA | W/m2 | 1 | A | Net near-infrared flux (Nimbus-7 WFOV) at top of atmosphere |

FSNRTOAC | W/m2 | 1 | A | Clearsky net near-infrared flux (Nimbus-7 WFOV) at top of atmosphere |

FSNRTOAS | W/m2 | 1 | A | Net near-infrared flux (>= 0.7 microns) at top of atmosphere |

FSNS | W/m2 | 1 | A | Net solar flux at surface |

FSNSC | W/m2 | 1 | A | Clearsky net solar flux at surface |

FSNT | W/m2 | 1 | A | Net solar flux at top of model |

FSNTC | W/m2 | 1 | A | Clearsky net solar flux at top of model |

FSNTOA | W/m2 | 1 | A | Net solar flux at top of atmosphere |

FSNTOAC | W/m2 | 1 | A | Clearsky net solar flux at top of atmosphere |

FSUTOA | W/m2 | 1 | A | Upwelling solar flux at top of atmosphere |

FU | m/s2 | 26 | A | Zonal wind forcing term |

FUL | W/m2 | 27 | I | Longwave upward flux |

FULC | W/m2 | 27 | I | Longwave clear-sky upward flux |

FUS | W/m2 | 27 | I | Shortwave upward flux |

FUSC | W/m2 | 27 | I | Shortwave clear-sky upward flux |

FU_S | m/s2 | 26 | A | Zonal wind forcing term on staggered grid |

FV | m/s2 | 26 | A | Meridional wind forcing term |

FV_S | m/s2 | 26 | A | Meridional wind forcing term on staggered grid |

FWAUT | fraction | 26 | A | Relative importance of liquid autoconversion |

FZSNTCM | K/s | 26 | A | T tendency - Rain to snow conversion from Hack convection |

FZSNTZM | K/s | 26 | A | T tendency - Rain to snow conversion from Zhang convection |

