Use the search box to filter rows, e.g. search for "tas" or "Amon tas".
| Variable |
Mip Table |
Expression |
Comments |
Dimensions |
Units |
Component |
Status |
File |
|
|
|
|
|
|
|
|
|
| huss |
3hr |
m01s03i237SPECIFIC HUMIDITY AT 1.5M
Estimate of atmospheric specific humidity (g/kg) at 1.5m.
Calculated by integrating the similarity equations from the
surface to 1.5m (surface value taken as saturated specific
humidity at the surface temperature).
Available on all timesteps. [lbproc=0]
|
|
longitude latitude height2m time1 |
1 |
- |
ok |
HadREM-CP4A_3hr_mappings.cfg |
| mrsos |
3hr |
m01s08i223SOIL MOISTURE CONTENT IN A LAYER
Total (frozen+unfrozen) soil moisture content in a soil layer (kg/m2).
Available on land points only.
Note: Includes the "wilting point" soil moisture. [blev=0.05, lbproc=0]
|
|
longitude latitude sdepth1 time1 |
kg m-2 |
- |
ok |
HadREM-CP4A_3hr_mappings.cfg |
| ps |
3hr |
m01s00i409[lbproc=0]
|
|
longitude latitude time1 |
Pa |
- |
ok |
HadREM-CP4A_3hr_mappings.cfg |
| tas |
3hr |
m01s03i236TEMPERATURE AT 1.5M
Estimate of atmospheric temperature (K) at 1.5m (screen level).
Calculated by integrating the similarity equations from the
surface to 1.5m.
Available on all timesteps. [lbproc=0]
|
|
longitude latitude height2m time1 |
K |
atmos-physics |
ok |
HadREM-CP4A_3hr_mappings.cfg |
| uas |
3hr |
m01s03i209[lbproc=0]
|
|
longitude latitude height10m time1 |
m s-1 |
- |
ok |
HadREM-CP4A_3hr_mappings.cfg |
| vas |
3hr |
m01s03i210[lbproc=0]
|
|
longitude latitude height10m time1 |
m s-1 |
- |
ok |
HadREM-CP4A_3hr_mappings.cfg |
| ec550aer |
6hrLev |
m01s02i530UKCA 3D AEROSOL EXTINCTION
Aerosol extinction coefficient in units m-1 from UKCA RADAER
summed over all available and optically active aerosol modes.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
To output this diagnostic the domain should specify both the
model theta levels desired for output, and a list of pseudo-levels
corresponding to the desired radiation bands for calculating
aerosol optical depth.
The integral of this diagnostic with height through the full
atmospheric column should be equal to the total optical depth
from UKCA RADAER (for the same wavelength(s)). [lbplev=3, lbproc=0] + m01s02i540CLASSIC 3D AEROSOL EXTINCTION
Aerosol extinction coefficient in units m-1 from CLASSIC aerosols
summed over all available and optically active aerosol types.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
To output this diagnostic the domain should specify both the
model levels desired for output, and a list of pseudo-levels
corresponding to the desired radiation bands for calculating
aerosol optical depth.
The integral of this diagnostic with height through the full
atmospheric column should be equal to the total optical depth from
CLASSIC (for the same wavelength(s)). [lbplev=3, lbproc=0]
|
|
longitude latitude alevel lambda550nm time1 |
m-1 |
- |
ok |
HadREM-CP4A_6hrLev_mappings.cfg |
| hus |
6hrLev |
m01s00i010[lbproc=0]
|
|
longitude latitude alevel time1 |
1 |
atmos-physics |
ok |
HadREM-CP4A_6hrLev_mappings.cfg |
| pfull |
6hrLev |
m01s00i408[lbproc=0]
|
|
longitude latitude alevel time1 |
Pa |
atmos-physics |
ok |
HadREM-CP4A_6hrLev_mappings.cfg |
| ps |
6hrLev |
m01s00i409[lbproc=0]
|
|
longitude latitude time1 |
Pa |
atmos-physics |
ok |
HadREM-CP4A_6hrLev_mappings.cfg |
| ta |
6hrLev |
m01s30i111[lbproc=0]
|
|
longitude latitude alevel time1 |
K |
atmos-physics |
ok |
HadREM-CP4A_6hrLev_mappings.cfg |
| ua |
6hrLev |
m01s00i002[lbproc=0]
|
commentNote that the vertical levels for this variable correspond
to the boundaries of the equivalent scalar quantities, e.g. ta and hus.
|
longitude latitude alevel time1 |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_6hrLev_mappings.cfg |
| va |
6hrLev |
m01s00i003[lbproc=0]
|
commentNote that the vertical levels for this variable correspond
to the boundaries of the equivalent scalar quantities, e.g. ta and hus.
|
longitude latitude alevel time1 |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_6hrLev_mappings.cfg |
| psl |
6hrPlevPt |
m01s16i222[lbproc=0]
|
|
longitude latitude time1 |
Pa |
- |
ok |
HadREM-CP4A_6hrPlevPt_mappings.cfg |
| rv850 |
6hrPlevPt |
m01s30i455VORTICITY 850
VORTICITY 850
1/s
Relative vorticity at 850mbar.
need to be requested to activate filter for
FV-TRACK (see UMDP 032). Use in a single level [blev=P850850.0 , lbproc=0]
|
|
longitude latitude p850 time1 |
s-1 |
- |
embargoed |
HadREM-CP4A_6hrPlevPt_mappings.cfg |
| ta |
6hrPlevPt |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=PLEV3850.0 500.0 250.0 , lbproc=0]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV3850.0 500.0 250.0 , lbproc=0]
|
|
longitude latitude plev3 time1 |
K |
- |
ok |
HadREM-CP4A_6hrPlevPt_mappings.cfg |
| tsl |
6hrPlevPt |
m01s08i225DEEP SOIL TEMP. AFTER HYDROLOGY DEGK
Available on land points only. [blev=0.05, lbproc=0]
|
|
longitude latitude sdepth1 time1 |
K |
- |
embargoed |
HadREM-CP4A_6hrPlevPt_mappings.cfg |
| ua7h |
6hrPlevPt |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
|
|
longitude latitude plev7h time1 |
m s-1 |
- |
ok |
HadREM-CP4A_6hrPlevPt_mappings.cfg |
| ua |
6hrPlevPt |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV3850.0 500.0 250.0 , lbproc=0]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV3850.0 500.0 250.0 , lbproc=0]
|
|
longitude latitude plev3 time1 |
m s-1 |
- |
ok |
HadREM-CP4A_6hrPlevPt_mappings.cfg |
| uas |
6hrPlevPt |
m01s03i209[lbproc=0]
|
|
longitude latitude height10m time1 |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_6hrPlevPt_mappings.cfg |
| va7h |
6hrPlevPt |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
|
|
longitude latitude plev7h time1 |
m s-1 |
- |
ok |
HadREM-CP4A_6hrPlevPt_mappings.cfg |
| va |
6hrPlevPt |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV3850.0 500.0 250.0 , lbproc=0]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV3850.0 500.0 250.0 , lbproc=0]
|
|
longitude latitude plev3 time1 |
m s-1 |
- |
ok |
HadREM-CP4A_6hrPlevPt_mappings.cfg |
| vas |
6hrPlevPt |
m01s03i210[lbproc=0]
|
|
longitude latitude height10m time1 |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_6hrPlevPt_mappings.cfg |
| zg500 |
6hrPlevPt |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=, lbproc=0] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=0]
|
|
longitude latitude p500 time1 |
m |
- |
ok |
HadREM-CP4A_6hrPlevPt_mappings.cfg |
| toz |
AERday |
m01s50i219Ozone column in Dobson Units
Ozone Column from each model level to top of the atmosphere
in Dobson Units
One Dobson unit refers to a layer of gas that would be
0.01 mm thick at standard temperature and pressure.
Valid on all timesteps [lblev=1, lbproc=128]
|
|
longitude latitude time |
1e-5 m |
- |
ok |
HadREM-CP4A_AERday_mappings.cfg |
| tas |
AERhr |
m01s03i236TEMPERATURE AT 1.5M
Estimate of atmospheric temperature (K) at 1.5m (screen level).
Calculated by integrating the similarity equations from the
surface to 1.5m.
Available on all timesteps. [lbproc=128]
|
|
longitude latitude height2m time |
K |
- |
embargoed |
HadREM-CP4A_AERhr_mappings.cfg |
| ch4 |
AERmonZ |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_CH416. )
* m01s51i009CH4 MASS MIX RATIO ON PRESS LEVS
Methane Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
mol mol-1 |
- |
ok |
HadREM-CP4A_AERmonZ_mappings.cfg |
| hcl |
AERmonZ |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_HCL36.5 )
* m01s51i992HCl MASS MIXING RATIO ON P LEVS
Mass mixing ratio of HCl (kg/kg)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
mol mol-1 |
- |
ok |
HadREM-CP4A_AERmonZ_mappings.cfg |
| hno3 |
AERmonZ |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_HNO363. )
* m01s51i007HONO2 MASS MIX RATIO ON PRESS LEVS
Nitric Acid Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
mol mol-1 |
- |
ok |
HadREM-CP4A_AERmonZ_mappings.cfg |
| n2o |
AERmonZ |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_N2O44. )
* m01s51i049N2O MASS MIXING RATIO ON PRESS LEVS
Nitrous Oxide Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
mol mol-1 |
- |
ok |
HadREM-CP4A_AERmonZ_mappings.cfg |
| o3 |
AERmonZ |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_O348. )
* m01s51i001O3 MASS MIXING RATIO ON PRESS LEVS
Ozone Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
mol mol-1 |
- |
ok |
HadREM-CP4A_AERmonZ_mappings.cfg |
| oh |
AERmonZ |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_OH17. )
* m01s51i081OH MASS MIXING RATIO ON PRESS LEVS
Hydroxyl radical Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
mol mol-1 |
- |
ok |
HadREM-CP4A_AERmonZ_mappings.cfg |
| ta |
AERmonZ |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
K |
- |
ok |
HadREM-CP4A_AERmonZ_mappings.cfg |
| ua |
AERmonZ |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
m s-1 |
- |
ok |
HadREM-CP4A_AERmonZ_mappings.cfg |
| va |
AERmonZ |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
m s-1 |
- |
ok |
HadREM-CP4A_AERmonZ_mappings.cfg |
| zg |
AERmonZ |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
m |
- |
ok |
HadREM-CP4A_AERmonZ_mappings.cfg |
| ch4 |
AERmon |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_CH416. )
* m01s34i009CH4 MASS MIXING RATIO AFTER TSTEP
Methane Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
mol mol-1 |
- |
ok |
HadREM-CP4A_AERmon_mappings.cfg |
| n2o |
AERmon |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_N2O44. )
* m01s34i049N2O MASS MIXING RATIO AFTER TIMESTEP
Nitrous Oxide Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
mol mol-1 |
- |
ok |
HadREM-CP4A_AERmon_mappings.cfg |
| o3 |
AERmon |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_O348. )
* m01s34i001O3 MASS MIXING RATIO AFTER TIMESTEP
Ozone Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
mol mol-1 |
- |
ok |
HadREM-CP4A_AERmon_mappings.cfg |
| ua |
AERmon |
m01s00i002[lbproc=128]
|
|
longitude latitude alevel time |
m s-1 |
- |
ok |
HadREM-CP4A_AERmon_mappings.cfg |
| va |
AERmon |
m01s00i003[lbproc=128]
|
|
longitude latitude alevel time |
m s-1 |
- |
ok |
HadREM-CP4A_AERmon_mappings.cfg |
| zg |
AERmon |
m01s16i201[lbproc=128]
|
|
longitude latitude alevel time |
m |
- |
ok |
HadREM-CP4A_AERmon_mappings.cfg |
| hur |
APday |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
% |
atmos-physics |
ok |
HadREM-CP4A_APday_mappings.cfg |
| hus |
APday |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
1 |
- |
ok |
HadREM-CP4A_APday_mappings.cfg |
| ta |
APday |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
K |
- |
ok |
HadREM-CP4A_APday_mappings.cfg |
| sfcWindmax |
APday |
m01s03i23010 METRE WIND SPEED ON C GRID
No help entry available. [lbproc=8192]
|
|
longitude latitude height10m time |
m s-1 |
- |
ok |
HadREM-CP4A_APday_mappings.cfg |
| tasmax |
APday |
m01s03i236TEMPERATURE AT 1.5M
Estimate of atmospheric temperature (K) at 1.5m (screen level).
Calculated by integrating the similarity equations from the
surface to 1.5m.
Available on all timesteps. [lbproc=8192]
|
|
longitude latitude height2m time |
K |
- |
ok |
HadREM-CP4A_APday_mappings.cfg |
| tasmin |
APday |
m01s03i236TEMPERATURE AT 1.5M
Estimate of atmospheric temperature (K) at 1.5m (screen level).
Calculated by integrating the similarity equations from the
surface to 1.5m.
Available on all timesteps. [lbproc=4096]
|
|
longitude latitude height2m time |
K |
- |
ok |
HadREM-CP4A_APday_mappings.cfg |
| ua |
APday |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
m s-1 |
- |
ok |
HadREM-CP4A_APday_mappings.cfg |
| va |
APday |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
m s-1 |
- |
ok |
HadREM-CP4A_APday_mappings.cfg |
| wap |
APday |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
Pa s-1 |
- |
ok |
HadREM-CP4A_APday_mappings.cfg |
| zg |
APday |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
m |
- |
ok |
HadREM-CP4A_APday_mappings.cfg |
| hur |
APmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
% |
atmos-physics |
ok |
HadREM-CP4A_APmon_mappings.cfg |
| hur |
Amon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
% |
atmos-physics |
ok |
HadREM-CP4A_Amon_mappings.cfg |
| pr |
Amon |
m01s04i203LARGE SCALE RAINFALL RATE KG/M2/S
Large scale rainfall rate kg/m2/s
This is the mass per metre squared of rain (liquid precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 205). Multiply by 3600 to convert this value to mm/hour. [lbproc=128] + m01s04i204LARGE SCALE SNOWFALL RATE KG/M2/S
Large scale snowfall rate kg/m2/s
This is the mass per metre squared of snow (frozen precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 206). Multiply by 3600 to convert this value to mm/hour.
------------------------------------------------
Item 1 4 204
Large scale snowfall rate kg/m2/s
This is the mass per metre squared of snow (frozen precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 206). Multiply by 3600 to convert this value to mm/hour of
rain equivalent.
For model runs with prognostic graupel, this snowfall diagnostic will
include contributions from graupel. Do not add diagnostic (1 4 212) to
this value in any analysis or otherwise your answers will be wrong as
the graupel will be counted twice. For snow amount without graupel, please
use diagnostic (1 4 304) [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_Amon_mappings.cfg |
| prsn |
Amon |
m01s04i204LARGE SCALE SNOWFALL RATE KG/M2/S
Large scale snowfall rate kg/m2/s
This is the mass per metre squared of snow (frozen precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 206). Multiply by 3600 to convert this value to mm/hour.
------------------------------------------------
Item 1 4 204
Large scale snowfall rate kg/m2/s
This is the mass per metre squared of snow (frozen precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 206). Multiply by 3600 to convert this value to mm/hour of
rain equivalent.
For model runs with prognostic graupel, this snowfall diagnostic will
include contributions from graupel. Do not add diagnostic (1 4 212) to
this value in any analysis or otherwise your answers will be wrong as
the graupel will be counted twice. For snow amount without graupel, please
use diagnostic (1 4 304) [lbproc=128]
|
commentIncludes graupel
|
longitude latitude time |
kg m-2 s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_Amon_mappings.cfg |
| sbl |
Amon |
m01s03i298SUBLIM. SURFACE (GBM) : RATE KG/M2/S
GridBox Mean rate of sublimation from the surface (kg/m2/s).
On land points, this is the gridbox mean of the rate of sublimation from the
tiled surface types, weighted by the associated tile fraction. The sublimation
is from overlying snow, with a different rate for each surface type; these
can be output individually by diagnostic
(1, 3, 331): SUBLIMATION MOISTURE FLUX ON TILES.
On ocean points it is the sublimation from sea-ice, if present, weighted by
the fraction of the ocean covered by ice.
On coastal points which are part-land and part-ocean, the sublimation
from each is combined, weighted by land / ocean fraction as appropriate. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
boundary-layer |
embargoed |
HadREM-CP4A_Amon_mappings.cfg |
| uas |
Amon |
m01s03i22510 METRE WIND U-COMP B GRID
Estimate of the westerly component of horizontal wind at 10m.
Calculated by integrating the similarity equations from the surface
to 10m (U_0 = westerly component of surface current if over sea,
0.0 if over land).
Available on all timesteps. [lbproc=128]
|
commentThis data is written on the Arakawa B grid rather than the C
grid as is conventional with UM model output
|
longitude latitude height10m time |
m s-1 |
boundary-layer |
ok |
HadREM-CP4A_Amon_mappings.cfg |
| vas |
Amon |
m01s03i22610 METRE WIND V-COMP B GRID
Estimate of the southerly component of horizontal wind at 10m.
Calculated by integrating the similarity equations from the surface
to 10m (V_0 = southerly component of surface current if over sea,
0.0 if over land).
Available on all timesteps. [lbproc=128]
|
commentThis data is written on the Arakawa B grid rather than the C
grid as is conventional with UM model output
|
longitude latitude height10m time |
m s-1 |
boundary-layer |
ok |
HadREM-CP4A_Amon_mappings.cfg |
| ci |
CF3hr |
m01s05i269DEEP CONVECTION INDICATOR
Deep convection indicator, set to 1.0 if deep convection occurs and 0.0 if not.
Note as convection is often called more than once per model timestep this may
take a value between 0.0 and 1.0 if rediagnosis is called for every convection
sub-step. [lbproc=0]
|
commentFraction of time that convection occurs in the grid cell .
|
longitude latitude time1 |
1.0 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| clc |
CF3hr |
m01s02i317CONVECTIVE CORE 3D CLOUD FRACTION
Three-dimensional distribution of convective core cloud fraction. This is
diagnosed when McICA is used and convective cores are seen by radiation. [lbproc=0]
|
|
longitude latitude alevel time1 |
1 |
- |
ok |
HadREM-CP4A_CF3hr_mappings.cfg |
| clic |
CF3hr |
m01s02i319GRIDBOX CONVECTIVE CORE Qcf KG/KG
Three-dimensional distribution of gridbox average ice mixing ratio of the
convective cloud core. This is diagnosed when McICA is used and convective
cores are seen by radiation. [lbproc=0]
|
|
longitude latitude alevel time1 |
1 |
- |
ok |
HadREM-CP4A_CF3hr_mappings.cfg |
| clis |
CF3hr |
m01s02i309GRIDBOX LSC Qcf IN RADIATION KG/KG
Grid box average of large-scale cloud ice water mixing ratio [lbproc=0] - m01s02i319GRIDBOX CONVECTIVE CORE Qcf KG/KG
Three-dimensional distribution of gridbox average ice mixing ratio of the
convective cloud core. This is diagnosed when McICA is used and convective
cores are seen by radiation. [lbproc=0]
|
|
longitude latitude alevel time1 |
1 |
- |
ok |
HadREM-CP4A_CF3hr_mappings.cfg |
| clivi |
CF3hr |
m01s02i392LARGE SCALE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2309) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=0]
|
|
longitude latitude time1 |
kg m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| cls |
CF3hr |
m01s02i312GRIDBOX LIQ LSC CF IN RADIATION
Grid box average of large-scale liquid cloud fraction [lbproc=0] + m01s02i313GRIDBOX ICE LSC CF IN RADIATION
Grid box average of large-scale ice cloud fraction [lbproc=0] - m01s02i317CONVECTIVE CORE 3D CLOUD FRACTION
Three-dimensional distribution of convective core cloud fraction. This is
diagnosed when McICA is used and convective cores are seen by radiation. [lbproc=0]
|
|
longitude latitude alevel time1 |
1 |
- |
ok |
HadREM-CP4A_CF3hr_mappings.cfg |
| clt |
CF3hr |
m01s02i204TOTAL CLOUD AMOUNT IN LW RADIATION
The total cloud amount seen in LW radiation. This diagnostic is caclulated
in a manner consistent with the assumption made about the overlapping of
cloud in different layers in the vertical: overlaps are treated
consistently in the SW and LW, so this diagnostic represents cloud in
both spectral regions.
Calculations are made only on radiation timesteps. [lbproc=0]
|
commentfor the whole atmospheric column, as seen from the surface or the top of the atmosphere. Include both large-scale and convective cloud.
|
longitude latitude time1 |
1 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| clwc |
CF3hr |
m01s02i318GRIDBOX CONVECTIVE CORE Qcl KG/KG
Three-dimensional distribution of gridbox average liquid mixing ratio of the
convective cloud core. This is diagnosed when McICA is used and convective
cores are seen by radiation. [lbproc=0]
|
|
longitude latitude alevel time1 |
1 |
- |
ok |
HadREM-CP4A_CF3hr_mappings.cfg |
| clws |
CF3hr |
m01s02i308GRIDBOX LSC Qcl IN RADIATION KG/KG
Grid box average of large-scale cloud liquid water mixing ratio [lbproc=0] - m01s02i318GRIDBOX CONVECTIVE CORE Qcl KG/KG
Three-dimensional distribution of gridbox average liquid mixing ratio of the
convective cloud core. This is diagnosed when McICA is used and convective
cores are seen by radiation. [lbproc=0]
|
|
longitude latitude alevel time1 |
1 |
- |
ok |
HadREM-CP4A_CF3hr_mappings.cfg |
| clwvi |
CF3hr |
m01s02i391LARGE SCALE LIQUID WATER PATH kg/m2
Vertical integral using gridbox mean qcl in radiation (item 2308) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=0]+m01s02i392LARGE SCALE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2309) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=0]
|
commentmass of condensed (liquid + ice) water in the column divided by the area of the column (not just the area of the cloudy portion of the column). Includes precipitating hydrometeors ONLY if the precipitating hydrometeor affects the calculation of radiative transfer in model.
|
longitude latitude time1 |
kg m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| evspsbl |
CF3hr |
m01s03i223SURFACE TOTAL MOISTURE FLUX KG/M2/S
Moisture flux profile, on model half levels, with the first
value being the surface moisture flux.
Available on all timesteps. [lbproc=0]
|
|
longitude latitude time1 |
kg m-2 s-1 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| hfls |
CF3hr |
m01s03i234[lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
boundary-layer |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| hfss |
CF3hr |
m01s03i217SURFACE SENSIBLE HEAT FLUX W/M2
Sensible heat flux at the surface, single level field.
Available on all timesteps. [lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
boundary-layer |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| hurs |
CF3hr |
m01s03i245RELATIVE HUMIDITY AT 1.5M
Calculated from 1.5m q and saturated specific humidity at 1.5m T.