GCLDLWP | gram/m2 | 26 | A | Grid-box cloud water path |

HCME | W/kg | 26 | A | Heating from cond-evap within the cloud |

HEVAP | W/kg | 26 | A | Heating from evaporation of falling precip |

HFREEZ | W/kg | 26 | A | Heating rate due to freezing of precip |

HKEIHEAT | W/kg | 26 | A | Heating by ice and evaporation in HK convection |

HKFLXPRC | kg/m2/s | 27 | A | Flux of precipitation from HK convection |

HKFLXSNW | kg/m2/s | 27 | A | Flux of snow from HK convection |

HKNTPRPD | kg/kg/s | 26 | A | Net precipitation production from HK convection |

HKNTSNPD | kg/kg/s | 26 | A | Net snow production from HK convection |

HMELT | W/kg | 26 | A | Heating from snow melt |

HOMOO | 1/s | 26 | A | Homogeneous freezing of cloud water |

HPROGCLD | W/kg | 26 | A | Heating from prognostic clouds |

HR | K/s | 26 | A | Heating rate needed for d(theta)/dt computation |

HREPART | W/kg | 26 | A | Heating from cloud ice/liquid repartitioning |

HSED | W/kg | 26 | A | Heating from cloud sediment evaporation |

ICE2PR | kg/kg/s | 26 | A | Rate of conversion of ice to precip |

ICECLDF | fraction | 26 | A | Stratus ICE cloud fraction |

ICEFRAC | fraction | 1 | A | Fraction of sfc area covered by sea-ice |

ICEFRAC&IC | fraction | 1 | I | Fraction of sfc area covered by sea-ice |

ICIMR | kg/kg | 26 | A | Prognostic in-cloud ice mixing ratio |

ICIMRCU | kg/kg | 26 | A | Convection in-cloud ice mixing ratio |

ICIMRST | kg/kg | 26 | A | Prognostic in-stratus ice mixing ratio |

ICIMRTOT | kg/kg | 26 | A | Total in-cloud ice mixing ratio |

ICINC | m-3 | 26 | A | Prognostic in-cloud ice number conc |

ICLDIWP | gram/m2 | 26 | A | In-cloud ice water path |

ICLDTWP | gram/m2 | 26 | A | In-cloud cloud total water path (liquid and ice) |

ICLMRCU | kg/kg | 26 | A | Convection in-cloud liquid mixing ratio |

ICLMRTOT | kg/kg | 26 | A | Total in-cloud liquid mixing ratio |

ICWMR | kg/kg | 26 | A | Prognostic in-cloud water mixing ratio |

ICWMRDP | kg/kg | 26 | A | Deep Convection in-cloud water mixing ratio |

ICWMRSH | kg/kg | 26 | A | Shallow Convection in-cloud water mixing ratio |

ICWMRST | kg/kg | 26 | A | Prognostic in-stratus water mixing ratio |

ICWNC | m-3 | 26 | A | Prognostic in-cloud water number conc |

IWC | kg/m3 | 26 | A | Grid box average ice water content |

KTOOP | K/s | 26 | A | (Kappa*T)*(omega/P) |

KVH | m2/s | 27 | A | Vertical diffusion diffusivities (heat/moisture) |

KVH&IC | m2/s | 27 | I | Vertical diffusion diffusivities (heat/moisture) |

KVM | m2/s | 27 | A | Vertical diffusion diffusivities (momentum) |

KVM&IC | m2/s | 27 | I | Vertical diffusion diffusivities (momentum) |

LANDFRAC | fraction | 1 | A | Fraction of sfc area covered by land |

LCWAT&IC | kg/kg | 26 | I | Cloud water (ice + liq |

LHFLX | W/m2 | 1 | A | Surface latent heat flux |

LIQ2PR | kg/kg/s | 26 | A | Rate of conversion of liq to precip |

LIQCLDF | fraction | 26 | A | Stratus Liquid cloud fraction |

LPSTEN | Pa/s | 1 | A | Surface pressure tendency |

LWC | kg/m3 | 26 | A | Grid box average liquid water content |

LWCF | W/m2 | 1 | A | Longwave cloud forcing |

LWSH | m | 1 | A | Liquid water scale height |

MACPDICE | kg/kg/s | 26 | A | CLDICE tendency - Revised macrophysics |

MACPDLIQ | kg/kg/s | 26 | A | CLDLIQ tendency - Revised macrophysics |

MACPDQ | kg/kg/s | 26 | A | Q tendency - Revised macrophysics |

MACPDT | W/kg | 26 | A | Heating tendency - Revised macrophysics |

MELTO | 1/s | 26 | A | Melting of cloud ice |

MELTSDT | W/kg | 26 | A | Latent heating rate due to melting of snow |

MNUCCCO | 1/s | 26 | A | Immersion freezing of cloud water |

MNUCCRO | 1/s | 26 | A | Heterogeneous freezing of rain to snow |

MNUCCTO | 1/s | 26 | A | Contact freezing of cloud water |

MPDI2P | kg/kg/s | 26 | A | Ice <--> Precip tendency - Morrison microphysics |

MPDI2V | kg/kg/s | 26 | A | Ice <--> Vapor tendency - Morrison microphysics |

MPDI2W | kg/kg/s | 26 | A | Ice <--> Water tendency - Morrison microphysics |

MPDICE | kg/kg/s | 26 | A | CLDICE tendency - Morrison microphysics |

MPDLIQ | kg/kg/s | 26 | A | CLDLIQ tendency - Morrison microphysics |

MPDQ | kg/kg/s | 26 | A | Q tendency - Morrison microphysics |

MPDT | W/kg | 26 | A | Heating tendency - Morrison microphysics |

MPDW2I | kg/kg/s | 26 | A | Water <--> Ice tendency - Morrison microphysics |

MPDW2P | kg/kg/s | 26 | A | Water <--> Precip tendency - Morrison microphysics |

MPDW2V | kg/kg/s | 26 | A | Water <--> Vapor tendency - Morrison microphysics |

MQ | kg/m2 | 26 | A | Water vapor mass in layer |

MSACWIO | 1/s | 26 | A | Conversion of cloud water from rime-splintering |

NSTEP | timestep | 1 | A | Model timestep |

OCDEPWET | kg/m2/sec | 1 | I | prescribed aero dep |

OCNFRAC | fraction | 1 | A | Fraction of sfc area covered by ocean |

OCPHIDRY | kg/m2/sec | 1 | I | prescribed aero dep |

OCPHODRY | kg/m2/sec | 1 | I | prescribed aero dep |

ODV_SSLTA | 1 | 1 | A | SSLTA optical depth in visible band |

ODV_SSLTC | 1 | 1 | A | SSLTC optical depth in visible band |

ODV_bcar1 | 1 | 1 | A | bcar1 optical depth in visible band |

ODV_bcar2 | 1 | 1 | A | bcar2 optical depth in visible band |

ODV_dust1 | 1 | 1 | A | dust1 optical depth in visible band |

ODV_dust2 | 1 | 1 | A | dust2 optical depth in visible band |

ODV_dust3 | 1 | 1 | A | dust3 optical depth in visible band |

ODV_dust4 | 1 | 1 | A | dust4 optical depth in visible band |

ODV_ocar1 | 1 | 1 | A | ocar1 optical depth in visible band |

ODV_ocar2 | 1 | 1 | A | ocar2 optical depth in visible band |

ODV_sulf | 1 | 1 | A | sulf optical depth in visible band |

OMEGA | Pa/s | 26 | A | Vertical velocity (pressure) |

OMEGA500 | Pa/s | 1 | A | Vertical velocity at 500 mbar pressure surface |

OMEGA850 | Pa/s | 1 | A | Vertical velocity at 850 mbar pressure surface |

OMEGAQ | kgPa/kgs | 26 | A | Vertical water transport |

OMEGAT | K Pa/s | 26 | A | Vertical heat flux |

OMEGAU | m Pa/s2 | 26 | A | Vertical flux of zonal momentum |

OMEGAV | m Pa/s2 | 26 | A | Vertical flux of meridional momentum |

OMGAOMGA | Pa2/s2 | 26 | A | Vertical flux of vertical momentum |

PBLH | m | 1 | A | PBL height |

PBLH&IC | m | 1 | I | PBL height |

PCLDBOT | 1 | 1 | A | Pressure of cloud base |

PCLDTOP | 1 | 1 | A | Pressure of cloud top |

PCONVB | Pa | 1 | A | convection base pressure |

PCONVT | Pa | 1 | A | convection top pressure |

PCSNOW | m/s | 1 | A | Snow fall from prognostic clouds |

PDELDRY | Pa | 26 | A | Dry pressure difference between levels |

PHIS | m2/s2 | 1 | I | Surface geopotential |

PRACSO | 1/s | 26 | A | Accretion of rain by snow |

PRAIO | 1/s | 26 | A | Accretion of cloud ice by rain |

PRAO | 1/s | 26 | A | Accretion of cloud water by rain |

PRCIO | 1/s | 26 | A | Autoconversion of cloud ice |

PRCO | 1/s | 26 | A | Autoconversion of cloud water |

PRECC | m/s | 1 | A | Convective precipitation rate (liq + ice) |

PRECCDZM | m/s | 1 | A | Convective precipitation rate from ZM deep |

PRECCav | m/s | 1 | A | Average large-scale precipitation (liq + ice) |

PRECL | m/s | 1 | A | Large-scale (stable) precipitation rate (liq + ice) |

PRECLav | m/s | 1 | A | Average convective precipitation (liq + ice) |

PRECSC | m/s | 1 | A | Convective snow rate (water equivalent) |

PRECSED | m/s | 1 | A | Precipitation from cloud sedimentation |

PRECSH | m/s | 1 | A | Shallow Convection precipitation rate |

PRECSL | m/s | 1 | A | Large-scale (stable) snow rate (water equivalent) |

PRECT | m/s | 1 | A | Total (convective and large-scale) precipitation rate (liq + ice) |

PRECTMX | m/s | 1 | X | Maximum (convective and large-scale) precipitation rate (liq+ice) |

PRECZ | m/s | 1 | A | total precipitation from ZM convection |

PRODPREC | kg/kg/s | 26 | A | Rate of conversion of condensate to precip |

PS | Pa | 1 | A | Surface pressure |

PS&IC | Pa | 1 | I | Surface pressure |

PSACWSO | 1/s | 26 | A | Accretion of cloud water by snow |

PSDRY | Pa | 1 | A | Surface pressure |

PSL | Pa | 1 | A | Sea level pressure |

PTECLDICE | kg/kg/s | 26 | A | CLDICE total physics tendency |

PTECLDLIQ | kg/kg/s | 26 | A | CLDLIQ total physics tendency |

PTEQ | kg/kg/s | 26 | A | Q total physics tendency |

PTTEND | K/s | 26 | A | T total physics tendency |

PTTEND_RESID | K/s | 26 | A | T-tendency due to BAB kluge at end of tphysac (diagnostic not part of T-budget) |

Q | kg/kg | 26 | A | Specific humidity |

Q&IC | kg/kg | 26 | I | Specific humidity |

Q200 | kg/kg | 1 | A | Specific Humidity at 700 mbar pressure surface |

Q850 | kg/kg | 1 | A | Specific Humidity at 850 mbar pressure surface |

QAP | kg/kg | 26 | A | Specific humidity (after physics) |

QBOT | kg/kg | 1 | A | Lowest model level water vapor mixing ratio |

QBP | kg/kg | 26 | A | Specific humidity (before physics) |

QC | kg/kg/s | 26 | A | Q tendency - shallow convection LW export |

QCRESO | 1/s | 26 | A | Residual condensation term for cloud water |

QCSEDTEN | kg/kg/s | 26 | A | Cloud water mixing ratio tendency from sedimentation |

QCSEVAP | kg/kg/s | 26 | A | Rate of evaporation of falling cloud water |

QCWAT&IC | kg/kg | 26 | I | q associated with cloud water |

QFLX | kg/m2/s | 1 | A | Surface water flux |

QIRESO | 1/s | 26 | A | Residual deposition term for cloud ice |

QISEDTEN | kg/kg/s | 26 | A | Cloud ice mixing ratio tendency from sedimentation |