Available on all timesteps. [lbproc=0]
|
|
longitude latitude height2m time1 |
% |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| pfull |
CF3hr |
m01s00i408[lbproc=0]
|
|
longitude latitude alevel time1 |
Pa |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| phalf |
CF3hr |
m01s00i407[lbproc=0]
|
|
longitude latitude alevhalf time1 |
Pa |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| pr |
CF3hr |
m01s05i216TOTAL PRECIPITATION RATE KG/M2/S
Total precipitation rate at the surface in kg/m2/s.
This is the sum of the large scale and convective rainfall and snowfall
at the surface.e. [lbproc=0]
|
commentat surface; includes both liquid and solid phases from all types of clouds (both large-scale and convective)
|
longitude latitude time1 |
kg m-2 s-1 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| prc |
CF3hr |
m01s05i205CONVECTIVE RAINFALL RATE KG/M2/S
Convective rainfall rate at the surface in kg/m2/s.
If several model sweeps of convection per model timestep, this gives the
mean value. [lbproc=0]+m01s05i206CONVECTIVE SNOWFALL RATE KG/M2/S
Convective snowfall rate at the surface in kg/m2/s.
If several model sweeps of convection per model timestep, this gives the
mean value. [lbproc=0]
|
commentat surface; includes both liquid and solid phases.
|
longitude latitude time1 |
kg m-2 s-1 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| prsn |
CF3hr |
m01s05i215TOTAL SNOWFALL RATE: LS+CONV KG/M2/S
Total snowfall rate at the surface in kg/m2/s.
This is the sum of the large scale and convective snowfall at the surface. [lbproc=0]
|
commentat surface; includes precipitation of all forms of water in the solid phase
|
longitude latitude time1 |
kg m-2 s-1 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| prsnc |
CF3hr |
m01s05i228NOMINAL 3D CONVECTIVE SNOWFALL RATE
Name: NOMINAL 3D CONVECTIVE SNOWFALL RATE
Rate at which convective snowfall is falling through the model layer
in kg/m2/sec [lbproc=0]
|
|
longitude latitude alevhalf time1 |
kg m-2 s-1 |
cftables |
ok |
HadREM-CP4A_CF3hr_mappings.cfg |
| prw |
CF3hr |
m01s30i461TOTAL COLUMN Q (WATER VAPOUR PATH)
Column integral of atmospheric mass * specific humidity.
Units are kg m^-2 [lbproc=0]
|
commentvertically integrated through the atmospheric column
|
longitude latitude time1 |
kg m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| ps |
CF3hr |
m01s00i409[lbproc=0]
|
|
longitude latitude time1 |
Pa |
- |
ok |
HadREM-CP4A_CF3hr_mappings.cfg |
| psl |
CF3hr |
m01s16i222[lbproc=0]
|
commentSea level pressure
|
longitude latitude time1 |
Pa |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| reffclic |
CF3hr |
0.5 * m01s02i398L-S ICE WEIGHTED EFFECTIVE DIMENSION
In-cloud effective dimension of large-scale ice cloud, weighted by
large-scale ice cloud fraction (2.313). Time averages must be divided
by the weight to recover the in-cloud time average. Units: metres. [lbproc=0] / m01s02i313GRIDBOX ICE LSC CF IN RADIATION
Grid box average of large-scale ice cloud fraction [lbproc=0]
|
|
longitude latitude alevel time1 |
m |
cftables |
ok |
HadREM-CP4A_CF3hr_mappings.cfg |
| reffclis |
CF3hr |
0.5 * m01s02i398L-S ICE WEIGHTED EFFECTIVE DIMENSION
In-cloud effective dimension of large-scale ice cloud, weighted by
large-scale ice cloud fraction (2.313). Time averages must be divided
by the weight to recover the in-cloud time average. Units: metres. [lbproc=0] / m01s02i313GRIDBOX ICE LSC CF IN RADIATION
Grid box average of large-scale ice cloud fraction [lbproc=0]
|
|
longitude latitude alevel time1 |
m |
cftables |
ok |
HadREM-CP4A_CF3hr_mappings.cfg |
| reffclwc |
CF3hr |
m01s02i397L-S LIQ WEIGHTED EFFECTIVE DIMENSION
In-cloud effective dimension of large-scale liquid cloud, weighted by
large-scale liquid cloud fraction (2.312). Time averages must be divided
by the weight to recover the in-cloud time average. Units: metres. [lbproc=0] / m01s02i312GRIDBOX LIQ LSC CF IN RADIATION
Grid box average of large-scale liquid cloud fraction [lbproc=0]
|
|
longitude latitude alevel time1 |
m |
cftables |
ok |
HadREM-CP4A_CF3hr_mappings.cfg |
| reffclws |
CF3hr |
m01s02i397L-S LIQ WEIGHTED EFFECTIVE DIMENSION
In-cloud effective dimension of large-scale liquid cloud, weighted by
large-scale liquid cloud fraction (2.312). Time averages must be divided
by the weight to recover the in-cloud time average. Units: metres. [lbproc=0] / m01s02i312GRIDBOX LIQ LSC CF IN RADIATION
Grid box average of large-scale liquid cloud fraction [lbproc=0]
|
|
longitude latitude alevel time1 |
m |
cftables |
ok |
HadREM-CP4A_CF3hr_mappings.cfg |
| rlds |
CF3hr |
m01s02i207DOWNWARD LW RAD FLUX: SURFACE
The total downward flux of LW radiation at the ground or ocean surface.
The diagnostic is calculated only on LW radiation timesteps. [lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| rldscs |
CF3hr |
m01s02i208CLEAR-SKY (II) DOWN SURFACE LW FLUX
The total downward flux of LW radiation at the ground or ocean surface
neglecting the radiative effects of all clouds in the atmosphere.
The diagnostic is calculated only on LW radiation timesteps. [lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| rlus |
CF3hr |
m01s02i207DOWNWARD LW RAD FLUX: SURFACE
The total downward flux of LW radiation at the ground or ocean surface.
The diagnostic is calculated only on LW radiation timesteps. [lbproc=0]-m01s02i201NET DOWN SURFACE LW RAD FLUX
The net downward (total downward minus upward) LW radiative flux at the
surface (ground or ocean surface). The diagnostic is available
only on LW radiation timesteps. [lbproc=0]+m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=0]-m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| rlut |
CF3hr |
m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=0]
|
commentat the top of the atmosphere (to be compared with satellite measurements)
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| rlutcs |
CF3hr |
m01s02i206CLEAR-SKY (II) UPWARD LW FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere neglecting
the radiative effects of all clouds in the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=0]+m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=0]-m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| rsds |
CF3hr |
m01s01i235TOTAL DOWNWARD SURFACE SW FLUX
The total downward SW radiative flux at the surface (ground
or ocean surface). The diagnostic is available only on SW radiation
timesteps. [lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| rsdscs |
CF3hr |
m01s01i210CLEAR-SKY (II) DOWN SURFACE SW FLUX
The downward clear-sky SW radiative flux at the surface.
This is an actual downward flux, not a net flux. It is calculated
using method II for clear-sky fluxes; that is at every
grid-point the radiative flux is calculated using exactly
the same physical inputs (gaseous mixing ratios, surface
albedos etc.) as for the all-sky calculation, except that
the radiative effects of clouds are ignored. [lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| rsdt |
CF3hr |
m01s01i207INCOMING SW RAD FLUX (TOA): ALL TSS
The incoming SW radiative flux from the sun. The diagnostic
is calculated for all timesteps. [lbproc=0]
|
commentat the top of the atmosphere
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| rsus |
CF3hr |
m01s01i235TOTAL DOWNWARD SURFACE SW FLUX
The total downward SW radiative flux at the surface (ground
or ocean surface). The diagnostic is available only on SW radiation
timesteps. [lbproc=0]-m01s01i201NET DOWN SURFACE SW FLUX: SW TS ONLY
The net downward (total downward minus upward) radiative SW flux at the
surface (ground or ocean surface). The diagnostic is available
only on SW radiation timesteps.
Note on calculating mean albedos: Temporal or spatial means of albedos
must be defined in terms of fluxes. To calculate a mean surface albedo
downward flux at the surface (001,001,235) should be diagnosed. The
mean upward flux is then the difference between the former and the
latter, and the ratio of the mean upward to the mean downward flux
gives an appropriate mean albedo. When calculating the albedo of an
extended region the upward and downward fluxes over that region should
be averaged first and then ratioed: it would be incorrect to calculate
the albedo at each individual point and take the mean of the resulting
fields as this would distort the proper flux-weighting of the
diagnostic. [lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| rsuscs |
CF3hr |
m01s01i211CLEAR-SKY (II) UP SURFACE SW FLUX
The upward clear-sky SW radiative flux at the surface.
It is calculated using method II for clear-sky fluxes; that is
at every grid-point the radiative flux is calculated using
exactly the same physical inputs (gaseous mixing ratios, surface
albedos etc.) as for the all-sky calculation, except that
the radiative effects of clouds are ignored.
Note on calculating mean albedos: Temporal or spatial means of albedos
must be defined in terms of fluxes. To calculate a mean clear-sky
surface albedo the total clear-sky downward flux at the surface
should be diagnosed. These fields should be meaned in space and time
as required and then ratioed to give an albedo: it would be incorrect
to average an albedo itself as this would distort the proper
flux-weighting of the diagnostic. [lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| rsut |
CF3hr |
m01s01i208OUTGOING SW RAD FLUX (TOA)
The outgoing SW radiative flux at the top of the atmosphere.
Note on Calculating Albedos: The albedo is a measure of the fraction
of incident energy reflected and therefore flux weighting must be
applied when forming means. To calculate a time-mean albedo at a
point you should diagnose the incoming and outgoing SW radiative fluxes
the appropriate time means and take the ratio of the latter to the
former. To diagnose a spatially meaned albedo you should mean the
incoming and outgoing SW fluxes over the region in question before
taking the ratio. Note especially when using a graphics package to
plot a map of the albedo that if the package has a facility for
generating the mean of the plotted field automatically the number
you get will not be the actual mean albedo of the region as defined
from the meaned fluxes. [lbproc=0]
|
commentat the top of the atmosphere
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| rsutcs |
CF3hr |
m01s01i209CLEAR-SKY (II) UPWARD SW FLUX (TOA)
The outgoing clear-sky SW radiative flux at the top of the
atmosphere. This is calculated as type II; that is at every
grid-point the radiative flux is calculated using exactly
the same physical inputs (gaseous mixing ratios, surface
albedos etc.) as for the all-sky calculation, except that
the radiative effects of clouds are ignored.
Note on Calculating Albedos: The albedo is a measure of the fraction
of incident energy reflected and therefore flux weighting must be
applied when forming means. To calculate a time-mean clear-sky albedo
at a point you should diagnose the incoming and outgoing clear-sky
SW radiative fluxes at the top of the atmosphere ((001,001,207) and
the latter to the former. To diagnose a spatially meaned albedo you
should mean the incoming and outgoing SW fluxes over the region in
question before taking the ratio. Note especially when using a
graphics package to plot a map of the albedo that if the package has
a facility for generating the mean of the plotted field automatically
the number you get will not be the actual mean albedo of the region as
defined from the meaned fluxes. [lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| rtmt |
CF3hr |
m01s01i207INCOMING SW RAD FLUX (TOA): ALL TSS
The incoming SW radiative flux from the sun. The diagnostic
is calculated for all timesteps. [lbproc=0]-m01s01i208OUTGOING SW RAD FLUX (TOA)
The outgoing SW radiative flux at the top of the atmosphere.
Note on Calculating Albedos: The albedo is a measure of the fraction
of incident energy reflected and therefore flux weighting must be
applied when forming means. To calculate a time-mean albedo at a
point you should diagnose the incoming and outgoing SW radiative fluxes
the appropriate time means and take the ratio of the latter to the
former. To diagnose a spatially meaned albedo you should mean the
incoming and outgoing SW fluxes over the region in question before
taking the ratio. Note especially when using a graphics package to
plot a map of the albedo that if the package has a facility for
generating the mean of the plotted field automatically the number
you get will not be the actual mean albedo of the region as defined
from the meaned fluxes. [lbproc=0]-m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=0]
|
commenti.e., at the top of that portion of the atmosphere where dynamics are explicitly treated by the model. This is reported only if it differs from the net downward radiative flux at the top of the atmosphere.
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| sbl |
CF3hr |
m01s03i298SUBLIM. SURFACE (GBM) : RATE KG/M2/S
GridBox Mean rate of sublimation from the surface (kg/m2/s).
On land points, this is the gridbox mean of the rate of sublimation from the
tiled surface types, weighted by the associated tile fraction. The sublimation
is from overlying snow, with a different rate for each surface type; these
can be output individually by diagnostic
(1, 3, 331): SUBLIMATION MOISTURE FLUX ON TILES.
On ocean points it is the sublimation from sea-ice, if present, weighted by
the fraction of the ocean covered by ice.
On coastal points which are part-land and part-ocean, the sublimation
from each is combined, weighted by land / ocean fraction as appropriate. [lbproc=0]
|
|
longitude latitude time1 |
kg m-2 s-1 |
boundary-layer |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| sci |
CF3hr |
m01s05i270SHALLOW CONVECTION INDICATOR
Type indicator for diagnosed shallow convection. Similar to boundary layer type indicators (3305 to 3310).
Set to 1.0 if true, 0.0 if not. Non-exclusive: shallow is a subset of total convection (3309+3310)
Available on all timesteps. [lbproc=0]
|
commentFraction of time that shallow convection occurs in the grid cell.
|
longitude latitude time1 |
1.0 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| sfcWind |
CF3hr |
m01s03i23010 METRE WIND SPEED ON C GRID
No help entry available. [lbproc=0]
|
commentThis is the mean of the speed, not the speed computed from the mean u and v components of wind
|
longitude latitude height10m time1 |
m s-1 |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| ta |
CF3hr |
m01s30i111[lbproc=0]
|
|
longitude latitude alevel time1 |
K |
cftables |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| tauu |
CF3hr |
m01s03i460X-COMP SURFACE BL STRESS
The x component of the surface stress in N/M2. This is included to allow
correct diagnosis and labelling of surface stress without the need for a STASH work
around. [lbproc=0]
|
|
longitude latitude time1 |
Pa |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| tauv |
CF3hr |
m01s03i461Y-COMP SURFACE BL STRESS
The y component of the surface stress in N/M2. This is included to allow
correct diagnosis and labelling of surface stress without the need for a STASH work
around. [lbproc=0]
|
|
longitude latitude time1 |
Pa |
- |
embargoed |
HadREM-CP4A_CF3hr_mappings.cfg |
| ts |
CF3hr |
m01s00i024[lbproc=0]
|
|
longitude latitude time1 |
K |
- |
ok |
HadREM-CP4A_CF3hr_mappings.cfg |
| hus |
CFday |
m01s00i010[lbproc=128]
|
|
longitude latitude alevel time |
1 |
cftables |
ok |
HadREM-CP4A_CFday_mappings.cfg |
| ta |
CFday |
m01s30i111[lbproc=128]
|
|
longitude latitude alevel time |
K |
cftables |
ok |
HadREM-CP4A_CFday_mappings.cfg |
| ua |
CFday |
m01s00i002[lbproc=128]
|
|
longitude latitude alevel time |
m s-1 |
cftables |
ok |
HadREM-CP4A_CFday_mappings.cfg |
| va |
CFday |
m01s00i003[lbproc=128]
|
|
longitude latitude alevel time |
m s-1 |
cftables |
ok |
HadREM-CP4A_CFday_mappings.cfg |
| wap |
CFday |
m01s30i008OMEGA ON THETA LEVELS (C GRID)
This is an intermediate stage of the calculation of omega on pressure
levels, where rho is interpolated to model theta levels. Note that the
top theta level is set equal to the top rho level.
Units: Pa/s [lbproc=128]
|
|
longitude latitude alevel time |
Pa s-1 |
cftables |
ok |
HadREM-CP4A_CFday_mappings.cfg |
| zg |
CFday |
m01s16i201[lbproc=128]
|
|
longitude latitude alevel time |
m |
cftables |
ok |
HadREM-CP4A_CFday_mappings.cfg |
| hus |
CFmon |
m01s00i010[lbproc=128]
|
|
longitude latitude alevel time |
1 |
cftables |
ok |
HadREM-CP4A_CFmon_mappings.cfg |
| ta |
CFmon |
m01s30i111[lbproc=128]
|
|
longitude latitude alevel time |
K |
cftables |
ok |
HadREM-CP4A_CFmon_mappings.cfg |
| ci |
CFsubhr |
m01s05i269DEEP CONVECTION INDICATOR
Deep convection indicator, set to 1.0 if deep convection occurs and 0.0 if not.
Note as convection is often called more than once per model timestep this may
take a value between 0.0 and 1.0 if rediagnosis is called for every convection
sub-step. [lbproc=0]
|
|
site time1 |
1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| cl |
CFsubhr |
m01s02i261[lbproc=0]
|
|
alevel site time1 |
1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| cli |
CFsubhr |
m01s02i309GRIDBOX LSC Qcf IN RADIATION KG/KG
Grid box average of large-scale cloud ice water mixing ratio [lbproc=0]
|
|
alevel site time1 |
kg kg-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| clivi |
CFsubhr |
m01s02i392LARGE SCALE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2309) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=0]
|
|
site time1 |
kg m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| clt |
CFsubhr |
m01s02i204TOTAL CLOUD AMOUNT IN LW RADIATION
The total cloud amount seen in LW radiation. This diagnostic is caclulated
in a manner consistent with the assumption made about the overlapping of
cloud in different layers in the vertical: overlaps are treated
consistently in the SW and LW, so this diagnostic represents cloud in
both spectral regions.
Calculations are made only on radiation timesteps. [lbproc=0]
|
|
site time1 |
1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| clw |
CFsubhr |
m01s02i308GRIDBOX LSC Qcl IN RADIATION KG/KG
Grid box average of large-scale cloud liquid water mixing ratio [lbproc=0]
|
|
alevel site time1 |
kg kg-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| clwvi |
CFsubhr |
m01s02i391LARGE SCALE LIQUID WATER PATH kg/m2
Vertical integral using gridbox mean qcl in radiation (item 2308) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=0] + m01s02i392LARGE SCALE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2309) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=0]
|
|
site time1 |
kg m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| evspsbl |
CFsubhr |
m01s03i223SURFACE TOTAL MOISTURE FLUX KG/M2/S
Moisture flux profile, on model half levels, with the first
value being the surface moisture flux.
Available on all timesteps. [lbproc=0]
|
|
site time1 |
kg m-2 s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| hfls |
CFsubhr |
m01s03i234[lbproc=0]
|
commentIncludes both evaporation and sublimation.
|
site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| hfss |
CFsubhr |
m01s03i217SURFACE SENSIBLE HEAT FLUX W/M2
Sensible heat flux at the surface, single level field.
Available on all timesteps. [lbproc=0]
|
|
site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| hur |
CFsubhr |
m01s30i113RH on model levels at end timestep
Relative humidity on model levels at the end of timestep. [lbproc=0]
|
|
alevel site time1 |
% |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| hurs |
CFsubhr |
m01s03i245RELATIVE HUMIDITY AT 1.5M
Calculated from 1.5m q and saturated specific humidity at 1.5m T.
Available on all timesteps. [lbproc=0]
|
|
site height2m time1 |
% |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| hus |
CFsubhr |
m01s00i010[lbproc=0]
|
|
alevel site time1 |
1 |
cftables |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| huss |
CFsubhr |
m01s03i237SPECIFIC HUMIDITY AT 1.5M
Estimate of atmospheric specific humidity (g/kg) at 1.5m.
Calculated by integrating the similarity equations from the
surface to 1.5m (surface value taken as saturated specific
humidity at the surface temperature).
Available on all timesteps. [lbproc=0]
|
|
site height2m time1 |
1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| mc |
CFsubhr |
(m01s05i250UPDRAUGHT MASS FLUX (Pa/s)
Updraught mass flux in Pascals/sed
Available on all timesteps. [lbproc=0] - m01s05i251DOWNDRAUGHT MASS FLUX (PA/S)
Downdraught mass flux in Pascals/sed
Available on all timesteps. [lbproc=0]) / ACCELERATION_DUE_TO_EARTH_GRAVITY9.80665
|
commentThis is submitted on full levels to avoid vertical
interpolation of instantaneous data.
|
alevhalf site time1 |
kg m-2 s-1 |
cftables |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| pfull |
CFsubhr |
m01s00i408[lbproc=0]
|
|
alevel site time1 |
Pa |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| phalf |
CFsubhr |
m01s00i407[lbproc=0]
|
|
alevhalf site time1 |
Pa |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| pr |
CFsubhr |
m01s05i216TOTAL PRECIPITATION RATE KG/M2/S
Total precipitation rate at the surface in kg/m2/s.
This is the sum of the large scale and convective rainfall and snowfall
at the surface.e. [lbproc=0]
|
|
site time1 |
kg m-2 s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| prc |
CFsubhr |
m01s05i205CONVECTIVE RAINFALL RATE KG/M2/S
Convective rainfall rate at the surface in kg/m2/s.
If several model sweeps of convection per model timestep, this gives the
mean value. [lbproc=0] + m01s05i206CONVECTIVE SNOWFALL RATE KG/M2/S
Convective snowfall rate at the surface in kg/m2/s.
If several model sweeps of convection per model timestep, this gives the
mean value. [lbproc=0]
|
|
site time1 |
kg m-2 s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| prsn |
CFsubhr |
m01s05i215TOTAL SNOWFALL RATE: LS+CONV KG/M2/S
Total snowfall rate at the surface in kg/m2/s.
This is the sum of the large scale and convective snowfall at the surface. [lbproc=0]
|
|
site time1 |
kg m-2 s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| prw |
CFsubhr |
m01s30i461TOTAL COLUMN Q (WATER VAPOUR PATH)
Column integral of atmospheric mass * specific humidity.
Units are kg m^-2 [lbproc=0]
|
|
site time1 |
kg m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| ps |
CFsubhr |
m01s00i409[lbproc=0]
|
|
site time1 |
Pa |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| psl |
CFsubhr |
m01s16i222[lbproc=0]
|
|
site time1 |
Pa |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rld |
CFsubhr |
correct_multilevel_metadata(m01s02i218DOWNWARD LW FLUX ON LEVELS
Downwards LW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=0])
|
commentPhysically, the radiation scheme used in this model ignores any
atmosphere above the top of the model, and treats all solar emission as
SW, implying that this field should be zero at the top of the model.
However, when solving in the presence of scattering, rounding error leaves
non-zero values, both positive and negative, of magnitude far too small to
matter.
|
alevhalf site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rldcs |
CFsubhr |
correct_multilevel_metadata(m01s02i220CLEAR-SKY DOWNWARD LW FLUX ON LEVELS
Clear-sky downwards LW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=0])
|
commentPhysically, the radiation scheme used in this model ignores any
atmosphere above the top of the model, and treats all solar emission as
SW, implying that this field should be zero at the top of the model.
However, when solving in the presence of scattering, rounding error leaves
non-zero values, both positive and negative, of magnitude far too small to
matter.
|
alevhalf site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rlds |
CFsubhr |
m01s02i207DOWNWARD LW RAD FLUX: SURFACE
The total downward flux of LW radiation at the ground or ocean surface.