QISEVAP | kg/kg/s | 26 | A | Rate of sublimation of falling cloud ice |

QPERT | kg/kg | 1 | A | Perturbation specific humidity (eddies in PBL) |

QPERT&IC | kg/kg | 1 | I | Perturbation specific humidity (eddies in PBL) |

kg2/kg2 | 26 | A | Eddy moisture variance | |

QREFHT | kg/kg | 1 | A | Reference height humidity |

QRL | K/s | 26 | A | Longwave heating rate |

QRLC | K/s | 26 | A | Clearsky longwave heating rate |

QRS | K/s | 26 | A | Solar heating rate |

QRSC | K/s | 26 | A | Clearsky solar heating rate |

QT | kg/kg | 26 | A | Total water mixing ratio |

QTFLX | W/m2 | 27 | A | Total water flux |

QVRES | kg/kg/s | 26 | A | Rate of residual condensation term |

RAINSED | m/s | 1 | A | Rain from cloud liquid sedimentation |

REI | micron | 26 | A | effective ice particle radius |

REL | micron | 26 | A | effective liquid drop radius |

RELHUM | percent | 26 | A | Relative humidity |

REPARTICE | kg/kg/s | 26 | A | Cloud ice tendency from cloud ice/liquid repartitioning |

REPARTLIQ | kg/kg/s | 26 | A | Cloud liq tendency from cloud ice/liquid repartitioning |

RHI | percent | 26 | A | Relative humidity with respect to ice |

RHREFHT | fraction | 1 | A | Reference height relative humidity |

RHW | percent | 26 | A | Relative humidity with respect to liquid |

SETLWP | gram/m2 | 26 | A | Prescribed liquid water path |

SFCLDICE | kg/m2/s | 1 | A | CLDICE surface flux |

SFCLDLIQ | kg/m2/s | 1 | A | CLDLIQ surface flux |

SGH | m | 1 | I | Standard deviation of orography |

SGH30 | m | 1 | I | Standard deviation of 30s orography |

SHDLFICE | kg/kg/s | 26 | A | Detrained ice from shallow convection |

SHDLFLIQ | kg/kg/s | 26 | A | Detrained liquid water from shallow convection |

SHDLFT | K/s | 26 | A | T-tendency due to shallow convective detrainment |

SHFLX | W/m2 | 1 | A | Surface sensible heat flux |

SH_CLD | fraction | 26 | A | Shallow convective cloud cover |

SICTHK | m | 1 | A | Sea ice thickness |

SICTHK&IC | m | 1 | I | Sea ice thickness |

SL | J/kg | 26 | A | Liquid water static energy |

SLFLX | W/m2 | 27 | A | Liquid static energy flux |

SLV | J/kg | 26 | A | Liq wat virtual static energy |

SNOWHICE | m | 1 | A | Water equivalent snow depth |

SNOWHICE&IC | m | 1 | I | Water equivalent snow depth |

SNOWHLND | m | 1 | A | Water equivalent snow depth |

SNOWSED | m/s | 1 | A | Snow from cloud ice sedimentation |

SOLIN | W/m2 | 1 | A | Solar insolation |

SOLL | W/m2 | 1 | A | Solar downward near infrared direct to surface |

SOLLD | W/m2 | 1 | A | Solar downward near infrared diffuse to surface |

SOLS | W/m2 | 1 | A | Solar downward visible direct to surface |

SOLSD | W/m2 | 1 | A | Solar downward visible diffuse to surface |

SRFRAD | W/m2 | 1 | A | Net radiative flux at surface |

SSLTA | kg/kg | 26 | A | sea salt |

SSLTC | kg/kg | 26 | A | sea salt |

SST | K | 1 | A | sea surface temperature |

SWCF | W/m2 | 1 | A | Shortwave cloud forcing |

T | K | 26 | A | Temperature |

T&IC | K | 26 | I | Temperature |

T200 | K | 1 | A | Temperature at 200 mbar pressure surface |

T300 | K | 1 | A | Temperature at 300 mbar pressure surface |

T500 | K | 1 | A | Temperature at 500 mbar pressure surface |

T850 | K | 1 | A | Temperature at 850 mbar pressure surface |

TACLDICE | kg/kg/s | 26 | A | CLDICE horz + vert + fixer tendency |

TACLDLIQ | kg/kg/s | 26 | A | CLDLIQ horz + vert + fixer tendency |

TAP | K | 26 | A | Temperature (after physics) |

TAQ | kg/kg/s | 26 | A | Q horz + vert + fixer tendency |

TAUGWX | N/m2 | 1 | A | Zonal gravity wave surface stress |

TAUGWY | N/m2 | 1 | A | Meridional gravity wave surface stress |

TAUX | N/m2 | 1 | A | Zonal surface stress |

TAUY | N/m2 | 1 | A | Meridional surface stress |

TBOT | K | 1 | A | Lowest model level temperature |

TBOT&IC | K | 1 | I | Lowest model level temperature |

TBP | K | 26 | A | Temperature (before physics) |

TCWAT&IC | kg/kg | 26 | I | T associated with cloud water |

TEFIX | W/m2 | 1 | A | Total energy after fixer |

TEINP | W/m2 | 1 | A | Total energy of physics input |

TEOUT | W/m2 | 1 | A | Total energy of physics output |

TFIX | K/s | 1 | A | T fixer (T equivalent of Energy correction) |

TGCLDCWP | gram/m2 | 1 | A | Total grid-box cloud water path (liquid and ice) |

TGCLDIWP | gram/m2 | 1 | A | Total grid-box cloud ice water path |

TGCLDLWP | gram/m2 | 1 | A | Total grid-box cloud liquid water path |

TKE | m2/s2 | 27 | A | Turbulent Kinetic Energy |

TKE&IC | m2/s2 | 27 | I | Turbulent Kinetic Energy |

TMCLDICE | kg/m2 | 1 | A | CLDICE column burden |

TMCLDLIQ | kg/m2 | 1 | A | CLDLIQ column burden |

TMQ | kg/m2 | 1 | A | Total (vertically integrated) precipitatable water |

TPERT | K | 1 | A | Perturbation temperature (eddies in PBL) |

TPERT&IC | K | 1 | I | Perturbation temperature (eddies in PBL) |

TREFHT | K | 1 | A | Reference height temperature |

TREFHTMN | K | 1 | M | Minimum reference height temperature over output period |

TREFHTMX | K | 1 | X | Maximum reference height temperature over output period |

TREFMNAV | K | 1 | A | Average of TREFHT daily minimum |

TREFMXAV | K | 1 | A | Average of TREFHT daily maximum |

TROPP_FD | probability | 1 | A | Tropopause Found (primary) |

TROPP_P | Pa | 1 | A | Tropopause Pressure (primary) |

TROPP_PD | probability | 26 | A | Tropopause Distribution (primary) |

TROPP_T | K | 1 | A | Tropopause Temperature (primary) |

TROPP_Z | m | 1 | A | Tropopause Height (primary) |

TROP_FD | probability | 1 | A | Tropopause Found |

TROP_P | Pa | 1 | A | Tropopause Pressure |

TROP_PD | probability | 26 | A | Tropopause Probabilty |

TROP_T | K | 1 | A | Tropopause Temperature |

TROP_Z | m | 1 | A | Tropopause Height |

TS | K | 1 | A | Surface temperature (radiative) |

TS1 | K | 1 | A | TS1 subsoil temperature |

TS1&IC | K | 1 | I | TS1 subsoil temperature |

TS2 | K | 1 | A | TS2 subsoil temperature |

TS2&IC | K | 1 | I | TS2 subsoil temperature |

TS3 | K | 1 | A | TS3 subsoil temperature |