The diagnostic is calculated only on LW radiation timesteps. [lbproc=0]
|
|
site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rldscs |
CFsubhr |
m01s02i208CLEAR-SKY (II) DOWN SURFACE LW FLUX
The total downward flux of LW radiation at the ground or ocean surface
neglecting the radiative effects of all clouds in the atmosphere.
The diagnostic is calculated only on LW radiation timesteps. [lbproc=0]
|
|
site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rlus |
CFsubhr |
m01s02i207DOWNWARD LW RAD FLUX: SURFACE
The total downward flux of LW radiation at the ground or ocean surface.
The diagnostic is calculated only on LW radiation timesteps. [lbproc=0] - m01s02i201NET DOWN SURFACE LW RAD FLUX
The net downward (total downward minus upward) LW radiative flux at the
surface (ground or ocean surface). The diagnostic is available
only on LW radiation timesteps. [lbproc=0]
|
|
site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rlu |
CFsubhr |
correct_multilevel_metadata(m01s02i217UPWARD LW FLUX ON LEVELS
Upwards LW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=0])
|
|
alevhalf site time1 |
W m-2 |
cftables |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rlucs |
CFsubhr |
correct_multilevel_metadata(m01s02i219CLEAR-SKY UPWARD LW FLUX ON LEVELS
Clear-sky upwards LW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=0])
|
|
alevhalf site time1 |
W m-2 |
cftables |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rlut |
CFsubhr |
m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=0]
|
|
site time1 |
W m-2 |
cftables |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rlutcs |
CFsubhr |
m01s02i206CLEAR-SKY (II) UPWARD LW FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere neglecting
the radiative effects of all clouds in the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=0]
|
|
site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rsd |
CFsubhr |
correct_multilevel_metadata(m01s01i218DOWNWARD SW FLUX ON LEVELS
Downwards SW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=0])
|
|
alevhalf site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rsdcs |
CFsubhr |
correct_multilevel_metadata(m01s01i220CLEAR-SKY DOWNWARD SW FLUX ON LEVELS
Clear-sky downwards SW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=0])
|
|
alevhalf site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rsds |
CFsubhr |
m01s01i235TOTAL DOWNWARD SURFACE SW FLUX
The total downward SW radiative flux at the surface (ground
or ocean surface). The diagnostic is available only on SW radiation
timesteps. [lbproc=0]
|
|
site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rsdscs |
CFsubhr |
m01s01i210CLEAR-SKY (II) DOWN SURFACE SW FLUX
The downward clear-sky SW radiative flux at the surface.
This is an actual downward flux, not a net flux. It is calculated
using method II for clear-sky fluxes; that is at every
grid-point the radiative flux is calculated using exactly
the same physical inputs (gaseous mixing ratios, surface
albedos etc.) as for the all-sky calculation, except that
the radiative effects of clouds are ignored. [lbproc=0]
|
|
site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rsdt |
CFsubhr |
m01s01i207INCOMING SW RAD FLUX (TOA): ALL TSS
The incoming SW radiative flux from the sun. The diagnostic
is calculated for all timesteps. [lbproc=0]
|
|
site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rsu |
CFsubhr |
correct_multilevel_metadata(m01s01i217UPWARD SW FLUX ON LEVELS
Upwards SW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=0])
|
|
alevhalf site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rsucs |
CFsubhr |
correct_multilevel_metadata(m01s01i219CLEAR-SKY UPWARD SW FLUX ON LEVELS
Clear-sky upwards SW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=0])
|
|
alevhalf site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rsus |
CFsubhr |
m01s01i235TOTAL DOWNWARD SURFACE SW FLUX
The total downward SW radiative flux at the surface (ground
or ocean surface). The diagnostic is available only on SW radiation
timesteps. [lbproc=0] - m01s01i201NET DOWN SURFACE SW FLUX: SW TS ONLY
The net downward (total downward minus upward) radiative SW flux at the
surface (ground or ocean surface). The diagnostic is available
only on SW radiation timesteps.
Note on calculating mean albedos: Temporal or spatial means of albedos
must be defined in terms of fluxes. To calculate a mean surface albedo
downward flux at the surface (001,001,235) should be diagnosed. The
mean upward flux is then the difference between the former and the
latter, and the ratio of the mean upward to the mean downward flux
gives an appropriate mean albedo. When calculating the albedo of an
extended region the upward and downward fluxes over that region should
be averaged first and then ratioed: it would be incorrect to calculate
the albedo at each individual point and take the mean of the resulting
fields as this would distort the proper flux-weighting of the
diagnostic. [lbproc=0]
|
|
site time1 |
W m-2 |
cftables |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rsuscs |
CFsubhr |
m01s01i211CLEAR-SKY (II) UP SURFACE SW FLUX
The upward clear-sky SW radiative flux at the surface.
It is calculated using method II for clear-sky fluxes; that is
at every grid-point the radiative flux is calculated using
exactly the same physical inputs (gaseous mixing ratios, surface
albedos etc.) as for the all-sky calculation, except that
the radiative effects of clouds are ignored.
Note on calculating mean albedos: Temporal or spatial means of albedos
must be defined in terms of fluxes. To calculate a mean clear-sky
surface albedo the total clear-sky downward flux at the surface
should be diagnosed. These fields should be meaned in space and time
as required and then ratioed to give an albedo: it would be incorrect
to average an albedo itself as this would distort the proper
flux-weighting of the diagnostic. [lbproc=0]
|
|
site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rsut |
CFsubhr |
m01s01i208OUTGOING SW RAD FLUX (TOA)
The outgoing SW radiative flux at the top of the atmosphere.
Note on Calculating Albedos: The albedo is a measure of the fraction
of incident energy reflected and therefore flux weighting must be
applied when forming means. To calculate a time-mean albedo at a
point you should diagnose the incoming and outgoing SW radiative fluxes
the appropriate time means and take the ratio of the latter to the
former. To diagnose a spatially meaned albedo you should mean the
incoming and outgoing SW fluxes over the region in question before
taking the ratio. Note especially when using a graphics package to
plot a map of the albedo that if the package has a facility for
generating the mean of the plotted field automatically the number
you get will not be the actual mean albedo of the region as defined
from the meaned fluxes. [lbproc=0]
|
|
site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rsutcs |
CFsubhr |
m01s01i209CLEAR-SKY (II) UPWARD SW FLUX (TOA)
The outgoing clear-sky SW radiative flux at the top of the
atmosphere. This is calculated as type II; that is at every
grid-point the radiative flux is calculated using exactly
the same physical inputs (gaseous mixing ratios, surface
albedos etc.) as for the all-sky calculation, except that
the radiative effects of clouds are ignored.
Note on Calculating Albedos: The albedo is a measure of the fraction
of incident energy reflected and therefore flux weighting must be
applied when forming means. To calculate a time-mean clear-sky albedo
at a point you should diagnose the incoming and outgoing clear-sky
SW radiative fluxes at the top of the atmosphere ((001,001,207) and
the latter to the former. To diagnose a spatially meaned albedo you
should mean the incoming and outgoing SW fluxes over the region in
question before taking the ratio. Note especially when using a
graphics package to plot a map of the albedo that if the package has
a facility for generating the mean of the plotted field automatically
the number you get will not be the actual mean albedo of the region as
defined from the meaned fluxes. [lbproc=0]
|
|
site time1 |
W m-2 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| rtmt |
CFsubhr |
m01s01i207INCOMING SW RAD FLUX (TOA): ALL TSS
The incoming SW radiative flux from the sun. The diagnostic
is calculated for all timesteps. [lbproc=0] - m01s01i208OUTGOING SW RAD FLUX (TOA)
The outgoing SW radiative flux at the top of the atmosphere.
Note on Calculating Albedos: The albedo is a measure of the fraction
of incident energy reflected and therefore flux weighting must be
applied when forming means. To calculate a time-mean albedo at a
point you should diagnose the incoming and outgoing SW radiative fluxes
the appropriate time means and take the ratio of the latter to the
former. To diagnose a spatially meaned albedo you should mean the
incoming and outgoing SW fluxes over the region in question before
taking the ratio. Note especially when using a graphics package to
plot a map of the albedo that if the package has a facility for
generating the mean of the plotted field automatically the number
you get will not be the actual mean albedo of the region as defined
from the meaned fluxes. [lbproc=0] - m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=0]
|
|
site time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_CFsubhr_mappings.cfg |
| sbl |
CFsubhr |
m01s03i298SUBLIM. SURFACE (GBM) : RATE KG/M2/S
GridBox Mean rate of sublimation from the surface (kg/m2/s).
On land points, this is the gridbox mean of the rate of sublimation from the
tiled surface types, weighted by the associated tile fraction. The sublimation
is from overlying snow, with a different rate for each surface type; these
can be output individually by diagnostic
(1, 3, 331): SUBLIMATION MOISTURE FLUX ON TILES.
On ocean points it is the sublimation from sea-ice, if present, weighted by
the fraction of the ocean covered by ice.
On coastal points which are part-land and part-ocean, the sublimation
from each is combined, weighted by land / ocean fraction as appropriate. [lbproc=0]
|
|
site time1 |
kg m-2 s-1 |
boundary-layer |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| sci |
CFsubhr |
m01s05i270SHALLOW CONVECTION INDICATOR
Type indicator for diagnosed shallow convection. Similar to boundary layer type indicators (3305 to 3310).
Set to 1.0 if true, 0.0 if not. Non-exclusive: shallow is a subset of total convection (3309+3310)
Available on all timesteps. [lbproc=0]
|
|
site time1 |
1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| sfcWind |
CFsubhr |
m01s03i23010 METRE WIND SPEED ON C GRID
No help entry available. [lbproc=0]
|
commentThis is the mean of the speed, not the speed computed from the mean u
and v components of wind.
|
site height10m time1 |
m s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| ta |
CFsubhr |
m01s30i111[lbproc=0]
|
|
alevel site time1 |
K |
cftables |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tas |
CFsubhr |
m01s03i236TEMPERATURE AT 1.5M
Estimate of atmospheric temperature (K) at 1.5m (screen level).
Calculated by integrating the similarity equations from the
surface to 1.5m.
Available on all timesteps. [lbproc=0]
|
|
site height2m time1 |
K |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tauu |
CFsubhr |
m01s03i460X-COMP SURFACE BL STRESS
The x component of the surface stress in N/M2. This is included to allow
correct diagnosis and labelling of surface stress without the need for a STASH work
around. [lbproc=0]
|
|
site time1 |
Pa |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tauv |
CFsubhr |
m01s03i461Y-COMP SURFACE BL STRESS
The y component of the surface stress in N/M2. This is included to allow
correct diagnosis and labelling of surface stress without the need for a STASH work
around. [lbproc=0]
|
|
site time1 |
Pa |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tnhus |
CFsubhr |
m01s30i182Q TOTAL INCREMENT ON MODEL LEVELS
Total increment to prognostic q over a model timestep.
Units kg/kg/timestep. [lbproc=0] / ATMOS_TIMESTEP
|
|
alevel site time1 |
s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tnhusa |
CFsubhr |
(m01s12i182Q INCR: advect kg/kg/timestep
Increments from section 12 (12181-12187) Semi-lagrangian advection.
Note the increments from the semi-lagrangain advection include
both the basic advection increment ie the increment to q say purely based on
the start of timestep value and the calculation to determine the new value
at the location, and a part due to the advection of the sum of the increments
to q (dq) calculated by atmos_phys1. The part due to the advection of the
increments is usually much smaller. All increments have units of change in
the field per timestep. [lbproc=0] + m01s12i382Q INC DUE TO ADV CORRECTION
Increment to q due to corrections to advection scheme
Units kg/kg/timestep. [lbproc=0])
/ ATMOS_TIMESTEP
|
|
alevel site time1 |
s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tnhusc |
CFsubhr |
m01s05i162SPECIFIC HUMIDITY INCR: convection
Specific humidity increments from convection only in kg/kg per model timestep.
In one model timestep there can be several sweeps of convection.
This diagnostic gives the total increment from convection per model timestep. [lbproc=0] / ATMOS_TIMESTEP
|
|
alevel site time1 |
s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tnhusmp |
CFsubhr |
(m01s01i182SPECIFIC HUMIDITY INCR: swrad scheme
This is the increment across the shortwave radiation scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=0] + m01s02i182SPECIFIC HUMIDITY INCR: lwrad scheme
This is the increment across the longwave radiation scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=0]
+ m01s03i182SPECIFIC HUMIDITY INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
Note that if the PC2 condensation scheme is active, the increment will
include a contribution due to condensation effects.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=0] + m01s04i142SPECIFIC HUMIDITY INCR: pc2 checks
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0] + m01s04i182SPECIFIC HUMIDITY INCR: ls rain
Vapour increment from the large-scale precipitation scheme and the
balancing cloud scheme call.
This is the gridbox mean change in specific humidity (in kg of vapour
per kg of air) in each gridbox solely as a result of the large-scale
precipitation scheme. [lbproc=0]
+ m01s04i982Q INCR: methane oxidation
Total increment to specific humidity from methane oxidation in
kg/kg per model physics time step. [lbproc=0] + m01s05i182Q INCR: convection +(PC2 inhom)
Total increment to specific humidity from the convection section in
kg/kg per model physics time step. This may include increments from
PC2 inhomogeneous forcing as well as convection if PC2 is switched on.
Convection can have several sweeps per model timestep, this diagnostic
holds the total increment. Available every model physics timestep. [lbproc=0] + m01s16i162SPECIFIC HUMIDITY INCR: pc2 initiali
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0]
+ m01s16i182SPECIFIC HUMIDITY INCR: pc2 pressure
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0] + m01s35i025Q TENDENCY SPT INCREMENT
Increment of q done by the SPT (kg/kg). [lbproc=0] ) / ATMOS_TIMESTEP
|
|
alevel site time1 |
s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tnhusscpbl |
CFsubhr |
(m01s01i182SPECIFIC HUMIDITY INCR: swrad scheme
This is the increment across the shortwave radiation scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=0] + m01s02i182SPECIFIC HUMIDITY INCR: lwrad scheme
This is the increment across the longwave radiation scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=0]
+ m01s03i182SPECIFIC HUMIDITY INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
Note that if the PC2 condensation scheme is active, the increment will
include a contribution due to condensation effects.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=0] + m01s04i142SPECIFIC HUMIDITY INCR: pc2 checks
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0] + m01s04i182SPECIFIC HUMIDITY INCR: ls rain
Vapour increment from the large-scale precipitation scheme and the
balancing cloud scheme call.
This is the gridbox mean change in specific humidity (in kg of vapour
per kg of air) in each gridbox solely as a result of the large-scale
precipitation scheme. [lbproc=0]
+ m01s05i182Q INCR: convection +(PC2 inhom)
Total increment to specific humidity from the convection section in
kg/kg per model physics time step. This may include increments from
PC2 inhomogeneous forcing as well as convection if PC2 is switched on.
Convection can have several sweeps per model timestep, this diagnostic
holds the total increment. Available every model physics timestep. [lbproc=0] - m01s05i162SPECIFIC HUMIDITY INCR: convection
Specific humidity increments from convection only in kg/kg per model timestep.
In one model timestep there can be several sweeps of convection.
This diagnostic gives the total increment from convection per model timestep. [lbproc=0] + m01s16i162SPECIFIC HUMIDITY INCR: pc2 initiali
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0]
+ m01s16i182SPECIFIC HUMIDITY INCR: pc2 pressure
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0]) / ATMOS_TIMESTEP
|
|
alevel site time1 |
s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tnt |
CFsubhr |
m01s30i181T TOTAL INCREMENT ON MODEL LEVELS
Total increment to temperature over a model timestep.
Units K/timestep. [lbproc=0] / ATMOS_TIMESTEP
|
|
alevel site time1 |
K s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tnta |
CFsubhr |
(m01s10i181dT SOLVER INC ON MODEL LEVELS
Increment from the Helmholtz solver dT is on model levels on the same grid
as T. The increment is the change in T per timestep.
Units: K/timestep [lbproc=0]
+ m01s12i181TEMPERATURE INCR: advect K/Timestep
Increments from section 12 (12181-12187)- Semi-lagrangian advection.
Note the increments from the semi-lagrangain advection include
both the basic advection increment ie the increment to q say purely based on
the start of timestep value and the calculation to determine the new value
at the location, and a part due to the advection of the sum of the increments
to q (dq) calculated by atmos_phys1. The part due to the advection of the
increments is usually much smaller. All increments have units of change in
the field per timestep. [lbproc=0]
+ m01s12i381TEMP INC DUE TO ADV CORRECTION
Increment to temperature due to corrections to advection scheme
Units K/timestep. [lbproc=0]) / ATMOS_TIMESTEP
|
|
alevel site time1 |
K s-1 |
- |
embargoed |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tntc |
CFsubhr |
m01s05i161TEMPERATURE INCR: convection
Temperature increments from convection only in Kelvin per model timestep.
In one model timestep there can be several sweeps of convection.
This diagnostic gives the total increment from convection per model timestep. [lbproc=0] / ATMOS_TIMESTEP
|
|
alevel site time1 |
K s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tntmp |
CFsubhr |
(m01s14i181TEMPERATURE INCR: En cor K/Timestep
Temperature increment from the energy correction.
At present the energy correction increment applied to temperature
is the same at all model levels and at all gridpoints. The diagnostic
is avialable at all model levels mainly for checking purposes.
The units are kelvins per model timestep. [lbproc=0]+ m01s01i181[lbproc=0]
+ m01s02i181[lbproc=0] + m01s03i181TEMPERATURE INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
temperature, in K.
Note that if the PC2 condensation scheme is active, the increment will
include a contribution due to condensation effects.
This increment is only available via the PC2 cloud/condensation scheme.
Available on all timesteps. [lbproc=0] + m01s04i141TEMPERATURE INCR: pc2 checks
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0]
+ m01s04i181TEMPERATURE INCR: ls rain
Temperature increment from the large-scale precipitation scheme
and the balancing cloud scheme call.
This is the gridbox mean change in temperature (in Kelvin) in
each gridbox solely as a result of the large-scale precipitation
scheme. [lbproc=0] + m01s05i181TEMPERATURE INC:convect +(PC2 inhom)
Temperature increment from convection section in Kelvin per model timestep.
This may include increments from PC2 inhomogeneous forcing as well as
convection if PC2 is switched on.
In one model timestep there can be several sweeps of convection. This
diagnostic gives the total increment across convection per model timestep. [lbproc=0] + m01s06i181GW HEATING TEMPERATURE INC
This is the increment to the gridbox mean temperature, in K, due to
the frictional dissipation of parametrized gravity waves and flow blocking drag.
It includes contributions from the orographic and non-orographic gravity wave
schemes. It is only available when the <5A> orographic drag scheme is selected.
Available on all timesteps. [lbproc=0]
+ m01s16i161TEMPERATURE INCR: pc2 initialisation
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0] + m01s16i181TEMPERATURE INCR: pc2 pres change
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0] + m01s35i029T TENDENCY SPT INCREMENT
Increment of temperature done by the SPT, increments from
physics x forcing pattern.
Units: Temperature (K) [lbproc=0])
/ ATMOS_TIMESTEP
|
noteA stash code for SKEB2 term is now 35029, instead of 35024. |
alevel site time1 |
K s-1 |
- |
embargoed |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tntr |
CFsubhr |
(m01s01i161TEMPERATURE INCR: swrad MINUS LH PC2
This is the increment across the shortwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=0] + m01s02i161TEMPERATURE INCR: lwrad - pc2
This is the increment across the longwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=0]) / ATMOS_TIMESTEP
|
|
alevel site time1 |
K s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| tntscpbl |
CFsubhr |
(m01s03i181TEMPERATURE INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
temperature, in K.
Note that if the PC2 condensation scheme is active, the increment will
include a contribution due to condensation effects.
This increment is only available via the PC2 cloud/condensation scheme.
Available on all timesteps. [lbproc=0] + m01s04i141TEMPERATURE INCR: pc2 checks
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0]
+ m01s04i181TEMPERATURE INCR: ls rain
Temperature increment from the large-scale precipitation scheme
and the balancing cloud scheme call.
This is the gridbox mean change in temperature (in Kelvin) in
each gridbox solely as a result of the large-scale precipitation
scheme. [lbproc=0] + m01s16i161TEMPERATURE INCR: pc2 initialisation
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0] + m01s16i181TEMPERATURE INCR: pc2 pres change
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0]
+ m01s01i181[lbproc=0] - m01s01i161TEMPERATURE INCR: swrad MINUS LH PC2
This is the increment across the shortwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=0] + m01s02i181[lbproc=0]
- m01s02i161TEMPERATURE INCR: lwrad - pc2
This is the increment across the longwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=0] + m01s05i181TEMPERATURE INC:convect +(PC2 inhom)
Temperature increment from convection section in Kelvin per model timestep.
This may include increments from PC2 inhomogeneous forcing as well as
convection if PC2 is switched on.
In one model timestep there can be several sweeps of convection. This
diagnostic gives the total increment across convection per model timestep. [lbproc=0] - m01s05i161TEMPERATURE INCR: convection
Temperature increments from convection only in Kelvin per model timestep.
In one model timestep there can be several sweeps of convection.
This diagnostic gives the total increment from convection per model timestep. [lbproc=0])
/ ATMOS_TIMESTEP
|
|
alevel site time1 |
K s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| ts |
CFsubhr |
m01s00i024[lbproc=0]
|
|
site time1 |
K |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| ua |
CFsubhr |
m01s00i002[lbproc=0]
|
|
alevel site time1 |
m s-1 |
cftables |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| uas |
CFsubhr |
m01s03i209[lbproc=0]
|
|
site height10m time1 |
m s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| va |
CFsubhr |
m01s00i003[lbproc=0]
|
|
alevel site time1 |
m s-1 |
cftables |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| vas |
CFsubhr |
m01s03i210[lbproc=0]
|
|
site height10m time1 |
m s-1 |
- |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| wap |
CFsubhr |
m01s30i008OMEGA ON THETA LEVELS (C GRID)
This is an intermediate stage of the calculation of omega on pressure
levels, where rho is interpolated to model theta levels. Note that the
top theta level is set equal to the top rho level.
Units: Pa/s [lbproc=0]
|
|
alevel site time1 |
Pa s-1 |
cftables |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| zg |
CFsubhr |
m01s16i201[lbproc=0]
|
|
alevel site time1 |
m |
cftables |
ok |
HadREM-CP4A_CFsubhr_mappings.cfg |
| cl |
Cres6hrPt |
m01s02i261[lbproc=0]
|
|
longitude latitude alevel time1 |
1 |
- |
embargoed |
HadREM-CP4A_Cres6hrPt_mappings.cfg |
| ec550aer |
Cres6hrPt |
m01s02i530UKCA 3D AEROSOL EXTINCTION
Aerosol extinction coefficient in units m-1 from UKCA RADAER
summed over all available and optically active aerosol modes.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
To output this diagnostic the domain should specify both the
model theta levels desired for output, and a list of pseudo-levels
corresponding to the desired radiation bands for calculating
aerosol optical depth.
The integral of this diagnostic with height through the full
atmospheric column should be equal to the total optical depth
from UKCA RADAER (for the same wavelength(s)). [lbplev=3, lbproc=0]
+ m01s02i540CLASSIC 3D AEROSOL EXTINCTION
Aerosol extinction coefficient in units m-1 from CLASSIC aerosols
summed over all available and optically active aerosol types.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
To output this diagnostic the domain should specify both the
model levels desired for output, and a list of pseudo-levels
corresponding to the desired radiation bands for calculating
aerosol optical depth.
The integral of this diagnostic with height through the full
atmospheric column should be equal to the total optical depth from
CLASSIC (for the same wavelength(s)). [lbplev=3, lbproc=0]
|
|
longitude latitude alevel lambda550nm time1 |
m-1 |
- |
embargoed |
HadREM-CP4A_Cres6hrPt_mappings.cfg |
| emidms |
Cres6hrPt |
m01s50i214DMS surf emissions (kg m-2 s-1)
Surface emission flux of DMS
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=0]
|
|
longitude latitude time1 |
kg m-2 s-1 |
- |
embargoed |
HadREM-CP4A_Cres6hrPt_mappings.cfg |
| emiisop |
Cres6hrPt |
(MOLECULAR_MASS_OF_ISOPRENE68. / (5.0 * ATOMIC_MASS_OF_C12. ))
* (m01s03i495ISOPRENE SURF EMIS KG C/M2/S
Gridbox total isoprene emissionfrom plants):
Emission rate of isoprene (C5H8) for each gridcell in kgC/m2/s. [lbproc=0] * m01s00i505)
|
|
longitude latitude time1 |
kg m-2 s-1 |
- |
embargoed |
HadREM-CP4A_Cres6hrPt_mappings.cfg |
| uas |
Cres6hrPt |
m01s03i209[lbproc=0]
|
|
longitude latitude height10m time1 |
m s-1 |
- |
embargoed |
HadREM-CP4A_Cres6hrPt_mappings.cfg |
| vas |
Cres6hrPt |
m01s03i210[lbproc=0]
|
|
longitude latitude height10m time1 |
m s-1 |
- |
embargoed |
HadREM-CP4A_Cres6hrPt_mappings.cfg |
| rlut |
E1hrClimMon |
mean_diurnal_cycle(m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128, lbtim_ia=24])
|
|
longitude latitude time3 |
W m-2 |
- |
ok |
HadREM-CP4A_E1hrClimMon_mappings.cfg |
| rlutcs |
E1hrClimMon |
mean_diurnal_cycle(m01s02i206CLEAR-SKY (II) UPWARD LW FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere neglecting
the radiative effects of all clouds in the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128, lbtim_ia=24] +
m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128, lbtim_ia=24] - m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128, lbtim_ia=24])
|
|
longitude latitude time3 |
W m-2 |
- |
ok |
HadREM-CP4A_E1hrClimMon_mappings.cfg |
| rsdt |
E1hrClimMon |
mean_diurnal_cycle(m01s01i207INCOMING SW RAD FLUX (TOA): ALL TSS
The incoming SW radiative flux from the sun. The diagnostic
is calculated for all timesteps. [lbproc=128, lbtim_ia=24])
|
|
longitude latitude time3 |
W m-2 |
- |
ok |
HadREM-CP4A_E1hrClimMon_mappings.cfg |
| rsut |
E1hrClimMon |
mean_diurnal_cycle(m01s01i208OUTGOING SW RAD FLUX (TOA)
The outgoing SW radiative flux at the top of the atmosphere.
Note on Calculating Albedos: The albedo is a measure of the fraction
of incident energy reflected and therefore flux weighting must be
applied when forming means. To calculate a time-mean albedo at a
point you should diagnose the incoming and outgoing SW radiative fluxes
the appropriate time means and take the ratio of the latter to the
former. To diagnose a spatially meaned albedo you should mean the
incoming and outgoing SW fluxes over the region in question before
taking the ratio. Note especially when using a graphics package to
plot a map of the albedo that if the package has a facility for
generating the mean of the plotted field automatically the number
you get will not be the actual mean albedo of the region as defined
from the meaned fluxes. [lbproc=128, lbtim_ia=24])
|
|
longitude latitude time3 |
W m-2 |
- |
ok |
HadREM-CP4A_E1hrClimMon_mappings.cfg |
| rsutcs |
E1hrClimMon |
mean_diurnal_cycle(m01s01i209CLEAR-SKY (II) UPWARD SW FLUX (TOA)
The outgoing clear-sky SW radiative flux at the top of the
atmosphere. This is calculated as type II; that is at every
grid-point the radiative flux is calculated using exactly
the same physical inputs (gaseous mixing ratios, surface
albedos etc.) as for the all-sky calculation, except that
the radiative effects of clouds are ignored.
Note on Calculating Albedos: The albedo is a measure of the fraction
of incident energy reflected and therefore flux weighting must be
applied when forming means. To calculate a time-mean clear-sky albedo
at a point you should diagnose the incoming and outgoing clear-sky
SW radiative fluxes at the top of the atmosphere ((001,001,207) and
the latter to the former. To diagnose a spatially meaned albedo you
should mean the incoming and outgoing SW fluxes over the region in
question before taking the ratio. Note especially when using a
graphics package to plot a map of the albedo that if the package has
a facility for generating the mean of the plotted field automatically
the number you get will not be the actual mean albedo of the region as
defined from the meaned fluxes. [lbproc=128, lbtim_ia=24])
|
|
longitude latitude time3 |
W m-2 |
- |
ok |
HadREM-CP4A_E1hrClimMon_mappings.cfg |
| psl |
E1hr |
m01s16i222[lbproc=0]
|
|
longitude latitude time1 |
Pa |
- |
embargoed |
HadREM-CP4A_E1hr_mappings.cfg |
| ua27 |
E1hr |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=0]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=0]
|
|
longitude latitude plev27 time1 |
m s-1 |
- |
embargoed |
HadREM-CP4A_E1hr_mappings.cfg |
| va27 |
E1hr |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=0]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=0]
|
|
longitude latitude plev27 time1 |
m s-1 |
- |
embargoed |
HadREM-CP4A_E1hr_mappings.cfg |
| cfadDbze94 |
E3hrPt |
m01s02i372COSP: CLOUDSAT CFAD Ze 40 CSAT LVLS
CloudSat reflectivity (94 GHz) histograms as a function of height. For each
gridbox, this diagnostic reports a 2D histogram, with frequency of occurrence of
volumes in height-reflectivity bins. The histogram is normalised level-by-level.
Before the histograms are computed, the reflectivity (2.351) is regridded onto a
standard 40-level grid. The pseudo-level dimension contains the discretisation in
reflectivity, with 15 5-dBZ intervals, from -50 to +25. Valid Z values smaller
than -50 and larger than +25 are set into the smallest bin and largest bin,
respectively. The CloudSat sentivity is estimated to around -28 dBZ, so -25 dBZ
is a conservative threshold for the identification of cloudy volumes. [lbproc=0]
|
|
longitude latitude alt40 dbze time1 |
1 |
- |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| cfadLidarsr532 |
E3hrPt |
m01s02i370COSP: CALIPSO CFAD SR 40 CSAT LEVELS
Attenuated total backscatter histograms as a function of height. For each
gridbox, this diagnostic reports a 2D histogram, with frequency of occurrence
of volumes in height-ATB bins. The histogram is normalised level-by-level.
Before the histograms are computed, the ATB (2.341) is regridded onto a
standard 40-level grid. The pseudo-level dimension contains the discretisation
in ATB, with 15 intervals:
[ 0.0 , 0.01] -> Fully attenuated
( 0.01, 1.2] -> Clear
( 1.2 , 3.0] -> Unclassified
( 3.0 , 5.0] -> Unclassified, probably cloudy
( 5.0 , 7.0] -> Cloudy (and all the intervals below)
( 7.0 , 10.0]
(10.0 , 15.0]
(15.0 , 20.0]
(20.0 , 25.0]
(25.0 , 30.0]
(30.0 , 40.0]
(40.0 , 50.0]
(50.0 , 60.0]
(60.0 , 80.0]
(80.0 , Inf] [lbproc=0]
|
|
longitude latitude alt40 scatratio time1 |
1 |
- |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| ch4 |
E3hrPt |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_CH416. )
* m01s34i009CH4 MASS MIXING RATIO AFTER TSTEP
Methane Mass Mixing Ratio in kg/kg(Air) [lbproc=0]
|
|
longitude latitude alevel time1 |
mol mol-1 |
- |
embargoed |
HadREM-CP4A_E3hrPt_mappings.cfg |
| clcalipso |
E3hrPt |
m01s02i371COSP: CALIPSO CLOUD AREA 40 CSAT LVS
Cloud fraction on model levels from CALIPSO simulator on the standard 40-level
vertical grid. The cloud fraction is computed after the ATB (2.341) is regridded
onto a standard 40-level grid. Needs mask 2.325. [lbproc=0] / m01s02i325COSP: MASK FOR CALIPSO CF ON 40 LVLS
Heaviside function needed to identify missing data for CALIPSO 3D cloud
fraction on the standard CloudSat grid with 40 levels
(2.371, 2.374, 2.473, 2.474, 2.475), 0=missing, 1=ok.
You need to divide (2.371, 2.374, 2.473, 2.474, 2.475)/2.325 to get
the correct cloud fraction. This needs to be requested with the same
time profile as (2.371, 2.374, 2.473, 2.474, 2.475). [lbproc=0]
|
|
longitude latitude alt40 time1 |
1 |
cloud |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| clhcalipso |
E3hrPt |
m01s02i346COSP: CALIPSO HIGH-LEVEL CLOUD
High-level cloud fraction from CALIPSO simulator. CTP < 440 hPa.
Needs mask 2.323. [blev=P220220.0 , lbproc=0] / m01s02i323COSP: MASK FOR 2.346
Heaviside function needed to identify missing data for high-level cloud fraction
from CALIPSO (2.346), 0=missing, 1=ok. You need to divide 2.346/2.323 to get the
correct cloud fraction. This needs to be requested with the same time profile
as 2.346. [blev=P220220.0 , lbproc=0]
|
|
longitude latitude p220 time1 |
1 |
cloud |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| clisccp |
E3hrPt |
divide_by_mask(m01s02i337COSP: ISCCP CTP-TAU HISTOGRAM
Cloud fraction in 7x7 CTP-tau bins. The pseudo-level dimension contains the
tau axis, with intervals:
[ 0.0, 0.3)
[ 0.3, 1.3)
[ 1.3, 3.6)
[ 3.6, 9.4)
[ 9.4, 23.0)
[23.0, 60.0)
[60.0, inf)
Reported on sunlit points only (mask 2.330). [blev=PLEV7C900.0 740.0 620.0 500.0 375.0 245.0 90.0 , lbproc=0], m01s02i330COSP: ISCCP/MISR/MODIS CLOUD WEIGHTS
Heaviside function needed to identify missing data for ISCCP/MISR/MODIS cloud
diagnostics, 0=missing, 1=ok. You need to divide the cloud diagnostics by this
one. This needs to be requested with the same time profile as the cloud
diagnostics. [lbproc=0])
|
|
longitude latitude plev7c tau time1 |
1 |
- |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| cllcalipso |
E3hrPt |
m01s02i344COSP: CALIPSO LOW-LEVEL CLOUD
Low-level cloud fraction from CALIPSO simulator. 680 hPa <= CTP.
Needs mask 2.321. [blev=P840840.0 , lbproc=0] / m01s02i321COSP: MASK FOR 2.344
Heaviside function needed to identify missing data for low-level cloud fraction
from CALIPSO (2.344), 0=missing, 1=ok. You need to divide 2.344/2.321 to get the
correct cloud fraction. This needs to be requested with the same time profile
as 2.344. [blev=P840840.0 , lbproc=0]
|
commentCALIPSO Low Level Cloud Fraction
|
longitude latitude p840 time1 |
1 |
cloud |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| clmcalipso |
E3hrPt |
m01s02i345COSP: CALIPSO MID-LEVEL CLOUD
Mid-level cloud fraction from CALIPSO simulator. 440 hPa <= CTP < 680 hPa.
Needs mask 2.322. [blev=P560560.0 , lbproc=0] / m01s02i322COSP: MASK FOR 2.345
Heaviside function needed to identify missing data for mid-level cloud fraction
from CALIPSO (2.345), 0=missing, 1=ok. You need to divide 2.345/2.322 to get the
correct cloud fraction. This needs to be requested with the same time profile
as 2.345. [blev=P560560.0 , lbproc=0]
|
|
longitude latitude p560 time1 |
1 |
cloud |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| clmisr |
E3hrPt |
fix_clmisr_height(m01s02i360COSP: MISR CTH-TAU HISTOGRAM
Cloud fraction in 16x7 CTH-tau bins. The pseudo-level dimension contains the
tau axis, with intervals:
[ 0.0, 0.3)
[ 0.3, 3.6)
[ 3.6, 9.4)
[ 9.4, 23.0)
[23.0, 60.0)
[60.0, inf)
The vertical leves are unevenly-spaced, with boundaries (m):
(-99000, 0] - > Cloud can be detected but too thin to get CTH
( 0, 500]
( 500, 1000]
( 1000, 1500]
( 1500, 2000]
( 2000, 2500]
( 2500, 3000]
( 3000, 4000]
( 4000, 5000]
( 5000, 7000]
( 7000, 9000]
( 9000, 11000]
( 11000, 13000]
( 13000, 15000]
( 15000, 17000]
( 17000, 99000] [lbproc=0], m01s02i330COSP: ISCCP/MISR/MODIS CLOUD WEIGHTS
Heaviside function needed to identify missing data for ISCCP/MISR/MODIS cloud
diagnostics, 0=missing, 1=ok. You need to divide the cloud diagnostics by this
one. This needs to be requested with the same time profile as the cloud
diagnostics. [lbproc=0])
|
|
longitude latitude alt16 tau time1 |
1 |
- |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| cltcalipso |
E3hrPt |
m01s02i347COSP: CALIPSO TOTAL CLOUD FRACTION
Total cloud fraction from CALIPSO simulator. Needs mask 2.324. [lbproc=0] / m01s02i324COSP: MASK FOR 2.347
Heaviside function needed to identify missing data for total cloud fraction from
CALIPSO (2.347), 0=missing, 1=ok. You need to divide 2.347/2.324 to get the
correct cloud fraction. This needs to be requested with the same time profile
as 2.347. [lbproc=0]
|
|
longitude latitude time1 |
1 |
cloud |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| hus |
E3hrPt |
m01s00i010[lbproc=0]
|
|
longitude latitude alevel time1 |
1 |
- |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| hus7h |
E3hrPt |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
|
|
longitude latitude plev7h time1 |
1 |
- |
embargoed |
HadREM-CP4A_E3hrPt_mappings.cfg |
| jpdftaureicemodis |
E3hrPt |
jpdftaure_divide_by_mask(m01s02i469[lbproc=0], m01s02i330COSP: ISCCP/MISR/MODIS CLOUD WEIGHTS
Heaviside function needed to identify missing data for ISCCP/MISR/MODIS cloud
diagnostics, 0=missing, 1=ok. You need to divide the cloud diagnostics by this
one. This needs to be requested with the same time profile as the cloud
diagnostics. [lbproc=0])
|
|
longitude latitude plev7c effectRadIc tau time1 |
1 |
- |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| jpdftaureliqmodis |
E3hrPt |
jpdftaure_divide_by_mask(m01s02i468[lbproc=0], m01s02i330COSP: ISCCP/MISR/MODIS CLOUD WEIGHTS
Heaviside function needed to identify missing data for ISCCP/MISR/MODIS cloud
diagnostics, 0=missing, 1=ok. You need to divide the cloud diagnostics by this
one. This needs to be requested with the same time profile as the cloud
diagnostics. [lbproc=0])
|
|
longitude latitude plev7c effectRadLi tau time1 |
1 |
- |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| n2o |
E3hrPt |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_N2O44. )
* m01s34i049N2O MASS MIXING RATIO AFTER TIMESTEP
Nitrous Oxide Mass Mixing Ratio in kg/kg(Air) [lbproc=0]
|
|
longitude latitude alevel time1 |
mol mol-1 |
- |
embargoed |
HadREM-CP4A_E3hrPt_mappings.cfg |
| o3 |
E3hrPt |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_O348. )
* m01s34i001O3 MASS MIXING RATIO AFTER TIMESTEP
Ozone Mass Mixing Ratio in kg/kg(Air) [lbproc=0]
|
|
longitude latitude alevel time1 |
mol mol-1 |
- |
embargoed |
HadREM-CP4A_E3hrPt_mappings.cfg |
| parasolRefl |
E3hrPt |
fix_parasol_sza_axis(m01s02i348COSP: PARASOL TOA REFLECTANCE
Simulated reflectance from PARASOL as seen at the top of the atmosphere
for 5 solar zenith angles (degree): 0, 20, 40, 60, 80. Valid only over
ocean and for one viewing direction (viewing zenith angle of 30 degrees
and relative azimuth angle 320 degrees). [lbproc=0])
|
|
longitude latitude sza5 time1 |
1 |
- |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| ps |
E3hrPt |
m01s00i409[lbproc=0]
|
|
longitude latitude time1 |
Pa |
- |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| psl |
E3hrPt |
m01s16i222[lbproc=0]
|
|
longitude latitude time1 |
Pa |
- |
embargoed |
HadREM-CP4A_E3hrPt_mappings.cfg |
| rsdcs |
E3hrPt |
correct_multilevel_metadata(m01s01i220CLEAR-SKY DOWNWARD SW FLUX ON LEVELS
Clear-sky downwards SW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=0])
|
|
longitude latitude alevhalf time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_E3hrPt_mappings.cfg |
| rsucs |
E3hrPt |
correct_multilevel_metadata(m01s01i219CLEAR-SKY UPWARD SW FLUX ON LEVELS
Clear-sky upwards SW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=0])
|
|
longitude latitude alevhalf time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_E3hrPt_mappings.cfg |
| rsuscs |
E3hrPt |
m01s01i211CLEAR-SKY (II) UP SURFACE SW FLUX
The upward clear-sky SW radiative flux at the surface.
It is calculated using method II for clear-sky fluxes; that is
at every grid-point the radiative flux is calculated using
exactly the same physical inputs (gaseous mixing ratios, surface
albedos etc.) as for the all-sky calculation, except that
the radiative effects of clouds are ignored.
Note on calculating mean albedos: Temporal or spatial means of albedos
must be defined in terms of fluxes. To calculate a mean clear-sky
surface albedo the total clear-sky downward flux at the surface
should be diagnosed. These fields should be meaned in space and time
as required and then ratioed to give an albedo: it would be incorrect
to average an albedo itself as this would distort the proper
flux-weighting of the diagnostic. [lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
- |
embargoed |
HadREM-CP4A_E3hrPt_mappings.cfg |
| rsutcsaf |
E3hrPt |
m01s01i519CLEAR-CLEAN UPWARD SW FLUX ON LEVELS
Clear-sky, clean-air upwards SW flux in Wm-2 on radiation levels
(ignoring clouds and aerosol direct effects).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=86, lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_E3hrPt_mappings.cfg |
| ts |
E3hrPt |
m01s00i024[lbproc=0]
|
|
longitude latitude time1 |
K |
- |
embargoed |
HadREM-CP4A_E3hrPt_mappings.cfg |
| ua7h |
E3hrPt |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
|
|
longitude latitude plev7h time1 |
m s-1 |
- |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| va7h |
E3hrPt |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
|
|
longitude latitude plev7h time1 |
m s-1 |
- |
ok |
HadREM-CP4A_E3hrPt_mappings.cfg |
| ps |
E6hrZ |
m01s00i409[lbproc=192]
|
|
latitude time |
Pa |
- |
embargoed |
HadREM-CP4A_E6hrZ_mappings.cfg |
| hus |
EdayZ |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=192]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=192]
|
|
latitude plev19 time |
1 |
- |
ok |
HadREM-CP4A_EdayZ_mappings.cfg |
| ta |
EdayZ |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=192]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=192]
|
|
latitude plev19 time |
K |
- |
ok |
HadREM-CP4A_EdayZ_mappings.cfg |
| ua |
EdayZ |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
m s-1 |
- |
ok |
HadREM-CP4A_EdayZ_mappings.cfg |
| utendnogw |
EdayZ |
m01s06i115EAST. FORCE FROM SPECTRAL GW P LEVS
Net eastward acceleration from the spectral (non-orographic)
gravity wave parametrization GW_USSP. These gravity waves have
non-zero phase speeds and are important in the stratosphere and above.
The acceleration is available on pressure levels. Units are ms-2 [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
m s-2 |
- |
ok |
HadREM-CP4A_EdayZ_mappings.cfg |
| utendogw |
EdayZ |
m01s06i247U-ACCEL FROM SATURATED STRESS P LEVS
This is the x-component of the gravity wave drag due to
linear hydrostatic waves exerted on the zonal wind, U.
It is output on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
m s-2 |
- |
ok |
HadREM-CP4A_EdayZ_mappings.cfg |
| va |
EdayZ |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=192]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=192]
|
|
latitude plev19 time |
m s-1 |
- |
ok |
HadREM-CP4A_EdayZ_mappings.cfg |
| zg |
EdayZ |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=192]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=192]
|
|
latitude plev19 time |
m |
- |
ok |
HadREM-CP4A_EdayZ_mappings.cfg |
| evspsblpot |
Eday |
m01s03i334LAND MEAN POTENTIAL EVAPORATION
Diagnostic of the land mean potential evaporation rate (kg/m2/s).
Potential evaporation here is defined as the evapotranspiration that
would occur if the soil and vegetation surfaces are saturated.
This is calculated by taking the ratio of the explicit actual and
potential evapotranspiration fluxes. This ratio is used to calculate
the total (i.e. explicit flux and implicit correction term to account
for changes during the timestep) potential evapotranspiration from the
total actual evapotranspiration. (The implicit correction for potential
evapotranspiration cannot be calculated directly as the surface and
boundary layer states are consistent with the actual evapotranspiration
and not the potential evaporation flux). [lbproc=128]
|
noteMerge with common mappings when approved |
longitude latitude time |
kg m-2 s-1 |
- |
embargoed |
HadREM-CP4A_Eday_mappings.cfg |
| hfls |
Eday |
land_class_mean(m01s03i330SURFACE LATENT HEAT FLUX ON TILES
Latent heat flux (W/m2) over each surface tile
Available on all timesteps. [lbproc=128], m01s03i317SURFACE TILE FRACTIONS
Fractions of "underlying" surface types (ie: without moving their
snow-covered fraction to the ice tile). Same as prognostic (1, 0, 216).
The tiles are:
1. Broadleaf tree
2. Needleleaf tree
3. C3 grass
4. C4 grass
5. Shrub
6. Urban
7. Water
8. Bare Soil
9. Ice
and all may include snow cover.
Same as prognostics (1, 0, 216).
Only available with A03_7A.