TS3&IC | K | 1 | I | TS3 subsoil temperature |

TS4 | K | 1 | A | TS4 subsoil temperature |

TS4&IC | K | 1 | I | TS4 subsoil temperature |

TSICE | K | 1 | A | Ice temperature |

TSICE&IC | K | 1 | I | Ice temperature |

TSICERAD&IC | K | 1 | I | Radiatively equivalent ice temperature |

TSMN | K | 1 | M | Minimum surface temperature over output period |

TSMX | K | 1 | X | Maximum surface temperature over output period |

TT | K2 | 26 | A | Eddy temperature variance |

TTEND | K/s | 26 | A | T tendency |

TTGWORO | K/s | 26 | A | T tendency - orographic gravity wave drag |

U | m/s | 26 | A | Zonal wind |

U200 | m/s | 1 | A | Zonal wind at 200 mbar pressure surface |

U250 | m/s | 1 | A | Zonal wind at 250 mbar pressure surface |

U850 | m/s | 1 | A | Zonal wind at 850 mbar pressure surface |

UAP | m/s | 26 | A | Zonal wind (after physics) |

UBOT | m/s | 1 | A | Lowest model level zonal wind |

UFLX | W/m2 | 27 | A | Zonal momentum flux |

US | m/s | 26 | A | Zonal wind, staggered |

US&IC | m/s | 26 | I | Zonal wind, staggered |

USTAR | m/s | 1 | A | Surface friction velocity |

UTEND | m/s2 | 26 | A | U tendency |

UTGWORO | m/s2 | 26 | A | U tendency - orographic gravity wave drag |

UU | m2/s2 | 26 | A | Zonal velocity squared |

V | m/s | 26 | A | Meridional wind |

V200 | m/s | 1 | A | Meridional wind at 200 mbar pressure surface |

V250 | m/s | 1 | A | Meridional wind at 250 mbar pressure surface |

V850 | m/s | 1 | A | Meridional wind at 850 mbar pressure surface |

VAP | m/s | 26 | A | Meridional wind (after physics) |

VAT | K/s | 26 | A | Vertical advective tendency of T |

VBOT | m/s | 1 | A | Lowest model level meridional wind |

VD01 | kg/kg/s | 26 | A | Vertical diffusion of Q |

VDCLDICE | kg/kg/s | 26 | A | Vertical diffusion of CLDICE |

VDCLDLIQ | kg/kg/s | 26 | A | Vertical diffusion of CLDLIQ |

VFLX | W/m2 | 27 | A | Meridional momentm flux |

VQ | m/skg/kg | 26 | A | Meridional water transport |

VS | m/s | 26 | A | Meridional wind, staggered |

VS&IC | m/s | 26 | I | Meridional wind, staggered |

VT | K m/s | 26 | A | Meridional heat transport |

VTEND | m/s2 | 26 | A | V tendency |

VTGWORO | m/s2 | 26 | A | V tendency - orographic gravity wave drag |

VTRMC | m/s | 26 | A | Mass-weighted cloud water fallspeed |

VTRMI | m/s | 26 | A | Mass-weighted cloud ice fallspeed |

VU | m2/s2 | 26 | A | Meridional flux of zonal momentum |

VV | m2/s2 | 26 | A | Meridional velocity squared |

VZ | m2/s | 26 | A | Meridional transport of geopotential energy |

WGUSTD | m/s | 1 | A | wind gusts from turbulence |

WSPEED | m/s | 26 | X | Horizontal total wind speed |

WSUB | m/s | 26 | A | Diagnostic sub-grid vertical velocity |

WSUBI | m/s | 26 | A | Diagnostic sub-grid vertical velocity for ice |

Z050 | m | 1 | A | Geopotential Z at 50 mbar pressure surface |

Z100 | m | 1 | A | Geopotential Z at 100 mbar pressure surface |

Z200 | m | 1 | A | Geopotential Z at 200 mbar pressure surface |

Z3 | m | 26 | A | Geopotential Height (above sea level) |

Z300 | m | 1 | A | Geopotential Z at 300 mbar pressure surface |

Z500 | m | 1 | A | Geopotential Z at 500 mbar pressure surface |

Z700 | m | 1 | A | Geopotential Z at 700 mbar pressure surface |

ZBOT | m | 1 | A | Lowest model level height |

ZMDICE | kg/kg/s | 26 | A | Cloud ice tendency - Zhang-McFarlane convection |

ZMDLF | kg/kg/s | 26 | A | Detrained liquid water from ZM convection |

ZMDLIQ | kg/kg/s | 26 | A | Cloud liq tendency - Zhang-McFarlane convection |

ZMDQ | kg/kg/s | 26 | A | Q tendency - Zhang-McFarlane moist convection |

ZMDT | K/s | 26 | A | T tendency - Zhang-McFarlane moist convection |

ZMEIHEAT | W/kg | 26 | A | Heating by ice and evaporation in ZM convection |

ZMFLXPRC | kg/m2/s | 27 | A | Flux of precipitation from ZM convection |

ZMFLXSNW | kg/m2/s | 27 | A | Flux of snow from ZM convection |

ZMICUD | m/s | 26 | A | ZM in-cloud U downdrafts |

ZMICUU | m/s | 26 | A | ZM in-cloud U updrafts |

ZMICVD | m/s | 26 | A | ZM in-cloud V downdrafts |

ZMICVU | m/s | 26 | A | ZM in-cloud V updrafts |

ZMMD | kg/m2/s | 26 | A | ZM convection downdraft mass flux |

ZMMTT | K/s | 26 | A | T tendency - ZM convective momentum transport |

ZMMTU | m/s2 | 26 | A | U tendency - ZM convective momentum transport |

ZMMTV | m/s2 | 26 | A | V tendency - ZM convective momentum transport |

ZMMU | kg/m2/s | 26 | A | ZM convection updraft mass flux |

ZMNTPRPD | kg/kg/s | 26 | A | Net precipitation production from ZM convection |

ZMNTSNPD | kg/kg/s | 26 | A | Net snow production from ZM convection |

ZMUPGD | m/s2 | 26 | A | zonal force from ZM downdraft pressure gradient term |

ZMUPGU | m/s2 | 26 | A | zonal force from ZM updraft pressure gradient term |

ZMVPGD | m/s2 | 26 | A | merdional force from ZM downdraft pressure gradient term |

ZMVPGU | m/s2 | 26 | A | meridional force from ZM updraft pressure gradient term |