Available on all timesteps. [lbproc=128],
land_class='all')
|
|
longitude latitude time |
W m-2 |
- |
ok |
HadREM-CP4A_Eday_mappings.cfg |
| hfss |
Eday |
land_class_mean(m01s03i290SURFACE SENSIBLE HEAT FLUX ON TILES
Flux of sensible heat from the surface, for each surface tile [lbproc=128], m01s03i317SURFACE TILE FRACTIONS
Fractions of "underlying" surface types (ie: without moving their
snow-covered fraction to the ice tile). Same as prognostic (1, 0, 216).
The tiles are:
1. Broadleaf tree
2. Needleleaf tree
3. C3 grass
4. C4 grass
5. Shrub
6. Urban
7. Water
8. Bare Soil
9. Ice
and all may include snow cover.
Same as prognostics (1, 0, 216).
Only available with A03_7A.
Available on all timesteps. [lbproc=128],
land_class='all')
|
|
longitude latitude time |
W m-2 |
- |
ok |
HadREM-CP4A_Eday_mappings.cfg |
| rss |
Eday |
m01s01i201NET DOWN SURFACE SW FLUX: SW TS ONLY
The net downward (total downward minus upward) radiative SW flux at the
surface (ground or ocean surface). The diagnostic is available
only on SW radiation timesteps.
Note on calculating mean albedos: Temporal or spatial means of albedos
must be defined in terms of fluxes. To calculate a mean surface albedo
downward flux at the surface (001,001,235) should be diagnosed. The
mean upward flux is then the difference between the former and the
latter, and the ratio of the mean upward to the mean downward flux
gives an appropriate mean albedo. When calculating the albedo of an
extended region the upward and downward fluxes over that region should
be averaged first and then ratioed: it would be incorrect to calculate
the albedo at each individual point and take the mean of the resulting
fields as this would distort the proper flux-weighting of the
diagnostic. [lbproc=128]
|
notemerge into common_mappings once reviewed |
longitude latitude time |
W m-2 |
- |
embargoed |
HadREM-CP4A_Eday_mappings.cfg |
| utendnogw |
EmonZ |
m01s06i115EAST. FORCE FROM SPECTRAL GW P LEVS
Net eastward acceleration from the spectral (non-orographic)
gravity wave parametrization GW_USSP. These gravity waves have
non-zero phase speeds and are important in the stratosphere and above.
The acceleration is available on pressure levels. Units are ms-2 [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
m s-2 |
- |
ok |
HadREM-CP4A_EmonZ_mappings.cfg |
| hus |
Emon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=128]
|
|
longitude latitude plev7h time |
1 |
- |
ok |
HadREM-CP4A_Emon_mappings.cfg |
| orog |
Emon |
m01s00i033[lbproc=128]
|
commentMonthly mean orography (needed if land ice has time varying
altitude).
|
longitude latitude time |
m |
- |
ok |
HadREM-CP4A_Emon_mappings.cfg |
| wap |
Emon |
m01s30i008OMEGA ON THETA LEVELS (C GRID)
This is an intermediate stage of the calculation of omega on pressure
levels, where rho is interpolated to model theta levels. Note that the
top theta level is set equal to the top rho level.
Units: Pa/s [lbproc=128]
|
|
longitude latitude alevel time |
Pa s-1 |
- |
ok |
HadREM-CP4A_Emon_mappings.cfg |
| ps |
Esubhr |
m01s00i409[lbproc=0]
|
|
longitude latitude time1 |
Pa |
- |
embargoed |
HadREM-CP4A_Esubhr_mappings.cfg |
| reffclic |
Esubhr |
0.5 * m01s02i398L-S ICE WEIGHTED EFFECTIVE DIMENSION
In-cloud effective dimension of large-scale ice cloud, weighted by
large-scale ice cloud fraction (2.313). Time averages must be divided
by the weight to recover the in-cloud time average. Units: metres. [lbproc=0] / m01s02i313GRIDBOX ICE LSC CF IN RADIATION
Grid box average of large-scale ice cloud fraction [lbproc=0]
|
|
alevel site time1 |
m |
- |
embargoed |
HadREM-CP4A_Esubhr_mappings.cfg |
| reffclis |
Esubhr |
0.5 * m01s02i398L-S ICE WEIGHTED EFFECTIVE DIMENSION
In-cloud effective dimension of large-scale ice cloud, weighted by
large-scale ice cloud fraction (2.313). Time averages must be divided
by the weight to recover the in-cloud time average. Units: metres. [lbproc=0] / m01s02i313GRIDBOX ICE LSC CF IN RADIATION
Grid box average of large-scale ice cloud fraction [lbproc=0]
|
|
alevel site time1 |
m |
- |
embargoed |
HadREM-CP4A_Esubhr_mappings.cfg |
| reffclwc |
Esubhr |
m01s02i397L-S LIQ WEIGHTED EFFECTIVE DIMENSION
In-cloud effective dimension of large-scale liquid cloud, weighted by
large-scale liquid cloud fraction (2.312). Time averages must be divided
by the weight to recover the in-cloud time average. Units: metres. [lbproc=0] / m01s02i312GRIDBOX LIQ LSC CF IN RADIATION
Grid box average of large-scale liquid cloud fraction [lbproc=0]
|
|
alevel site time1 |
m |
- |
embargoed |
HadREM-CP4A_Esubhr_mappings.cfg |
| reffclws |
Esubhr |
m01s02i397L-S LIQ WEIGHTED EFFECTIVE DIMENSION
In-cloud effective dimension of large-scale liquid cloud, weighted by
large-scale liquid cloud fraction (2.312). Time averages must be divided
by the weight to recover the in-cloud time average. Units: metres. [lbproc=0] / m01s02i312GRIDBOX LIQ LSC CF IN RADIATION
Grid box average of large-scale liquid cloud fraction [lbproc=0]
|
|
alevel site time1 |
m |
- |
embargoed |
HadREM-CP4A_Esubhr_mappings.cfg |
| tnhuspbl |
Esubhr |
m01s03i190TOTAL (LIQ) WATER INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
total specific water content ( qT = q + qCL ), in kg of moisture per kg of air.
WARNING : May change to mass mixing ratio from UM VN5.4.
The boundary layer scheme advects total water content rather than specific
humidity and therefore does not produce a direct increment in specific
humidity.
However, see related variable (1, 9, 182) SPEC HUMIDITY INC: bdy layr + ls cld.
Available on all timesteps. [lbproc=0] / ATMOS_TIMESTEP
|
|
alevel site time1 |
s-1 |
- |
embargoed |
HadREM-CP4A_Esubhr_mappings.cfg |
| tnhusscp |
Esubhr |
(m01s01i182SPECIFIC HUMIDITY INCR: swrad scheme
This is the increment across the shortwave radiation scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=0] + m01s02i182SPECIFIC HUMIDITY INCR: lwrad scheme
This is the increment across the longwave radiation scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=0]
+ m01s03i182SPECIFIC HUMIDITY INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
Note that if the PC2 condensation scheme is active, the increment will
include a contribution due to condensation effects.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=0] - m01s03i190TOTAL (LIQ) WATER INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
total specific water content ( qT = q + qCL ), in kg of moisture per kg of air.
WARNING : May change to mass mixing ratio from UM VN5.4.
The boundary layer scheme advects total water content rather than specific
humidity and therefore does not produce a direct increment in specific
humidity.
However, see related variable (1, 9, 182) SPEC HUMIDITY INC: bdy layr + ls cld.
Available on all timesteps. [lbproc=0] + m01s04i142SPECIFIC HUMIDITY INCR: pc2 checks
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0]
+ m01s04i182SPECIFIC HUMIDITY INCR: ls rain
Vapour increment from the large-scale precipitation scheme and the
balancing cloud scheme call.
This is the gridbox mean change in specific humidity (in kg of vapour
per kg of air) in each gridbox solely as a result of the large-scale
precipitation scheme. [lbproc=0] + m01s05i182Q INCR: convection +(PC2 inhom)
Total increment to specific humidity from the convection section in
kg/kg per model physics time step. This may include increments from
PC2 inhomogeneous forcing as well as convection if PC2 is switched on.
Convection can have several sweeps per model timestep, this diagnostic
holds the total increment. Available every model physics timestep. [lbproc=0] - m01s05i162SPECIFIC HUMIDITY INCR: convection
Specific humidity increments from convection only in kg/kg per model timestep.
In one model timestep there can be several sweeps of convection.
This diagnostic gives the total increment from convection per model timestep. [lbproc=0]
+ m01s16i162SPECIFIC HUMIDITY INCR: pc2 initiali
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0] + m01s16i182SPECIFIC HUMIDITY INCR: pc2 pressure
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0]) / ATMOS_TIMESTEP
|
|
alevel site time1 |
s-1 |
- |
embargoed |
HadREM-CP4A_Esubhr_mappings.cfg |
| tntpbl |
Esubhr |
m01s03i189LIQUID WATER TEMP INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
liquid water temperature ( TL = T - [LC/CP]*qCL ), in K.
The boundary layer scheme advects liquid water temperature rather than
temperature and therefore does not produce a direct increment in temperature.
However, see related variable (1, 9, 181) TEMPERATURE INC: bdy layer + ls cld.
Available on all timesteps. [lbproc=0] / ATMOS_TIMESTEP
|
|
alevel site time1 |
K s-1 |
- |
embargoed |
HadREM-CP4A_Esubhr_mappings.cfg |
| tntrl |
Esubhr |
m01s02i161TEMPERATURE INCR: lwrad - pc2
This is the increment across the longwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=0] / ATMOS_TIMESTEP
|
|
alevel site time1 |
K s-1 |
- |
embargoed |
HadREM-CP4A_Esubhr_mappings.cfg |
| tntrlcs |
Esubhr |
m01s02i233CLEAR-SKY LW HEATING RATES
The LW radiative heating rates in each layer of the model atmosphere,
calculated ignoring all clouds at all levels at the grid-point from the
divergence of the clear-sky net LW flux across the layer. The value is
claulated only on LW radiative timesteps. [lbproc=0]
|
|
alevel site time1 |
K s-1 |
- |
embargoed |
HadREM-CP4A_Esubhr_mappings.cfg |
| tntrs |
Esubhr |
m01s01i161TEMPERATURE INCR: swrad MINUS LH PC2
This is the increment across the shortwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=0] / ATMOS_TIMESTEP
|
|
alevel site time1 |
K s-1 |
- |
embargoed |
HadREM-CP4A_Esubhr_mappings.cfg |
| tntrscs |
Esubhr |
m01s01i233CLEAR-SKY SW HEATING RATES
The SW radiative heating rates in each layer of the model atmosphere,
calculated ignoring all clouds at all levels at the grid-point from the
divergence of the clear-sky net SW flux across the layer. The value is
claulated only on radiative timesteps and is not adjusted on non-radiative
timesteps, as are the all-sky heating rates. Note that these heating rates
cannot be interpreted as the heating rates in the clear parts of a layer
since the effects of clouds in other layers are ignored. [lbproc=0]
|
|
alevel site time1 |
K s-1 |
- |
embargoed |
HadREM-CP4A_Esubhr_mappings.cfg |
| tntscp |
Esubhr |
(m01s03i181TEMPERATURE INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
temperature, in K.
Note that if the PC2 condensation scheme is active, the increment will
include a contribution due to condensation effects.
This increment is only available via the PC2 cloud/condensation scheme.
Available on all timesteps. [lbproc=0] - m01s03i189LIQUID WATER TEMP INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
liquid water temperature ( TL = T - [LC/CP]*qCL ), in K.
The boundary layer scheme advects liquid water temperature rather than
temperature and therefore does not produce a direct increment in temperature.
However, see related variable (1, 9, 181) TEMPERATURE INC: bdy layer + ls cld.
Available on all timesteps. [lbproc=0]
+ m01s04i141TEMPERATURE INCR: pc2 checks
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0] + m01s04i181TEMPERATURE INCR: ls rain
Temperature increment from the large-scale precipitation scheme
and the balancing cloud scheme call.
This is the gridbox mean change in temperature (in Kelvin) in
each gridbox solely as a result of the large-scale precipitation
scheme. [lbproc=0] + m01s16i161TEMPERATURE INCR: pc2 initialisation
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0]
+ m01s16i181TEMPERATURE INCR: pc2 pres change
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=0] + m01s01i181[lbproc=0] - m01s01i161TEMPERATURE INCR: swrad MINUS LH PC2
This is the increment across the shortwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=0]
+ m01s02i181[lbproc=0] - m01s02i161TEMPERATURE INCR: lwrad - pc2
This is the increment across the longwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=0] + m01s05i181TEMPERATURE INC:convect +(PC2 inhom)
Temperature increment from convection section in Kelvin per model timestep.
This may include increments from PC2 inhomogeneous forcing as well as
convection if PC2 is switched on.
In one model timestep there can be several sweeps of convection. This
diagnostic gives the total increment across convection per model timestep. [lbproc=0]
- m01s05i161TEMPERATURE INCR: convection
Temperature increments from convection only in Kelvin per model timestep.
In one model timestep there can be several sweeps of convection.
This diagnostic gives the total increment from convection per model timestep. [lbproc=0]) / ATMOS_TIMESTEP
|
|
alevel site time1 |
K s-1 |
- |
embargoed |
HadREM-CP4A_Esubhr_mappings.cfg |
| pr |
GA7mon |
m01s05i216TOTAL PRECIPITATION RATE KG/M2/S
Total precipitation rate at the surface in kg/m2/s.
This is the sum of the large scale and convective rainfall and snowfall
at the surface.e. [lbproc=128, lbtim=122]
|
|
longitude latitude time |
kg m-2 s-1 |
- |
Internal |
HadREM-CP4A_GA7mon_mappings.cfg |
| ts |
GA7mon |
m01s00i024[lbproc=128, lbtim=122]
|
|
longitude latitude time |
K |
- |
Internal |
HadREM-CP4A_GA7mon_mappings.cfg |
| ua |
GA7mon |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV171000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV171000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 , lbproc=128]
|
|
longitude latitude plev17 time |
m s-1 |
- |
Internal |
HadREM-CP4A_GA7mon_mappings.cfg |
| va |
GA7mon |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV171000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV171000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 , lbproc=128]
|
|
longitude latitude plev17 time |
m s-1 |
- |
Internal |
HadREM-CP4A_GA7mon_mappings.cfg |
| uas |
GC1hrPtB |
m01s03i22510 METRE WIND U-COMP B GRID
Estimate of the westerly component of horizontal wind at 10m.
Calculated by integrating the similarity equations from the surface
to 10m (U_0 = westerly component of surface current if over sea,
0.0 if over land).
Available on all timesteps. [lbproc=0]
|
commentThis variable is output on the UM B-grid
|
longitude latitude height10m time1 |
m s-1 |
boundary-layer |
embargoed |
HadREM-CP4A_GC1hrPtB_mappings.cfg |
| vas |
GC1hrPtB |
m01s03i22610 METRE WIND V-COMP B GRID
Estimate of the southerly component of horizontal wind at 10m.
Calculated by integrating the similarity equations from the surface
to 10m (V_0 = southerly component of surface current if over sea,
0.0 if over land).
Available on all timesteps. [lbproc=0]
|
commentThis variable is output on the UM B-grid
|
longitude latitude height10m time1 |
m s-1 |
boundary-layer |
embargoed |
HadREM-CP4A_GC1hrPtB_mappings.cfg |
| clivi |
GC1hrPt |
m01s02i392LARGE SCALE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2309) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=0]
|
|
longitude latitude time1 |
kg m-2 |
- |
embargoed |
HadREM-CP4A_GC1hrPt_mappings.cfg |
| clwvi |
GC1hrPt |
m01s02i391LARGE SCALE LIQUID WATER PATH kg/m2
Vertical integral using gridbox mean qcl in radiation (item 2308) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=0]+m01s02i392LARGE SCALE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2309) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=0]
|
commentmass of condensed (liquid + ice) water in the column divided by the area of the column (not just the area of the cloudy portion of the column). Includes precipitating hydrometeors ONLY if the precipitating hydrometeor affects the calculation of radiative transfer in model.
|
longitude latitude time1 |
kg m-2 |
- |
embargoed |
HadREM-CP4A_GC1hrPt_mappings.cfg |
| hurs |
GC1hrPt |
m01s03i245RELATIVE HUMIDITY AT 1.5M
Calculated from 1.5m q and saturated specific humidity at 1.5m T.
Available on all timesteps. [lbproc=0]
|
|
longitude latitude height2m time1 |
% |
boundary-layer |
embargoed |
HadREM-CP4A_GC1hrPt_mappings.cfg |
| huss |
GC1hrPt |
m01s03i237SPECIFIC HUMIDITY AT 1.5M
Estimate of atmospheric specific humidity (g/kg) at 1.5m.
Calculated by integrating the similarity equations from the
surface to 1.5m (surface value taken as saturated specific
humidity at the surface temperature).
Available on all timesteps. [lbproc=0]
|
|
longitude latitude height2m time1 |
1 |
boundary-layer |
embargoed |
HadREM-CP4A_GC1hrPt_mappings.cfg |
| prw |
GC1hrPt |
m01s30i461TOTAL COLUMN Q (WATER VAPOUR PATH)
Column integral of atmospheric mass * specific humidity.
Units are kg m^-2 [lbproc=0]
|
commentvertically integrated through the atmospheric column
|
longitude latitude time1 |
kg m-2 |
- |
embargoed |
HadREM-CP4A_GC1hrPt_mappings.cfg |
| ps |
GC1hrPt |
m01s00i409[lbproc=0]
|
|
longitude latitude time1 |
Pa |
atmos-physics cftables |
embargoed |
HadREM-CP4A_GC1hrPt_mappings.cfg |
| sfcWind |
GC1hrPt |
m01s03i23010 METRE WIND SPEED ON C GRID
No help entry available. [lbproc=0]
|
|
longitude latitude height10m time1 |
m s-1 |
boundary-layer |
embargoed |
HadREM-CP4A_GC1hrPt_mappings.cfg |
| tas |
GC1hrPt |
m01s03i236TEMPERATURE AT 1.5M
Estimate of atmospheric temperature (K) at 1.5m (screen level).
Calculated by integrating the similarity equations from the
surface to 1.5m.
Available on all timesteps. [lbproc=0]
|
|
longitude latitude time1 |
K |
boundary-layer |
embargoed |
HadREM-CP4A_GC1hrPt_mappings.cfg |
| ts |
GC1hrPt |
m01s00i024[lbproc=0]
|
|
longitude latitude time1 |
K |
atmos-physics boundary-layer |
embargoed |
HadREM-CP4A_GC1hrPt_mappings.cfg |
| uas |
GC1hrPt |
m01s03i209[lbproc=0]
|
|
longitude latitude height10m time1 |
m s-1 |
boundary-layer |
embargoed |
HadREM-CP4A_GC1hrPt_mappings.cfg |
| vas |
GC1hrPt |
m01s03i210[lbproc=0]
|
|
longitude latitude height10m time1 |
m s-1 |
boundary-layer |
embargoed |
HadREM-CP4A_GC1hrPt_mappings.cfg |
| wa500 |
GC1hrPt |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=0] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=0]
|
|
longitude latitude time1 p500 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GC1hrPt_mappings.cfg |
| clwvi |
GC1hr |
m01s02i391LARGE SCALE LIQUID WATER PATH kg/m2
Vertical integral using gridbox mean qcl in radiation (item 2308) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=0] + m01s02i392LARGE SCALE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2309) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=0]
|
|
longitude latitude time |
kg m-2 |
cftables cloud |
embargoed |
HadREM-CP4A_GC1hr_mappings.cfg |
| clivi |
GC1hr |
m01s02i392LARGE SCALE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2309) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=0]
|
|
longitude latitude time |
kg m-2 |
cftables cloud |
embargoed |
HadREM-CP4A_GC1hr_mappings.cfg |
| pr |
GC1hr |
m01s04i203LARGE SCALE RAINFALL RATE KG/M2/S
Large scale rainfall rate kg/m2/s
This is the mass per metre squared of rain (liquid precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 205). Multiply by 3600 to convert this value to mm/hour. [lbproc=128] + m01s04i204LARGE SCALE SNOWFALL RATE KG/M2/S
Large scale snowfall rate kg/m2/s
This is the mass per metre squared of snow (frozen precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 206). Multiply by 3600 to convert this value to mm/hour.
------------------------------------------------
Item 1 4 204
Large scale snowfall rate kg/m2/s
This is the mass per metre squared of snow (frozen precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 206). Multiply by 3600 to convert this value to mm/hour of
rain equivalent.
For model runs with prognostic graupel, this snowfall diagnostic will
include contributions from graupel. Do not add diagnostic (1 4 212) to
this value in any analysis or otherwise your answers will be wrong as
the graupel will be counted twice. For snow amount without graupel, please
use diagnostic (1 4 304) [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GC1hr_mappings.cfg |
| prsn |
GC1hr |
m01s04i204LARGE SCALE SNOWFALL RATE KG/M2/S
Large scale snowfall rate kg/m2/s
This is the mass per metre squared of snow (frozen precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 206). Multiply by 3600 to convert this value to mm/hour.
------------------------------------------------
Item 1 4 204
Large scale snowfall rate kg/m2/s
This is the mass per metre squared of snow (frozen precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 206). Multiply by 3600 to convert this value to mm/hour of
rain equivalent.
For model runs with prognostic graupel, this snowfall diagnostic will
include contributions from graupel. Do not add diagnostic (1 4 212) to
this value in any analysis or otherwise your answers will be wrong as
the graupel will be counted twice. For snow amount without graupel, please
use diagnostic (1 4 304) [lbproc=128]
|
commentIncludes graupel
|
longitude latitude time |
kg m-2 s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GC1hr_mappings.cfg |
| prw |
GC1hr |
m01s30i461TOTAL COLUMN Q (WATER VAPOUR PATH)
Column integral of atmospheric mass * specific humidity.
Units are kg m^-2 [lbproc=0]
|
|
longitude latitude time |
kg m-2 |
atmos-physics |
embargoed |
HadREM-CP4A_GC1hr_mappings.cfg |
| evspsbl |
GC1hr |
m01s03i223SURFACE TOTAL MOISTURE FLUX KG/M2/S
Moisture flux profile, on model half levels, with the first
value being the surface moisture flux.
Available on all timesteps. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
boundary-layer |
embargoed |
HadREM-CP4A_GC1hr_mappings.cfg |
| hus850 |
GC3hrPt |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P850850.0 , lbproc=0]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=0]
|
|
longitude latitude p850 time1 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| hus600 |
GC3hrPt |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P600600.0 , lbproc=0]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=0]
|
|
longitude latitude p600 time1 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| ua200 |
GC3hrPt |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [lbproc=0]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [lbproc=0]
|
|
longitude latitude p200 time1 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| ua500 |
GC3hrPt |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [lbproc=0]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [lbproc=0]
|
|
longitude latitude p500 time1 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| va200 |
GC3hrPt |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [lbproc=0]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [lbproc=0]
|
|
longitude latitude p200 time1 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| va500 |
GC3hrPt |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [lbproc=0]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [lbproc=0]
|
|
longitude latitude p500 time1 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| ta200 |
GC3hrPt |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=, lbproc=0] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=0]
|
|
longitude latitude time1 p200 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| ta300 |
GC3hrPt |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P3030.0 0, lbproc=0] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=0]
|
|
longitude latitude time1 p300 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| ta500 |
GC3hrPt |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=, lbproc=0]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=0]
|
|
longitude latitude p500 time1 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| ta700 |
GC3hrPt |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=, lbproc=0]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=0]
|
|
longitude latitude p700 time1 |
K |
cftables |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| ta850 |
GC3hrPt |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P850850.0 , lbproc=0] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=0]
|
|
longitude latitude p850 time1 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| ta925 |
GC3hrPt |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P925925.0 , lbproc=0] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=0]
|
|
longitude latitude time1 p925 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| ta1000 |
GC3hrPt |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P1010.0 00, lbproc=0] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=0]
|
|
longitude latitude time1 p1000 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| zg200 |
GC3hrPt |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [lbproc=0] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [lbproc=0]
|
|
longitude latitude p200 time1 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| zg500 |
GC3hrPt |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [lbproc=0] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [lbproc=0]
|
|
longitude latitude p500 time1 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_GC3hrPt_mappings.cfg |
| rldcso3ref |
GCAERmon |
correct_multilevel_metadata(m01s02i420CLEAR-SKY DOWN LW ON LEVELS W/ FORC
Clear-sky downwards LW flux in Wm-2 on radiation levels after a specified
forcing has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rldo3ref |
GCAERmon |
correct_multilevel_metadata(m01s02i418DOWNWARD LW FLUX ON LEVELS W/ FORC
Downwards LW flux in Wm-2 on radiation levels after a specified forcing
has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rldscso3ref |
GCAERmon |
m01s02i420CLEAR-SKY DOWN LW ON LEVELS W/ FORC
Clear-sky downwards LW flux in Wm-2 on radiation levels after a specified
forcing has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=1, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rldso3ref |
GCAERmon |
m01s02i418DOWNWARD LW FLUX ON LEVELS W/ FORC
Downwards LW flux in Wm-2 on radiation levels after a specified forcing
has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=1, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rlucso3ref |
GCAERmon |
correct_multilevel_metadata(m01s02i419CLEAR-SKY UP LW ON LEVELS W/ FORCING
Clear-sky upwards LW flux in Wm-2 on radiation levels after a specified
forcing has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rluo3ref |
GCAERmon |
correct_multilevel_metadata(m01s02i417UPWARD LW FLUX ON LEVELS W/ FORCING
Upwards LW flux in Wm-2 on radiation levels after a specified forcing
has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rluscso3ref |
GCAERmon |
m01s02i419CLEAR-SKY UP LW ON LEVELS W/ FORCING
Clear-sky upwards LW flux in Wm-2 on radiation levels after a specified
forcing has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=1, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rluso3ref |
GCAERmon |
m01s02i417UPWARD LW FLUX ON LEVELS W/ FORCING
Upwards LW flux in Wm-2 on radiation levels after a specified forcing
has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=1, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rlutcso3ref |
GCAERmon |
m01s02i419CLEAR-SKY UP LW ON LEVELS W/ FORCING
Clear-sky upwards LW flux in Wm-2 on radiation levels after a specified
forcing has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=86, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rluto3ref |
GCAERmon |
m01s02i417UPWARD LW FLUX ON LEVELS W/ FORCING
Upwards LW flux in Wm-2 on radiation levels after a specified forcing
has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=86, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rsdcso3ref |
GCAERmon |
correct_multilevel_metadata(m01s01i420CLEAR-SKY DOWN SW ON LEVELS W/ FORC
Clear-sky downwards SW flux in Wm-2 on radiation levels after a specified
forcing has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rsdo3ref |
GCAERmon |
correct_multilevel_metadata(m01s01i418DOWNWARD SW FLUX ON LEVELS W/ FORC
Downwards SW flux in Wm-2 on radiation levels after a specified forcing
has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rsdscso3ref |
GCAERmon |
m01s01i420CLEAR-SKY DOWN SW ON LEVELS W/ FORC
Clear-sky downwards SW flux in Wm-2 on radiation levels after a specified
forcing has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=1, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rsdso3ref |
GCAERmon |
m01s01i418DOWNWARD SW FLUX ON LEVELS W/ FORC
Downwards SW flux in Wm-2 on radiation levels after a specified forcing
has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=1, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rsucso3ref |
GCAERmon |
correct_multilevel_metadata(m01s01i419CLEAR-SKY UP SW ON LEVELS W/ FORCING
Clear-sky upwards SW flux in Wm-2 on radiation levels after a specified
forcing has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rsuo3ref |
GCAERmon |
correct_multilevel_metadata(m01s01i417UPWARD SW FLUX ON LEVELS W/ FORCING
Upwards SW flux in Wm-2 on radiation levels after a specified forcing
has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rsuscso3ref |
GCAERmon |
m01s01i419CLEAR-SKY UP SW ON LEVELS W/ FORCING
Clear-sky upwards SW flux in Wm-2 on radiation levels after a specified
forcing has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=1, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rsuso3ref |
GCAERmon |
m01s01i417UPWARD SW FLUX ON LEVELS W/ FORCING
Upwards SW flux in Wm-2 on radiation levels after a specified forcing
has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=1, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rsutcso3ref |
GCAERmon |
m01s01i419CLEAR-SKY UP SW ON LEVELS W/ FORCING
Clear-sky upwards SW flux in Wm-2 on radiation levels after a specified
forcing has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=86, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| rsuto3ref |
GCAERmon |
m01s01i417UPWARD SW FLUX ON LEVELS W/ FORCING
Upwards SW flux in Wm-2 on radiation levels after a specified forcing
has been applied (e.g. reduction of CO2 to pre-industrial levels).
Requires the radiative forcing scheme (double call) to be switched on.
This is a 3-dimensional field available on radiation diagnostic timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=86, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_GCAERmon_mappings.cfg |
| ua1000 |
GCAmon6hrUV |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P1010.0 00, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p1000 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ua925 |
GCAmon6hrUV |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P925925.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p925 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ua850 |
GCAmon6hrUV |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P850850.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p850 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ua700 |
GCAmon6hrUV |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p700 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ua600 |
GCAmon6hrUV |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P600600.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p600 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ua500 |
GCAmon6hrUV |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p500 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ua400 |
GCAmon6hrUV |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P400400.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p400 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ua300 |
GCAmon6hrUV |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P3030.0 0, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p300 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ua250 |
GCAmon6hrUV |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P250250.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p250 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ua200 |
GCAmon6hrUV |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p200 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| va1000 |
GCAmon6hrUV |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P1010.0 00, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p1000 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| va925 |
GCAmon6hrUV |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P925925.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p925 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| va850 |
GCAmon6hrUV |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P850850.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p850 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| va700 |
GCAmon6hrUV |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p700 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| va600 |
GCAmon6hrUV |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P600600.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p600 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| va500 |
GCAmon6hrUV |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p500 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| va400 |
GCAmon6hrUV |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P400400.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p400 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| va300 |
GCAmon6hrUV |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P3030.0 0, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p300 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| va250 |
GCAmon6hrUV |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P250250.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p250 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| va200 |
GCAmon6hrUV |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p200 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ta1000 |
GCAmon6hrUV |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P1010.0 00, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p1000 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ta925 |
GCAmon6hrUV |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P925925.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p925 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ta850 |
GCAmon6hrUV |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P850850.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p850 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ta700 |
GCAmon6hrUV |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p700 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ta600 |
GCAmon6hrUV |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P600600.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p600 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ta500 |
GCAmon6hrUV |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p500 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ta400 |
GCAmon6hrUV |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P400400.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p400 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ta300 |
GCAmon6hrUV |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P3030.0 0, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p300 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ta250 |
GCAmon6hrUV |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P250250.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p250 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| ta200 |
GCAmon6hrUV |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p200 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| hus1000 |
GCAmon6hrUV |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P1010.0 00, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p1000 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| hus925 |
GCAmon6hrUV |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P925925.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p925 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| hus850 |
GCAmon6hrUV |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P850850.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p850 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| hus700 |
GCAmon6hrUV |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p700 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| hus600 |
GCAmon6hrUV |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P600600.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p600 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| hus500 |
GCAmon6hrUV |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p500 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| hus400 |
GCAmon6hrUV |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P400400.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p400 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| hus300 |
GCAmon6hrUV |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P3030.0 0, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p300 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| hus250 |
GCAmon6hrUV |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P250250.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p250 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| hus200 |
GCAmon6hrUV |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p200 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| zg1000 |
GCAmon6hrUV |
m01s30i207GEOPOTENTIAL HEIGHT ON P LEV/UV GRID
Geopotential height on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m [blev=P1010.0 00, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p1000 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| zg925 |
GCAmon6hrUV |
m01s30i207GEOPOTENTIAL HEIGHT ON P LEV/UV GRID
Geopotential height on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m [blev=P925925.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p925 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| zg850 |
GCAmon6hrUV |
m01s30i207GEOPOTENTIAL HEIGHT ON P LEV/UV GRID
Geopotential height on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m [blev=P850850.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p850 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| zg700 |
GCAmon6hrUV |
m01s30i207GEOPOTENTIAL HEIGHT ON P LEV/UV GRID
Geopotential height on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p700 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| zg600 |
GCAmon6hrUV |
m01s30i207GEOPOTENTIAL HEIGHT ON P LEV/UV GRID
Geopotential height on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m [blev=P600600.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p600 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| zg500 |
GCAmon6hrUV |
m01s30i207GEOPOTENTIAL HEIGHT ON P LEV/UV GRID
Geopotential height on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p500 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| zg400 |
GCAmon6hrUV |
m01s30i207GEOPOTENTIAL HEIGHT ON P LEV/UV GRID
Geopotential height on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m [blev=P400400.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p400 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| zg300 |
GCAmon6hrUV |
m01s30i207GEOPOTENTIAL HEIGHT ON P LEV/UV GRID
Geopotential height on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m [blev=P3030.0 0, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p300 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| zg250 |
GCAmon6hrUV |
m01s30i207GEOPOTENTIAL HEIGHT ON P LEV/UV GRID
Geopotential height on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m [blev=P250250.0 , lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p250 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| zg200 |
GCAmon6hrUV |
m01s30i207GEOPOTENTIAL HEIGHT ON P LEV/UV GRID
Geopotential height on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m [blev=, lbproc=128, lbtim_ia=6] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p200 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| wa1000 |
GCAmon6hrUV |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P1010.0 00, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p1000 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| wa925 |
GCAmon6hrUV |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P925925.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p925 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| wa850 |
GCAmon6hrUV |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P850850.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p850 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| wa700 |
GCAmon6hrUV |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p700 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| wa600 |
GCAmon6hrUV |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P600600.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p600 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| wa500 |
GCAmon6hrUV |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p500 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| wa400 |
GCAmon6hrUV |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P400400.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p400 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| wa300 |
GCAmon6hrUV |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P3030.0 0, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p300 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| wa250 |
GCAmon6hrUV |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P250250.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p250 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| wa200 |
GCAmon6hrUV |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128, lbtim_ia=6]
|
commenton UV points
|
longitude latitude time p200 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmon6hrUV_mappings.cfg |
| tas |
GCAmon6hr |
m01s03i236TEMPERATURE AT 1.5M
Estimate of atmospheric temperature (K) at 1.5m (screen level).
Calculated by integrating the similarity equations from the
surface to 1.5m.
Available on all timesteps. [lbtim_ia=6, lbproc=128]
|
|
longitude latitude height2m time |
K |
boundary-layer |
ok |
HadREM-CP4A_GCAmon6hr_mappings.cfg |
| hus |
GCAmonUV |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmonUV_mappings.cfg |
| wap |
GCAmonUV |
m01s30i208OMEGA ON P LEV/UV GRID
Omega on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are Pa s-1 [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCAmonUV_mappings.cfg |
| hfds |
GCOyr |
annual_from_monthly_2d(hfds)
|
|
longitude latitude time |
W m-2 |
ocean |
ok |
HadREM-CP4A_GCOyr_mappings.cfg |
| so |
GCOyr |
annual_from_monthly_3d(so, thkcello)
|
|
longitude latitude olevel time |
1e-3 |
ocean |
ok |
HadREM-CP4A_GCOyr_mappings.cfg |
| tauuo |
GCOyr |
annual_from_monthly_2d_masked(tauuo, mask_2D_U)
|
|
longitude latitude time |
N m-2 |
ocean |
ok |
HadREM-CP4A_GCOyr_mappings.cfg |
| tauvo |
GCOyr |
annual_from_monthly_2d_masked(tauvo, mask_2D_V)
|
|
longitude latitude time |
N m-2 |
ocean |
ok |
HadREM-CP4A_GCOyr_mappings.cfg |
| thetao |
GCOyr |
annual_from_monthly_3d(thetao, thkcello)
|
|
longitude latitude olevel time |
degC |
ocean |
ok |
HadREM-CP4A_GCOyr_mappings.cfg |
| uo |
GCOyr |
annual_from_monthly_3d_masked(uo, mask_3D_U, thkcello)
|
|
longitude latitude olevel time |
m s-1 |
ocean |
ok |
HadREM-CP4A_GCOyr_mappings.cfg |
| vo |
GCOyr |
annual_from_monthly_3d_masked(vo, mask_3D_V, thkcello)
|
|
longitude latitude olevel time |
m s-1 |
ocean |
ok |
HadREM-CP4A_GCOyr_mappings.cfg |
| wfo |
GCOyr |
annual_from_monthly_2d(-1 * (sowaflup + sowflisf))
|
|
longitude latitude time |
kg m-2 s-1 |
ocean |
ok |
HadREM-CP4A_GCOyr_mappings.cfg |
| zos |
GCOyr |
annual_from_monthly_2d(zos)
|
|
longitude latitude time |
m |
ocean |
ok |
HadREM-CP4A_GCOyr_mappings.cfg |
| hus1000 |
GCday |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P1010.0 00, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128]
|
commenton UV points
|
longitude latitude time p1000 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| hus925 |
GCday |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P925925.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p925 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| hus850 |
GCday |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P850850.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p850 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| hus700 |
GCday |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p700 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| hus600 |
GCday |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P600600.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p600 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| hus500 |
GCday |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p500 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| hus400 |
GCday |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P400400.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p400 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| hus300 |
GCday |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P3030.0 0, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128]
|
commenton UV points
|
longitude latitude time p300 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| hus250 |
GCday |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=P250250.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p250 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| hus200 |
GCday |
m01s30i205SPECIFIC HUMIDITY ON P LEV/UV GRID
Specific humidity on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Dimensionless: kg/kg [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p200 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| ta1000 |
GCday |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P1010.0 00, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128]
|
commenton UV points
|
longitude latitude time p1000 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| ta925 |
GCday |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P925925.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p925 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| ta850 |
GCday |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P850850.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p850 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| ta700 |
GCday |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p700 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| ta600 |
GCday |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P600600.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p600 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| ta500 |
GCday |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p500 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| ta400 |
GCday |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P400400.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p400 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| ta300 |
GCday |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P3030.0 0, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128]
|
commenton UV points
|
longitude latitude time p300 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| ta250 |
GCday |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=P250250.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p250 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| ta200 |
GCday |
m01s30i204TEMPERATURE ON P LEV/UV GRID
Temperature on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are K [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p200 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| wa |
GCday |
m01s00i150[lbproc=128]
|
|
longitude latitude alevel time |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_GCday_mappings.cfg |
| orog |
LPmon |
m01s00i033[lbproc=128]
|
commentMonthly mean orography (needed if land ice has time varying
altitude).
|
longitude latitude time |
m |
- |
ok |
HadREM-CP4A_LPmon_mappings.cfg |
| prra |
Omon |
pr
|
commentComputed as the total mass of liquid water falling as liquid rain
into the ice-free portion of the ocean divided by the area of the ocean
portion of the grid cell.
|
longitude latitude time |
kg m-2 s-1 |
ocean |
ok |
HadREM-CP4A_Omon_mappings.cfg |
| prsn |
Omon |
prsn
|
|
longitude latitude time |
kg m-2 s-1 |
ocean |
ok |
HadREM-CP4A_Omon_mappings.cfg |
| opottempdiff |
Oyr |
opottempdiff
|
|
longitude latitude olevel time |
W m-2 |
- |
embargoed |
HadREM-CP4A_Oyr_mappings.cfg |
| opottempmint |
Oyr |
opottempmint
|
|
longitude latitude time |
degC kg m-2 |
- |
embargoed |
HadREM-CP4A_Oyr_mappings.cfg |
| opottemppmdiff |
Oyr |
opottemppmdiff
|
|
longitude latitude olevel time |
W m-2 |
- |
embargoed |
HadREM-CP4A_Oyr_mappings.cfg |
| opottemprmadvect |
Oyr |
opottempadvect
|
|
longitude latitude olevel time |
W m-2 |
- |
embargoed |
HadREM-CP4A_Oyr_mappings.cfg |
| opottemptend |
Oyr |
opottemptend
|
|
longitude latitude olevel time |
W m-2 |
- |
embargoed |
HadREM-CP4A_Oyr_mappings.cfg |
| osaltdiff |
Oyr |
osaltdiff
|
|
longitude latitude olevel time |
kg m-2 s-1 |
- |
embargoed |
HadREM-CP4A_Oyr_mappings.cfg |
| osaltpmdiff |
Oyr |
osaltpmdiff
|
|
longitude latitude olevel time |
kg m-2 s-1 |
- |
embargoed |
HadREM-CP4A_Oyr_mappings.cfg |
| osaltrmadvect |
Oyr |
osaltadvect
|
|
longitude latitude olevel time |
kg m-2 s-1 |
- |
embargoed |
HadREM-CP4A_Oyr_mappings.cfg |
| osalttend |
Oyr |
osalttend
|
|
longitude latitude olevel time |
kg m-2 s-1 |
- |
embargoed |
HadREM-CP4A_Oyr_mappings.cfg |
| siconc |
SIday |
aice
|
|
longitude latitude typesi time |
1 |
- |
ok |
HadREM-CP4A_SIday_mappings.cfg |
| sisnthick |
SIday |
sisnthick
|
|
longitude latitude time |
m |
- |
embargoed |
HadREM-CP4A_SIday_mappings.cfg |
| sispeed |
SIday |
sispeed
|
|
longitude latitude time |
m s-1 |
- |
embargoed |
HadREM-CP4A_SIday_mappings.cfg |
| sithick |
SIday |
sithick
|
|
longitude latitude time |
m |
- |
embargoed |
HadREM-CP4A_SIday_mappings.cfg |
| sitimefrac |
SIday |
ice_present
|
|
longitude latitude time |
1 |
- |
embargoed |
HadREM-CP4A_SIday_mappings.cfg |
| siu |
SIday |
siu
|
|
longitude latitude time |
m s-1 |
- |
embargoed |
HadREM-CP4A_SIday_mappings.cfg |
| siv |
SIday |
siv
|
|
longitude latitude time |
m s-1 |
- |
embargoed |
HadREM-CP4A_SIday_mappings.cfg |
| sfdsi |
SImon |
((meltt + meltb + meltl - congel - frazil) * ICE_DENSITY917.
+ melts * SEAWATER_DENSITY1026. ) / (100 * SECONDS_IN_DAY86400. * aice)
* REF_SALINITY8. / 1000.
|
|
longitude latitude time |
kg m-2 s-1 |
- |
embargoed |
HadREM-CP4A_SImon_mappings.cfg |
| hur |
day |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
% |
atmos-physics |
ok |
HadREM-CP4A_day_mappings.cfg |
| hus |
day |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
1 |
- |
ok |
HadREM-CP4A_day_mappings.cfg |
| pr |
day |
m01s04i203LARGE SCALE RAINFALL RATE KG/M2/S
Large scale rainfall rate kg/m2/s
This is the mass per metre squared of rain (liquid precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 205). Multiply by 3600 to convert this value to mm/hour. [lbproc=128] + m01s04i204LARGE SCALE SNOWFALL RATE KG/M2/S
Large scale snowfall rate kg/m2/s
This is the mass per metre squared of snow (frozen precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 206). Multiply by 3600 to convert this value to mm/hour.
------------------------------------------------
Item 1 4 204
Large scale snowfall rate kg/m2/s
This is the mass per metre squared of snow (frozen precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 206). Multiply by 3600 to convert this value to mm/hour of
rain equivalent.
For model runs with prognostic graupel, this snowfall diagnostic will
include contributions from graupel. Do not add diagnostic (1 4 212) to
this value in any analysis or otherwise your answers will be wrong as
the graupel will be counted twice. For snow amount without graupel, please
use diagnostic (1 4 304) [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_day_mappings.cfg |
| prsn |
day |
m01s04i204LARGE SCALE SNOWFALL RATE KG/M2/S
Large scale snowfall rate kg/m2/s
This is the mass per metre squared of snow (frozen precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 206). Multiply by 3600 to convert this value to mm/hour.
------------------------------------------------
Item 1 4 204
Large scale snowfall rate kg/m2/s
This is the mass per metre squared of snow (frozen precipitation) which
falls on the surface per second as diagnosed by the large scale
precipitation scheme. It does not include a convective contribution (see
diagnostic 1 5 206). Multiply by 3600 to convert this value to mm/hour of
rain equivalent.
For model runs with prognostic graupel, this snowfall diagnostic will
include contributions from graupel. Do not add diagnostic (1 4 212) to
this value in any analysis or otherwise your answers will be wrong as
the graupel will be counted twice. For snow amount without graupel, please
use diagnostic (1 4 304) [lbproc=128]
|
commentIncludes graupel
|
longitude latitude time |
kg m-2 s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_day_mappings.cfg |
| ta |
day |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
K |
- |
ok |
HadREM-CP4A_day_mappings.cfg |
| sfcWindmax |
day |
m01s03i23010 METRE WIND SPEED ON C GRID
No help entry available. [lbproc=8192]
|
|
longitude latitude height10m time |
m s-1 |
- |
ok |
HadREM-CP4A_day_mappings.cfg |
| tasmax |
day |
m01s03i236TEMPERATURE AT 1.5M
Estimate of atmospheric temperature (K) at 1.5m (screen level).
Calculated by integrating the similarity equations from the
surface to 1.5m.
Available on all timesteps. [lbproc=8192]
|
|
longitude latitude height2m time |
K |
- |
ok |
HadREM-CP4A_day_mappings.cfg |
| tasmin |
day |
m01s03i236TEMPERATURE AT 1.5M
Estimate of atmospheric temperature (K) at 1.5m (screen level).
Calculated by integrating the similarity equations from the
surface to 1.5m.
Available on all timesteps. [lbproc=4096]
|
|
longitude latitude height2m time |
K |
- |
ok |
HadREM-CP4A_day_mappings.cfg |
| ua |
day |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
m s-1 |
- |
ok |
HadREM-CP4A_day_mappings.cfg |
| uas |
day |
m01s03i22510 METRE WIND U-COMP B GRID
Estimate of the westerly component of horizontal wind at 10m.