ZZ | m2 | 26 | A | Eddy height variance |

a2x_BCPHIDRY | kg/m2/s | 1 | A | drydep of hydrophilic black carbon |

a2x_BCPHIWET | kg/m2/s | 1 | A | wetdep of hydrophilic black carbon |

a2x_BCPHODRY | kg/m2/s | 1 | A | drydep of hydrophobic black carbon |

a2x_DSTDRY1 | kg/m2/s | 1 | A | drydep of dust (bin1) |

a2x_DSTDRY2 | kg/m2/s | 1 | A | drydep of dust (bin2) |

a2x_DSTDRY3 | kg/m2/s | 1 | A | drydep of dust (bin3) |

a2x_DSTDRY4 | kg/m2/s | 1 | A | drydep of dust (bin4) |

a2x_DSTWET1 | kg/m2/s | 1 | A | wetdep of dust (bin1) |

a2x_DSTWET2 | kg/m2/s | 1 | A | wetdep of dust (bin2) |

a2x_DSTWET3 | kg/m2/s | 1 | A | wetdep of dust (bin3) |

a2x_DSTWET4 | kg/m2/s | 1 | A | wetdep of dust (bin4) |

a2x_OCPHIDRY | kg/m2/s | 1 | A | drydep of hydrophilic organic carbon |

a2x_OCPHIWET | kg/m2/s | 1 | A | wetdep of hydrophilic organic carbon |

a2x_OCPHODRY | kg/m2/s | 1 | A | drydep of hydrophobic organic carbon |

bcar1 | kg/kg | 26 | I | prescribed aero |

bcar2 | kg/kg | 26 | I | prescribed aero |

cb_CFC11_c | kg/m^2 | 1 | A | CFC11 column burden used in climate calculation |

cb_CFC12_c | kg/m^2 | 1 | A | CFC12 column burden used in climate calculation |

cb_CH4_c | kg/m^2 | 1 | A | CH4 column burden used in climate calculation |

cb_CO2_c | kg/m^2 | 1 | A | CO2 column burden used in climate calculation |

cb_N2O_c | kg/m^2 | 1 | A | N2O column burden used in climate calculation |

cb_O2_c | kg/m^2 | 1 | A | O2 column burden used in climate calculation |

cb_Q_c | kg/m^2 | 1 | A | Q column burden used in climate calculation |

cb_SSLTA_c | kg/m^2 | 1 | A | SSLTA column burden used in climate calculation |

cb_SSLTC_c | kg/m^2 | 1 | A | SSLTC column burden used in climate calculation |

cb_bcar1_c | kg/m^2 | 1 | A | bcar1 column burden used in climate calculation |

cb_bcar2_c | kg/m^2 | 1 | A | bcar2 column burden used in climate calculation |

cb_dust1_c | kg/m^2 | 1 | A | dust1 column burden used in climate calculation |

cb_dust2_c | kg/m^2 | 1 | A | dust2 column burden used in climate calculation |

cb_dust3_c | kg/m^2 | 1 | A | dust3 column burden used in climate calculation |

cb_dust4_c | kg/m^2 | 1 | A | dust4 column burden used in climate calculation |

cb_ocar1_c | kg/m^2 | 1 | A | ocar1 column burden used in climate calculation |

cb_ocar2_c | kg/m^2 | 1 | A | ocar2 column burden used in climate calculation |

cb_ozone_c | kg/m^2 | 1 | A | ozone column burden used in climate calculation |

cb_sulf_c | kg/m^2 | 1 | A | sulf column burden used in climate calculation |

dust1 | kg/kg | 26 | I | prescribed aero |

dust2 | kg/kg | 26 | I | prescribed aero |

dust3 | kg/kg | 26 | I | prescribed aero |

dust4 | kg/kg | 26 | I | prescribed aero |

m_CFC11_c | kg/m^2 | 26 | A | CFC11 mass per layer used in climate calculation |

m_CFC12_c | kg/m^2 | 26 | A | CFC12 mass per layer used in climate calculation |

m_CH4_c | kg/m^2 | 26 | A | CH4 mass per layer used in climate calculation |

m_CO2_c | kg/m^2 | 26 | A | CO2 mass per layer used in climate calculation |

m_N2O_c | kg/m^2 | 26 | A | N2O mass per layer used in climate calculation |

m_O2_c | kg/m^2 | 26 | A | O2 mass per layer used in climate calculation |

m_Q_c | kg/m^2 | 26 | A | Q mass per layer used in climate calculation |

m_SSLTA_c | kg/m^2 | 26 | A | SSLTA mass per layer used in climate calculation |

m_SSLTC_c | kg/m^2 | 26 | A | SSLTC mass per layer used in climate calculation |

m_bcar1_c | kg/m^2 | 26 | A | bcar1 mass per layer used in climate calculation |

m_bcar2_c | kg/m^2 | 26 | A | bcar2 mass per layer used in climate calculation |