Calculated by integrating the similarity equations from the surface
to 10m (U_0 = westerly component of surface current if over sea,
0.0 if over land).
Available on all timesteps. [lbproc=128]
|
commentThis data is written on the Arakawa B grid rather than the C
grid as is conventional with UM model output
|
longitude latitude height10m time |
m s-1 |
boundary-layer |
ok |
HadREM-CP4A_day_mappings.cfg |
| va |
day |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
m s-1 |
- |
ok |
HadREM-CP4A_day_mappings.cfg |
| vas |
day |
m01s03i22610 METRE WIND V-COMP B GRID
Estimate of the southerly component of horizontal wind at 10m.
Calculated by integrating the similarity equations from the surface
to 10m (V_0 = southerly component of surface current if over sea,
0.0 if over land).
Available on all timesteps. [lbproc=128]
|
commentThis data is written on the Arakawa B grid rather than the C
grid as is conventional with UM model output
|
longitude latitude height10m time |
m s-1 |
boundary-layer |
ok |
HadREM-CP4A_day_mappings.cfg |
| wap |
day |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
Pa s-1 |
- |
ok |
HadREM-CP4A_day_mappings.cfg |
| zg |
day |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV81000.0 850.0 700.0 500.0 250.0 100.0 50.0 10.0 , lbproc=128]
|
|
longitude latitude plev8 time |
m |
- |
ok |
HadREM-CP4A_day_mappings.cfg |
| abs550aer |
AERmon AEmon |
m01s02i240AITKEN (SOLUBLE) ABS OPTICAL DEPTH
Soluble Aitken mode absorption aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128]
+ m01s02i241ACCUM (SOLUBLE) ABS OPTICAL DEPTH
Soluble accumulation mode absorption aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128] + m01s02i242COARSE (SOLUBLE) ABS OPTICAL DEPTH
Soluble coarse mode absorption aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128]
+ m01s02i243AITKEN (INSOL) ABS OPTICAL DEPTH
Insoluble Aitken mode absorption aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128] + m01s02i585MINERAL DUST ABS. OPICAL DEPTH
Mineral dust absorption aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128]
|
noteAssuming CLASSIC dust. |
longitude latitude lambda550nm time |
1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| aerasymbnd |
E3hrPt AP3hrPtLev |
combine_sw_lw(m01s01i508AERO ASYM (WGTD) IN LAYERS/SW BANDS
Total aerosol asymmetry (unitless)
weighted by the scattering optical depth (STASH 1507)
in radiation layers (effectively model theta levels)
and on SW bands (as defined in the SW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model theta levels starting at
ATMOS_BOTTOM and ending at ATMOS_TOP.
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files).
To convert this diagnostic to an actual (unweighted) asymmetry factor
divide by the total aerosol scattering optical depth:
Aerosol asymmetry factor = STASH 1508 / STASH 1507 [lbproc=0] / m01s01i507TOTAL SCATTERING AOD LAYERS/SW BANDS
Total aerosol scattering optical depth (unitless)
in radiation layers (effectively model theta levels)
and on SW bands (as defined in the SW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model theta levels starting at
ATMOS_BOTTOM and ending at ATMOS_TOP.
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files).
To convert this diagnostic to a scattering coefficient in units of m-1
divide by the depth of the layer in metres:
Aerosol scattering coefficient (m-1) = STASH 1507 / STASH 2505
To calculate the total aerosol single scattering albedo
divide by the total aerosol (extinction) optical depth:
Aerosol single scattering albedo = STASH 1507 / STASH 1506 [lbproc=0],
m01s02i508AERO ASYM (WGTD) IN LAYERS/LW BANDS
Total aerosol asymmetry (unitless)
weighted by the scattering optical depth (STASH 2507)
in radiation layers (effectively model theta levels)
and on LW bands (as defined in the LW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model theta levels starting at
ATMOS_BOTTOM and ending at ATMOS_TOP.
Pseudo-levels should be set to LW bands (1 to 9 for GA7 spectral files).
To convert this diagnostic to an actual (unweighted) asymmetry factor
divide by the total aerosol scattering optical depth:
Aerosol asymmetry factor = STASH 2508 / STASH 2507 [lbproc=0] / m01s02i507TOTAL SCATTERING AOD LAYERS/LW BANDS
Total aerosol scattering optical depth (unitless)
in radiation layers (effectively model theta levels)
and on LW bands (as defined in the LW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model theta levels starting at
ATMOS_BOTTOM and ending at ATMOS_TOP.
Pseudo-levels should be set to LW bands (1 to 9 for GA7 spectral files).
To convert this diagnostic to a scattering coefficient in units of m-1
divide by the depth of the layer in metres:
Aerosol scattering coefficient (m-1) = STASH 2507 / STASH 2505
To calculate the total aerosol single scattering albedo
divide by the total aerosol (extinction) optical depth:
Aerosol single scattering albedo = STASH 2507 / STASH 2506 [lbproc=0],
minval= '-1.0', maxval= '1.0')
|
commentExcludes Mineral Dust
|
longitude latitude alevel spectband time1 |
1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| aeroptbnd |
E3hrPt AP3hrPtLev |
combine_sw_lw(m01s01i506TOTAL AOD IN LAYERS AND SW BANDS
Total aerosol optical depth (unitless)
in radiation layers (effectively model theta levels)
and on SW bands (as defined in the SW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model theta levels starting at
ATMOS_BOTTOM and ending at ATMOS_TOP.
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files).
To convert this diagnostic to an extinction coefficient in units of m-1
divide by the depth of the layer in metres:
Aerosol extinction coefficient (m-1) = STASH 1506 / STASH 2505 [lbproc=0], m01s02i506TOTAL AOD IN LAYERS AND LW BANDS
Total aerosol optical depth (unitless)
in radiation layers (effectively model theta levels)
and on LW bands (as defined in the LW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model theta levels starting at
ATMOS_BOTTOM and ending at ATMOS_TOP.
Pseudo-levels should be set to LW bands (1 to 9 for GA7 spectral files).
To convert this diagnostic to an extinction coefficient in units of m-1
divide by the depth of the layer in metres:
Aerosol extinction coefficient (m-1) = STASH 2506 / STASH 2505 [lbproc=0],
swmask= m01s01i200LIT MASK FOR SW RADIATION TIMESTEP
Mask defining the points where SW radiation calculations are done:
1.0 for SW lit points
0.0 for unlit points
Note, this is a REAL number to allow a time mean to be used
as a weight for SW diagnostics only output on lit points. [lbproc=0], minval= '0', maxval= '10')
|
commentExcludes Mineral Dust
|
longitude latitude alevel spectband time1 |
1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| aerssabnd |
E3hrPt AP3hrPtLev |
combine_sw_lw(m01s01i507TOTAL SCATTERING AOD LAYERS/SW BANDS
Total aerosol scattering optical depth (unitless)
in radiation layers (effectively model theta levels)
and on SW bands (as defined in the SW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model theta levels starting at
ATMOS_BOTTOM and ending at ATMOS_TOP.
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files).
To convert this diagnostic to a scattering coefficient in units of m-1
divide by the depth of the layer in metres:
Aerosol scattering coefficient (m-1) = STASH 1507 / STASH 2505
To calculate the total aerosol single scattering albedo
divide by the total aerosol (extinction) optical depth:
Aerosol single scattering albedo = STASH 1507 / STASH 1506 [lbproc=0] / m01s01i506TOTAL AOD IN LAYERS AND SW BANDS
Total aerosol optical depth (unitless)
in radiation layers (effectively model theta levels)
and on SW bands (as defined in the SW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model theta levels starting at
ATMOS_BOTTOM and ending at ATMOS_TOP.
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files).
To convert this diagnostic to an extinction coefficient in units of m-1
divide by the depth of the layer in metres:
Aerosol extinction coefficient (m-1) = STASH 1506 / STASH 2505 [lbproc=0],
m01s02i507TOTAL SCATTERING AOD LAYERS/LW BANDS
Total aerosol scattering optical depth (unitless)
in radiation layers (effectively model theta levels)
and on LW bands (as defined in the LW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model theta levels starting at
ATMOS_BOTTOM and ending at ATMOS_TOP.
Pseudo-levels should be set to LW bands (1 to 9 for GA7 spectral files).
To convert this diagnostic to a scattering coefficient in units of m-1
divide by the depth of the layer in metres:
Aerosol scattering coefficient (m-1) = STASH 2507 / STASH 2505
To calculate the total aerosol single scattering albedo
divide by the total aerosol (extinction) optical depth:
Aerosol single scattering albedo = STASH 2507 / STASH 2506 [lbproc=0] / m01s02i506TOTAL AOD IN LAYERS AND LW BANDS
Total aerosol optical depth (unitless)
in radiation layers (effectively model theta levels)
and on LW bands (as defined in the LW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model theta levels starting at
ATMOS_BOTTOM and ending at ATMOS_TOP.
Pseudo-levels should be set to LW bands (1 to 9 for GA7 spectral files).
To convert this diagnostic to an extinction coefficient in units of m-1
divide by the depth of the layer in metres:
Aerosol extinction coefficient (m-1) = STASH 2506 / STASH 2505 [lbproc=0], minval='0.0', maxval='1.0')
|
commentExcludes Mineral Dust
|
longitude latitude alevel spectband time1 |
1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| agessc |
Omon OPmonLev |
agessc
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
yr |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| airmass |
AERmon AEmonLev |
div_by_area(m01s50i063AIR MASS DIAGNOSTIC (WHOLE ATMOS)
Total Air Mass (Whole Atmosphere) : kg
Valid only on chemical timesteps [lbproc=128])
|
|
longitude latitude alevel time |
kg m-2 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| albdiffbnd |
E3hrPt AP3hrPt |
m01s01i269DIFFUSE SURFACE ALBEDO ON SW BANDS
The grid-box mean surface albedo for the diffuse beam, output for all SW
radiation bands over both land and sea. [lbproc=0]
|
|
longitude latitude spectband time1 |
1 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| albdirbnd |
E3hrPt AP3hrPt |
m01s01i268DIRECT SURFACE ALBEDO ON SW BANDS
The grid-box mean surface albedo for the direct beam, output for all SW
radiation bands over both land and sea. [lbproc=0]
|
|
longitude latitude spectband time1 |
1 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| albisccp |
CFday CFmon APday APmon |
fix_packing_division(m01s02i331COSP: ISCCP WEIGHTED CLOUD ALBEDO
In-cloud albedo, multiplied by total cloud fraction (2.334). Time-averages
of this diagnostic will have to be unweighted(divided) by the time-average
of 2.334 to produce mean in-cloud values. Linear average of cloud albedo
accross sub-columns. Reported on sunlit points only. No need to used Heaviside
weights for time-means. [lbproc=128],
m01s02i334COSP: ISCCP TOTAL CLOUD AREA
Total cloud area from ISCCP simulator. Reported on sunlit points only.
It needs mask 2.330. [lbproc=128])
|
|
longitude latitude time |
1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| areacella |
fx APfx mon day 6hr 3hr 1hr |
areacella(m01s00i505)
|
|
longitude latitude |
m2 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| areacello |
Ofx OPfx |
areacello
|
|
longitude latitude |
m2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| ares |
Eday LPday |
m01s03i054[lbproc=128]
|
|
longitude latitude time |
s m-1 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| basin |
Ofx OPfx |
basin
|
commentglobal_land is the land-sea mask used to calculate the
basin-integrated transports and is not consistent with the land-sea mask
used in other diagnostics.
|
longitude latitude |
1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| bldep |
6hrPlev AERmon AE6hr AEmon |
m01s03i304TURBULENT MIXING HT AFTER B.LAYER m
Maximum height of turbulent mixing. This will be the same as STASH item
(1, 3, 025) for stable layers (see STASH item (1, 3, 305)), well-mixed
boundary layers (see STASH item (1, 3, 307)) and for cumulus layers (see
STASH item (1, 3, 310)), with both marking the lifting condensation level
in the latter case. For decoupled boundary layers (see STASH items (1, 3,
306),(1, 3, 308) and (1, 3, 309)), this will mark the top of the
decoupled layer.
Available on all timesteps. [lbproc=128]
|
|
longitude latitude time |
m |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| bry |
AERmonZ AEmonZ |
MOLECULAR_MASS_OF_AIR28.97
* ((m01s51i045Br MASS MIXING RATIO ON PRESS LEVS
Bromine Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_BRO96. MINE)
+ (m01s51i047BrCl MASS MIX RATIO ON PRESS LEVS
BrCl MASS MIXING RATIO AFTER TSTEP
Bromine monochloride Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_BRCL115.5 )
+ (m01s51i048BrONO2 MASS MIX RATIO ON PRESS LEVS
Bromine Nitrate Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_BRO96. NO2)
+ (m01s51i052HBr MASS MIXING RATIO ON PRESS LEVS
Hydrogen Bromide Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_HBR81. )
+ (m01s51i053HOBr MASS MIX RATIO ON PRESS LEVS
Hydrobromous Acid Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_HOBR97. )
+ (m01s51i994BrO MASS MIXING RATIO ON PRESSURE LEVELS
Mass mixing ratio of BrO (kg/kg)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_BRO96. ))
/ m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| c2h6 |
AERmon AEmonLev |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_C2H630. )
* m01s34i014C2H6 MASS MIXING RATIO AFTER TSTEP
Ethane Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
commentC2H6 tracer includes emissions of C2H2 and C2H4.
|
longitude latitude alevel time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| c3h8 |
AERmon AEmonLev |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_C3H844. )
* m01s34i018C3H8 MASS MIXING RATIO AFTER TSTEP
Propane Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
commentC3H8 tracer includes emissions of C3H6.
|
longitude latitude alevel time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| ccldncl |
Eday APday |
mask_using_cube(m01s01i298CDNC @CLOUD TOP * WEIGHT
A 2-dimensional diagnostic of liquid cloud droplet number concentration
(in cm-3) as observed from above cloud top, weighted by its own specific
weight (1:01:299), by which it must be divided to be meaningful. [lbproc=128] / m01s01i299WEIGHT FOR CDNC @CLOUD TOP
Weight for diagnostic. [lbproc=128],
m01s02i395CONVECTIVE CORE LIQUID WATER PATH kg/m2
Vertical integral using gridbox mean qcl in radiation (item 2318) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128] + m01s02i396CONVECTIVE CORE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2319) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128])
|
commentThis droplet number is estimated in PC2 scheme hence contributed from
both stratiform clouds and convective clouds.
|
longitude latitude time |
cm-3 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| cdnc |
AERmon AEmonLev |
m01s01i241DROPLET NUMBER CONC * LYR CLOUD WGT
Diagnostic of water cloud droplet number concentration (number per cubic
centimetre) weighted by layer cloud amount (diagnostic 1:01:223), by
which it must be divided to be meaningful. [lbproc=128] / m01s01i223LAYER CLOUD WEIGHT FOR MICROPHYSICS
This diagnostic is one of a set related to the parametrization of cloud
microphysics available in the radiation code. To diagnose meaningful
temporal averages of microphysical quantities, allowance must be made for
variations in cloud cover or the absence of cloud; this is done by
diagnosing a weighting for each such quantity and the product of the
quantity and its weighting. A temporal average may then be calculated
once the run has finished by taking the ratio of these two diagnostics:
it is therefore imperative to check that both the diagnostics in the pair
are selected. Values at unlit points are zeroed.
The current diagnostic is available only with versions 2 or 3 of the SW.
The diagnostic is available on all cloudy levels and is the amount of
layer cloud on that level containing liquid water. It is calculated only
on SW radiation timesteps. [lbproc=128]
|
commentOnly calculated in daylight gridboxes.
|
longitude latitude alevel time |
cm-3 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| cfadDbze94 |
Emon APmon |
m01s02i372COSP: CLOUDSAT CFAD Ze 40 CSAT LVLS
CloudSat reflectivity (94 GHz) histograms as a function of height. For each
gridbox, this diagnostic reports a 2D histogram, with frequency of occurrence of
volumes in height-reflectivity bins. The histogram is normalised level-by-level.
Before the histograms are computed, the reflectivity (2.351) is regridded onto a
standard 40-level grid. The pseudo-level dimension contains the discretisation in
reflectivity, with 15 5-dBZ intervals, from -50 to +25. Valid Z values smaller
than -50 and larger than +25 are set into the smallest bin and largest bin,
respectively. The CloudSat sentivity is estimated to around -28 dBZ, so -25 dBZ
is a conservative threshold for the identification of cloudy volumes. [lbproc=128]
|
|
longitude latitude alt40 dbze time |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| cfadLidarsr532 |
Emon APmon |
m01s02i370COSP: CALIPSO CFAD SR 40 CSAT LEVELS
Attenuated total backscatter histograms as a function of height. For each
gridbox, this diagnostic reports a 2D histogram, with frequency of occurrence
of volumes in height-ATB bins. The histogram is normalised level-by-level.
Before the histograms are computed, the ATB (2.341) is regridded onto a
standard 40-level grid. The pseudo-level dimension contains the discretisation
in ATB, with 15 intervals:
[ 0.0 , 0.01] -> Fully attenuated
( 0.01, 1.2] -> Clear
( 1.2 , 3.0] -> Unclassified
( 3.0 , 5.0] -> Unclassified, probably cloudy
( 5.0 , 7.0] -> Cloudy (and all the intervals below)
( 7.0 , 10.0]
(10.0 , 15.0]
(15.0 , 20.0]
(20.0 , 25.0]
(25.0 , 30.0]
(30.0 , 40.0]
(40.0 , 50.0]
(50.0 , 60.0]
(60.0 , 80.0]
(80.0 , Inf] [lbproc=128]
|
|
longitude latitude alt40 scatratio time |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| cfc11global |
Amon APmon |
mmr2molefrac(m01s50i063AIR MASS DIAGNOSTIC (WHOLE ATMOS)
Total Air Mass (Whole Atmosphere) : kg
Valid only on chemical timesteps [lbproc=128], m01s34i055CFCl3 MASS MIXING RATIO AFTER TSTEP
Trichlorofluoromethane (CFC-11) Mass Mixing Ratio in kg/kg(Air) [lbproc=128],
MOLECULAR_MASS_OF_CFC11137.5 )
|
|
time |
1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| cfc12global |
Amon APmon |
mmr2molefrac(m01s50i063AIR MASS DIAGNOSTIC (WHOLE ATMOS)
Total Air Mass (Whole Atmosphere) : kg
Valid only on chemical timesteps [lbproc=128], m01s34i056CF2Cl2 MASS MIXING RATIO AFTER TSTEP
Dichlorodifluoromethane (CFC-12) Mass Mixing Ratio in kg/kg(Air) [lbproc=128],
MOLECULAR_MASS_OF_CFC12121. )
|
|
time |
1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| ch3coch3 |
AERmon AEmonLev |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_CH3COCH358. )
* m01s34i022Me2CO MASS MIXING RATIO AFTER TSTEP
Acetone (CH3COCH3) Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| ch4 |
Amon APmon |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_CH416. )
* m01s51i009CH4 MASS MIX RATIO ON PRESS LEVS
Methane Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| ch4global |
Amon APmon |
mmr2molefrac(m01s50i063AIR MASS DIAGNOSTIC (WHOLE ATMOS)
Total Air Mass (Whole Atmosphere) : kg
Valid only on chemical timesteps [lbproc=128], m01s34i009CH4 MASS MIXING RATIO AFTER TSTEP
Methane Mass Mixing Ratio in kg/kg(Air) [lbproc=128],
MOLECULAR_MASS_OF_CH416. )
|
|
time |
1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| cheaqpso4 |
AERmon AEmonLev |
achem_emdrywet(MOLECULAR_MASS_OF_SO496. ,
(m01s38i201PRIMARY H2SO4 TO AITKEN (SOL)
Primary emissions flux of sulphuric acid aerosol mass to
Aitken mode (soluble)
Valid on all timesteps
Total flux (as moles/s) in the gridbox [lbproc=128] + m01s38i202PRIMARY H2SO4 TO ACCUMULATION (SOL)
Primary emissions flux of sulphuric acid aerosol mass to
accumulation mode (soluble)
Valid on all timesteps
Total flux (as moles/s) in the gridbox [lbproc=128]
+ m01s38i203PRIMARY H2SO4 TO COARSE (SOL)
Primary emissions flux of sulphuric acid aerosol mass to
coarse mode (soluble)
Valid on all timesteps
Total flux (as moles/s) in the gridbox [lbproc=128] + m01s38i285INCLOUD H2SO4 (H2O2) TO ACCUM. (SOL)
In-cloud H2SO4 aerosol mass production flux to accumulation
mode (soluble) via aqueous reaction of dissolved SO2 and H2O2
Valid only on chemical timesteps
Total flux (as moles/s) in the gridbox [lbproc=128]
+ m01s38i286INCLOUD H2SO4 (H2O2) TO COARSE (SOL)
In-cloud H2SO4 aerosol mass production flux to coarse mode
(soluble) via aqueous reaction of dissolved SO2 and H2O2
Valid only on chemical timesteps
Total flux (as moles/s) in the gridbox [lbproc=128] + m01s38i288INCLOUD H2SO4 (O3) TO ACCUM. (SOL)
In-cloud H2SO4 aerosol mass production flux to accumulation
mode (soluble) via aqueous reaction of dissolved SO2 and O3
Valid only on chemical timesteps
Total flux (as moles/s) in the gridbox [lbproc=128]
+ m01s38i289INCLOUD H2SO4 (O3) TO COARSE (SOL)
In-cloud H2SO4 aerosol mass production flux to coarse mode
(soluble) via aqueous reaction of dissolved SO2 and O3
Valid only on chemical timesteps
Total flux (as moles/s) in the gridbox [lbproc=128]), areadiv='True')
|
commentIncludes primary and incloud conversion to sulphate aerosol.
No incloud conversion to Aitken mode in model.
noteModel output is mol H2SO4, diagnostic required kg SO4.
Step 1: mol H2SO4 x mol_mass_h2so4 yields kg H2SO4.
Step 2: kg H2SO4 x (mol_mass_so4 / mol_mass_h2so4) yields kg SO4.
1+2: mol H2SO4 x mol_mass_h2so4 x (mol_mass_so4 / mol_mass_h2so4)
-> kg SO4. Cancelling common term mol_mass_h2so4 leaves the conversion as
model output (mol H2SO4) x mol_mass_so4 -> diagnostic (kg SO4). |
longitude latitude alevel time |
g m-2 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| chegpso4 |
AERmon AEmonLev |
achem_emdrywet(MOLECULAR_MASS_OF_SO496. ,
m01s50i150SO2 + OH => HO2 + SO3
Chemical reaction flux for SO2 + OH => HO2 + SO3
(moles/s)
Valid only on chemical timesteps
This is the total flux in the gridbox obtained by multiplying the
reaction rate of the above reaction (moles/cm^3/s) by the grid box's
volume (in cm^3)
The sum of this chemical flux over all model gridboxes gives the total
chemical flux through this reaction. [lbproc=128], areadiv='True')
|
noteModel output is mol H2SO4, diagnostic required kg SO4.