m_dust1_c | kg/m^2 | 26 | A | dust1 mass per layer used in climate calculation |

m_dust2_c | kg/m^2 | 26 | A | dust2 mass per layer used in climate calculation |

m_dust3_c | kg/m^2 | 26 | A | dust3 mass per layer used in climate calculation |

m_dust4_c | kg/m^2 | 26 | A | dust4 mass per layer used in climate calculation |

m_ocar1_c | kg/m^2 | 26 | A | ocar1 mass per layer used in climate calculation |

m_ocar2_c | kg/m^2 | 26 | A | ocar2 mass per layer used in climate calculation |

m_ozone_c | kg/m^2 | 26 | A | ozone mass per layer used in climate calculation |

m_sulf_c | kg/m^2 | 26 | A | sulf mass per layer used in climate calculation |

ocar1 | kg/kg | 26 | I | prescribed aero |

ocar2 | kg/kg | 26 | I | prescribed aero |

ozone | mol/mol | 26 | I | prescribed ozone |

qi_aft_Cu | kg/kg | 26 | I | qi_afterCU |

qi_aft_PBL | kg/kg | 26 | A | qi_afterPBL |

qi_pre_Cu | kg/kg | 26 | I | qi_preCU |

qi_pre_PBL | kg/kg | 26 | A | qi_prePBL |

qiten_PBL | kg/kg/s | 26 | A | qi tendency by PBL |

ql_aft_Cu | kg/kg | 26 | I | ql_afterCU |

ql_aft_PBL | kg/kg | 26 | A | ql_afterPBL |

ql_pre_Cu | kg/kg | 26 | I | ql_preCU |

ql_pre_PBL | kg/kg | 26 | A | ql_prePBL |

qlten_PBL | kg/kg/s | 26 | A | ql tendency by PBL |

qt_aft_Cu | kg/kg | 26 | I | qt_afterCU |

qt_aft_PBL | kg/kg | 26 | A | qt_afterPBL |

qt_pre_Cu | kg/kg | 26 | I | qt_preCU |

qt_pre_PBL | kg/kg | 26 | A | qt_prePBL |

qtflx_PBL | kg/m2/s | 27 | A | qt flux by PBL |

qtflx_cg_PBL | kg/m2/s | 27 | A | qt_cg flux by PBL |

qtten_PBL | kg/kg/s | 26 | A | qt tendency by PBL |

qv_aft_Cu | kg/kg | 26 | I | qv_afterCU |

qv_aft_PBL | kg/kg | 26 | A | qv_afterPBL |

qv_pre_Cu | kg/kg | 26 | I | qv_preCU |

qv_pre_PBL | kg/kg | 26 | A | qv_prePBL |

qvten_PBL | kg/kg/s | 26 | A | qv tendency by PBL |

rh_aft_Cu | % | 26 | I | rh_afterCU |

rh_aft_PBL | % | 26 | A | rh_afterPBL |

rh_pre_Cu | % | 26 | I | rh_preCU |

rh_pre_PBL | % | 26 | A | rh_prePBL |

rhten_Cu | %/s | 26 | I | RH tendency by cumumus convection |

rhten_PBL | %/s | 26 | A | RH tendency by PBL |

sl_aft_Cu | J/kg | 26 | I | sl_afterCU |

sl_aft_PBL | J/kg | 26 | A | sl_afterPBL |

sl_pre_Cu | J/kg | 26 | I | sl_preCU |

sl_pre_PBL | J/kg | 26 | A | sl_prePBL |

slflx_PBL | J/m2/s | 27 | A | sl flux by PBL |

slflx_cg_PBL | J/m2/s | 27 | A | sl_cg flux by PBL |

slten_PBL | J/kg/s | 26 | A | sl tendency by PBL |

slv_aft_Cu | J/kg | 26 | I | slv_afterCU |

slv_aft_PBL | J/kg | 26 | A | slv_afterPBL |

slv_pre_Cu | J/kg | 26 | I | slv_preCU |

slv_pre_PBL | J/kg | 26 | A | slv_prePBL |

sslt1 | kg/kg | 26 | I | prescribed aero |

sslt2 | kg/kg | 26 | I | prescribed aero |

sslt3 | kg/kg | 26 | I | prescribed aero |

sslt4 | kg/kg | 26 | I | prescribed aero |

sulf | kg/kg | 26 | I | prescribed aero |

t_aft_Cu | K | 26 | I | t_afterCU |

t_aft_PBL | K | 26 | A | t_afterPBL |

t_pre_Cu | K | 26 | I | t_preCU |

t_pre_PBL | K | 26 | A | t_prePBL |

tten_Cu | K/s | 26 | I | Temprtaure tendency by cumulus convection |

tten_PBL | K/s | 26 | A | T tendency by PBL |

u_aft_Cu | m/s | 26 | I | u_afterCU |

u_aft_PBL | m/s | 26 | A | u_afterPBL |

u_pre_Cu | m/s | 26 | I | u_preCU |

u_pre_PBL | m/s | 26 | A | u_prePBL |

uflx_PBL | kg/m/s2 | 27 | A | u flux by PBL |

uflx_cg_PBL | kg/m/s2 | 27 | A | u_cg flux by PBL |

uten_PBL | m/s2 | 26 | A | u tendency by PBL |

v_aft_Cu | m/s | 26 | I | v_afterCU |

v_aft_PBL | m/s | 26 | A | v_afterPBL |

v_pre_Cu | m/s | 26 | I | v_preCU |

v_pre_PBL | m/s | 26 | A | v_prePBL |

vflx_PBL | kg/m/s2 | 27 | A | v flux by PBL |

vflx_cg_PBL | kg/m/s2 | 27 | A | v_cg flux by PBL |

vten_PBL | m/s2 | 26 | A | v tendency by PBL |