Step 1: mol H2SO4 x mol_mass_h2so4 yields kg H2SO4.
Step 2: kg H2SO4 x (mol_mass_so4 / mol_mass_h2so4) yields kg SO4.
1+2: mol H2SO4 x mol_mass_h2so4 x (mol_mass_so4 / mol_mass_h2so4)
-> kg SO4. Cancelling common term mol_mass_h2so4 leaves the conversion as
model output (mol H2SO4) x mol_mass_so4 -> diagnostic (kg SO4). |
longitude latitude alevel time |
g m-2 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| ci |
Amon APmon |
m01s05i269DEEP CONVECTION INDICATOR
Deep convection indicator, set to 1.0 if deep convection occurs and 0.0 if not.
Note as convection is often called more than once per model timestep this may
take a value between 0.0 and 1.0 if rediagnosis is called for every convection
sub-step. [lbproc=128]
|
|
longitude latitude time |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| cl |
Amon CFday APmonLev APdayLev |
m01s02i261[lbproc=128]
|
|
longitude latitude alevel time |
1 |
cftables cloud |
ok |
HadREM-CP4A_mappings.cfg |
| clc |
CFmon APmonLev |
m01s02i317CONVECTIVE CORE 3D CLOUD FRACTION
Three-dimensional distribution of convective core cloud fraction. This is
diagnosed when McICA is used and convective cores are seen by radiation. [lbproc=128]
|
noteUsing convective cores in this model configuration. |
longitude latitude alevel time |
1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| clcalipso |
CFday CFmon APday APmon |
m01s02i371COSP: CALIPSO CLOUD AREA 40 CSAT LVS
Cloud fraction on model levels from CALIPSO simulator on the standard 40-level
vertical grid. The cloud fraction is computed after the ATB (2.341) is regridded
onto a standard 40-level grid. Needs mask 2.325. [lbproc=128] / m01s02i325COSP: MASK FOR CALIPSO CF ON 40 LVLS
Heaviside function needed to identify missing data for CALIPSO 3D cloud
fraction on the standard CloudSat grid with 40 levels
(2.371, 2.374, 2.473, 2.474, 2.475), 0=missing, 1=ok.
You need to divide (2.371, 2.374, 2.473, 2.474, 2.475)/2.325 to get
the correct cloud fraction. This needs to be requested with the same
time profile as (2.371, 2.374, 2.473, 2.474, 2.475). [lbproc=128]
|
|
longitude latitude alt40 time |
1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| clcalipso2 |
E3hrPt AP3hrPt |
m01s02i374COSP: CALIPSO-ONLY 3D CLOUD 40 LVLS
CALIPSO cloud fraction undetected by CloudSat (40 height levels). Clouds
detected by CALIPSO but below the detectability threshold of CloudSat.
Needs mask 2.325. [lbproc=0] / m01s02i325COSP: MASK FOR CALIPSO CF ON 40 LVLS
Heaviside function needed to identify missing data for CALIPSO 3D cloud
fraction on the standard CloudSat grid with 40 levels
(2.371, 2.374, 2.473, 2.474, 2.475), 0=missing, 1=ok.
You need to divide (2.371, 2.374, 2.473, 2.474, 2.475)/2.325 to get
the correct cloud fraction. This needs to be requested with the same
time profile as (2.371, 2.374, 2.473, 2.474, 2.475). [lbproc=0]
|
|
longitude latitude alt40 time1 |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| clcalipsoice |
Emon APmon |
m01s02i474COSP: CALIPSO CF 40 LVLS (ICE)
Ice cloud fraction on model levels from CALIPSO simulator on the standard 40-level
vertical grid. The cloud fraction is computed after the ATB (2.341) is regridded
onto a standard 40-level grid. Needs mask 2.325. [lbproc=128] / m01s02i325COSP: MASK FOR CALIPSO CF ON 40 LVLS
Heaviside function needed to identify missing data for CALIPSO 3D cloud
fraction on the standard CloudSat grid with 40 levels
(2.371, 2.374, 2.473, 2.474, 2.475), 0=missing, 1=ok.
You need to divide (2.371, 2.374, 2.473, 2.474, 2.475)/2.325 to get
the correct cloud fraction. This needs to be requested with the same
time profile as (2.371, 2.374, 2.473, 2.474, 2.475). [lbproc=128]
|
|
longitude latitude alt40 time |
1 |
cloud |
embargoed |
HadREM-CP4A_mappings.cfg |
| clcalipsoliq |
Emon APmon |
m01s02i473COSP: CALIPSO CF 40 LVLS (LIQ)
Liquid cloud fraction on model levels from CALIPSO simulator on the standard 40-level
vertical grid. The cloud fraction is computed after the ATB (2.341) is regridded
onto a standard 40-level grid. Needs mask 2.325. [lbproc=128] / m01s02i325COSP: MASK FOR CALIPSO CF ON 40 LVLS
Heaviside function needed to identify missing data for CALIPSO 3D cloud
fraction on the standard CloudSat grid with 40 levels
(2.371, 2.374, 2.473, 2.474, 2.475), 0=missing, 1=ok.
You need to divide (2.371, 2.374, 2.473, 2.474, 2.475)/2.325 to get
the correct cloud fraction. This needs to be requested with the same
time profile as (2.371, 2.374, 2.473, 2.474, 2.475). [lbproc=128]
|
|
longitude latitude alt40 time |
1 |
cloud |
embargoed |
HadREM-CP4A_mappings.cfg |
| cldncl |
Emon APmon |
m01s01i298CDNC @CLOUD TOP * WEIGHT
A 2-dimensional diagnostic of liquid cloud droplet number concentration
(in cm-3) as observed from above cloud top, weighted by its own specific
weight (1:01:299), by which it must be divided to be meaningful. [lbproc=128] / m01s01i299WEIGHT FOR CDNC @CLOUD TOP
Weight for diagnostic. [lbproc=128]
|
|
longitude latitude time |
cm-3 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| cldnvi |
Eday Emon APmon APday |
m01s01i280COLUMN-INTEGRATED Nd * SAMP. WEIGHT
A weighted diagnostic of the distribution of vertically-integrated
cloud droplet number, also known as column droplet number (number
per m2). Must be divided by its weighting factor (diagnostic 1:1:281)
to be meaningful. [lbproc=128] / m01s01i281SAMP. WEIGHT FOR COL. INT. Nd
Weighting factor for diagnostic 1:1:280. [lbproc=128]
|
noteCalculated at daylight grids only. |
longitude latitude time |
m-2 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| clhcalipso |
CFday CFmon APday APmon |
m01s02i346COSP: CALIPSO HIGH-LEVEL CLOUD
High-level cloud fraction from CALIPSO simulator. CTP < 440 hPa.
Needs mask 2.323. [lbproc=128, blev=P220220.0 ]
/ m01s02i323COSP: MASK FOR 2.346
Heaviside function needed to identify missing data for high-level cloud fraction
from CALIPSO (2.346), 0=missing, 1=ok. You need to divide 2.346/2.323 to get the
correct cloud fraction. This needs to be requested with the same time profile
as 2.346. [lbproc=128, blev=P220220.0 ]
|
|
longitude latitude p220 time |
1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| cli |
Amon CFday APmonLev APdayLev |
m01s02i309GRIDBOX LSC Qcf IN RADIATION KG/KG
Grid box average of large-scale cloud ice water mixing ratio [lbproc=128]
|
noteWhen McICA is used with convective cores, the large-scale
diagnostics contain all condensate. No need to add convective because the
convection diagnostics contain zeroes. |
longitude latitude alevel time |
kg kg-1 |
cftables cloud |
ok |
HadREM-CP4A_mappings.cfg |
| clic |
CFmon APmonLev |
m01s02i319GRIDBOX CONVECTIVE CORE Qcf KG/KG
Three-dimensional distribution of gridbox average ice mixing ratio of the
convective cloud core. This is diagnosed when McICA is used and convective
cores are seen by radiation. [lbproc=128]
|
|
longitude latitude alevel time |
1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| climodis |
Emon APmon |
m01s02i453COSP: MODIS ICE CLOUD FRACTION
Ice cloud fraction from MODIS. Reported on sunlit points only.
It needs mask 2.330. [lbproc=128] / m01s02i330COSP: ISCCP/MISR/MODIS CLOUD WEIGHTS
Heaviside function needed to identify missing data for ISCCP/MISR/MODIS cloud
diagnostics, 0=missing, 1=ok. You need to divide the cloud diagnostics by this
one. This needs to be requested with the same time profile as the cloud
diagnostics. [lbproc=128]
|
|
longitude latitude time |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| clis |
CFmon APmonLev |
m01s02i309GRIDBOX LSC Qcf IN RADIATION KG/KG
Grid box average of large-scale cloud ice water mixing ratio [lbproc=128] - m01s02i319GRIDBOX CONVECTIVE CORE Qcf KG/KG
Three-dimensional distribution of gridbox average ice mixing ratio of the
convective cloud core. This is diagnosed when McICA is used and convective
cores are seen by radiation. [lbproc=128]
|
noteWhen McICA is used with convective cores, the large-scale
diagnostics contain all condensate. No need to add convective because the
convection diagnostics contain zeroes. |
longitude latitude alevel time |
1 |
cftables |
embargoed |
HadREM-CP4A_mappings.cfg |
| clisccp |
CFmon CFday APday APmon |
divide_by_mask(m01s02i337COSP: ISCCP CTP-TAU HISTOGRAM
Cloud fraction in 7x7 CTP-tau bins. The pseudo-level dimension contains the
tau axis, with intervals:
[ 0.0, 0.3)
[ 0.3, 1.3)
[ 1.3, 3.6)
[ 3.6, 9.4)
[ 9.4, 23.0)
[23.0, 60.0)
[60.0, inf)
Reported on sunlit points only (mask 2.330). [blev=PLEV7C900.0 740.0 620.0 500.0 375.0 245.0 90.0 , lbproc=128],
m01s02i330COSP: ISCCP/MISR/MODIS CLOUD WEIGHTS
Heaviside function needed to identify missing data for ISCCP/MISR/MODIS cloud
diagnostics, 0=missing, 1=ok. You need to divide the cloud diagnostics by this
one. This needs to be requested with the same time profile as the cloud
diagnostics. [lbproc=128])
|
|
longitude latitude plev7c tau time |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| clivi |
Amon CFday APmon APday |
m01s02i392LARGE SCALE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2309) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128]
|
|
longitude latitude time |
kg m-2 |
cftables cloud |
ok |
HadREM-CP4A_mappings.cfg |
| clivic |
Eday APday |
m01s02i396CONVECTIVE CORE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2319) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128]
|
|
longitude latitude time |
kg m-2 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| cllcalipso |
CFday CFmon APday APmon |
m01s02i344COSP: CALIPSO LOW-LEVEL CLOUD
Low-level cloud fraction from CALIPSO simulator. 680 hPa <= CTP.
Needs mask 2.321. [lbproc=128, blev=P840840.0 ]
/ m01s02i321COSP: MASK FOR 2.344
Heaviside function needed to identify missing data for low-level cloud fraction
from CALIPSO (2.344), 0=missing, 1=ok. You need to divide 2.344/2.321 to get the
correct cloud fraction. This needs to be requested with the same time profile
as 2.344. [lbproc=128, blev=P840840.0 ]
|
|
longitude latitude p840 time |
1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| clmcalipso |
CFday CFmon APday APmon |
m01s02i345COSP: CALIPSO MID-LEVEL CLOUD
Mid-level cloud fraction from CALIPSO simulator. 440 hPa <= CTP < 680 hPa.
Needs mask 2.322. [lbproc=128, blev=P560560.0 ]
/ m01s02i322COSP: MASK FOR 2.345
Heaviside function needed to identify missing data for mid-level cloud fraction
from CALIPSO (2.345), 0=missing, 1=ok. You need to divide 2.345/2.322 to get the
correct cloud fraction. This needs to be requested with the same time profile
as 2.345. [lbproc=128, blev=P560560.0 ]
|
|
longitude latitude p560 time |
1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| clmisr |
Emon APmon |
fix_clmisr_height(m01s02i360COSP: MISR CTH-TAU HISTOGRAM
Cloud fraction in 16x7 CTH-tau bins. The pseudo-level dimension contains the
tau axis, with intervals:
[ 0.0, 0.3)
[ 0.3, 3.6)
[ 3.6, 9.4)
[ 9.4, 23.0)
[23.0, 60.0)
[60.0, inf)
The vertical leves are unevenly-spaced, with boundaries (m):
(-99000, 0] - > Cloud can be detected but too thin to get CTH
( 0, 500]
( 500, 1000]
( 1000, 1500]
( 1500, 2000]
( 2000, 2500]
( 2500, 3000]
( 3000, 4000]
( 4000, 5000]
( 5000, 7000]
( 7000, 9000]
( 9000, 11000]
( 11000, 13000]
( 13000, 15000]
( 15000, 17000]
( 17000, 99000] [lbproc=128], m01s02i330COSP: ISCCP/MISR/MODIS CLOUD WEIGHTS
Heaviside function needed to identify missing data for ISCCP/MISR/MODIS cloud
diagnostics, 0=missing, 1=ok. You need to divide the cloud diagnostics by this
one. This needs to be requested with the same time profile as the cloud
diagnostics. [lbproc=128])
|
|
longitude latitude alt16 tau time |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| cls |
CFmon APmonLev |
m01s02i312GRIDBOX LIQ LSC CF IN RADIATION
Grid box average of large-scale liquid cloud fraction [lbproc=128] + m01s02i313GRIDBOX ICE LSC CF IN RADIATION
Grid box average of large-scale ice cloud fraction [lbproc=128]
- m01s02i317CONVECTIVE CORE 3D CLOUD FRACTION
Three-dimensional distribution of convective core cloud fraction. This is
diagnosed when McICA is used and convective cores are seen by radiation. [lbproc=128]
|
|
longitude latitude alevel time |
1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| clt |
GC1hr 3hr Amon day AP3hr APday APmon |
m01s02i204TOTAL CLOUD AMOUNT IN LW RADIATION
The total cloud amount seen in LW radiation. This diagnostic is caclulated
in a manner consistent with the assumption made about the overlapping of
cloud in different layers in the vertical: overlaps are treated
consistently in the SW and LW, so this diagnostic represents cloud in
both spectral regions.
Calculations are made only on radiation timesteps. [lbproc=128]
|
|
longitude latitude time |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| cltcalipso |
CFday CFmon APmon APday |
m01s02i347COSP: CALIPSO TOTAL CLOUD FRACTION
Total cloud fraction from CALIPSO simulator. Needs mask 2.324. [lbproc=128] / m01s02i324COSP: MASK FOR 2.347
Heaviside function needed to identify missing data for total cloud fraction from
CALIPSO (2.347), 0=missing, 1=ok. You need to divide 2.347/2.324 to get the
correct cloud fraction. This needs to be requested with the same time profile
as 2.347. [lbproc=128]
|
|
longitude latitude time |
1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| cltisccp |
CFday CFmon APday APmon |
m01s02i334COSP: ISCCP TOTAL CLOUD AREA
Total cloud area from ISCCP simulator. Reported on sunlit points only.
It needs mask 2.330. [lbproc=128] / m01s02i330COSP: ISCCP/MISR/MODIS CLOUD WEIGHTS
Heaviside function needed to identify missing data for ISCCP/MISR/MODIS cloud
diagnostics, 0=missing, 1=ok. You need to divide the cloud diagnostics by this
one. This needs to be requested with the same time profile as the cloud
diagnostics. [lbproc=128]
|
|
longitude latitude time |
1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| cltmodis |
Emon APmon |
m01s02i451COSP: MODIS WEIGHTED TOT. CLOUD AREA
Total cloud fraction from MODIS. Reported on sunlit points only.
It needs mask 2.330. [lbproc=128] / m01s02i330COSP: ISCCP/MISR/MODIS CLOUD WEIGHTS
Heaviside function needed to identify missing data for ISCCP/MISR/MODIS cloud
diagnostics, 0=missing, 1=ok. You need to divide the cloud diagnostics by this
one. This needs to be requested with the same time profile as the cloud
diagnostics. [lbproc=128]
|
|
longitude latitude time |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| clw |
Amon CFday APdayLev APmonLev |
m01s02i308GRIDBOX LSC Qcl IN RADIATION KG/KG
Grid box average of large-scale cloud liquid water mixing ratio [lbproc=128]
|
noteWhen McICA is used with convective cores, the large-scale
diagnostics contain all condensate. No need to add convective because the
convection diagnostics contain zeroes. |
longitude latitude alevel time |
kg kg-1 |
cftables cloud |
ok |
HadREM-CP4A_mappings.cfg |
| clwc |
CFmon APmonLev |
m01s02i318GRIDBOX CONVECTIVE CORE Qcl KG/KG
Three-dimensional distribution of gridbox average liquid mixing ratio of the
convective cloud core. This is diagnosed when McICA is used and convective
cores are seen by radiation. [lbproc=128]
|
|
longitude latitude alevel time |
1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| clwmodis |
Emon APmon |
m01s02i452COSP: MODIS LIQUID CLOUD FRACTION
Liquid cloud fraction from MODIS. Reported on sunlit points only.
It needs mask 2.330. [lbproc=128] / m01s02i330COSP: ISCCP/MISR/MODIS CLOUD WEIGHTS
Heaviside function needed to identify missing data for ISCCP/MISR/MODIS cloud
diagnostics, 0=missing, 1=ok. You need to divide the cloud diagnostics by this
one. This needs to be requested with the same time profile as the cloud
diagnostics. [lbproc=128]
|
|
longitude latitude time |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| clws |
CFmon APmonLev |
m01s02i308GRIDBOX LSC Qcl IN RADIATION KG/KG
Grid box average of large-scale cloud liquid water mixing ratio [lbproc=128] - m01s02i318GRIDBOX CONVECTIVE CORE Qcl KG/KG
Three-dimensional distribution of gridbox average liquid mixing ratio of the
convective cloud core. This is diagnosed when McICA is used and convective
cores are seen by radiation. [lbproc=128]
|
noteWhen McICA is used with convective cores, the large-scale
diagnostics contain all condensate. No need to add convective because the
convection diagnostics contain zeroes. |
longitude latitude alevel time |
1 |
cftables |
embargoed |
HadREM-CP4A_mappings.cfg |
| clwvi |
Amon CFday APday APmon |
m01s02i391LARGE SCALE LIQUID WATER PATH kg/m2
Vertical integral using gridbox mean qcl in radiation (item 2308) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128] + m01s02i392LARGE SCALE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2309) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128]
|
|
longitude latitude time |
kg m-2 |
cftables cloud |
ok |
HadREM-CP4A_mappings.cfg |
| clwvic |
Eday Emon APday APmon |
m01s02i395CONVECTIVE CORE LIQUID WATER PATH kg/m2
Vertical integral using gridbox mean qcl in radiation (item 2318) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128] + m01s02i396CONVECTIVE CORE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2319) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128]
|
|
longitude latitude time |
kg m-2 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| cly |
AERmonZ AEmonZ |
MOLECULAR_MASS_OF_AIR28.97
* ((m01s51i041Cl MASS MIXING RATIO ON PRESS LEVS
Chlorine Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_CHLORINE35.5 )
+ (m01s51i042ClO MASS MIX RATIO ON PRESS LEVS
Chlorine monoxide Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_CLOX51.5 )
+ (2 * m01s51i043Cl2O2 MASS MIX RATIO ON PRESS LEVS
Cl2O2 (chlorine monoxide dimer) Mass Mixing Ratio in kg/kg
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_CL2O2103. )
+ (m01s51i044OClO MASS MIX RATIO ON PRESS LEVS
Chlorine Dioxide Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_OCLO67.5 )
+ (m01s51i047BrCl MASS MIX RATIO ON PRESS LEVS
BrCl MASS MIXING RATIO AFTER TSTEP
Bromine monochloride Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_BRCL115.5 )
+ (m01s51i051HOCl MASS MIX RATIO ON PRESS LEVS
Hydrochlorous acid Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_HOCL52.5 )
+ (m01s51i054ClONO2 MASS MIX RATIO ON PRESS LEVS
Chlorine Nitrate Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_CLONO297.5 )
+ (m01s51i992HCl MASS MIXING RATIO ON P LEVS
Mass mixing ratio of HCl (kg/kg)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_HCL36.5 ))
/ m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| co |
AERmon CresAERday AEmonLev |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_CO28. )
* m01s34i010CO MASS MIXING RATIO AFTER TSTEP
Carbon Monoxide Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| co2mass |
Amon APmon |
m01s30i465ATMOSPHERIC CO2 BURDEN IN kg(CO2)
Total mass of CO2 in the atmosphere in kg(CO2)
In concentration-driven runs (i_co2_opt=1 or 2) the total co2 mass in kg
is the prescribed mass mixing ratio multiplied by the dry weight of the
atmosphere.
In emissions-driven runs (i_co2_opt=3) the total co2 mass (total_co2) is
the total tracer mass determined from the 3D atmospheric CO2 field.
The diagnostic is output as a scalar.
[lbproc=128]
|
commentUnits are kg(CO2)
|
time |
kg |
carbon |
ok |
HadREM-CP4A_mappings.cfg |
| cod |
AERday AERmon AEday AEmon |
m01s02i332COSP: ISCCP WEIGHTED CLOUD TAU
In-cloud optical depth, multiplied by total cloud fraction (2.334). Time-averages
of this diagnostic will have to be unweighted(divided) by the time-average of
2.334 to produce mean in-cloud values. A linear average in cloud albedo is
performed, and the the albedo converted to optical depth using the ISCCP
formulation. Reported on sunlit points only. No need to use Heaviside weights
for time-means. [lbproc=128] / m01s02i334COSP: ISCCP TOTAL CLOUD AREA
Total cloud area from ISCCP simulator. Reported on sunlit points only.
It needs mask 2.330. [lbproc=128]
|
|
longitude latitude time |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| concdust |
Emon APmonLev |
m01s17i257TOTAL DUST CONC (microg/m3)
The total mineral dust aerosol concentration (summed over all
size divisions) on model levels at the end of the atmospheric
timestep.
Units are microgrammes per cubic metre. [lbproc=128]
|
|
longitude latitude alevel time |
ug m-3 |
dust |
ok |
HadREM-CP4A_mappings.cfg |
| cw |
Eday LPday |
m01s08i209[lbproc=128]
|
|
longitude latitude time |
kg m-2 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| depdust |
Emon AEmon |
m01s03i440TOTAL DUST DEPOSITION FLUX KG/M2/S
The total dust deposition flux is calculated by adding together all
the dust deposition fluxes (all 6 divisions for dust dry deposition
fluxes from both levels 1 and 2 and the wet deposition fluxes from
both large-scale and convective precipitation).
Available only if the six bin dust scheme is used. [lbproc=128]
|
commentIncludes deposition of particles emitted and immediately
deposited within the same timestep without interacting with model
atmosphere (i.e. falling back onto surface, instead of being transported
into atmosphere).
|
longitude latitude time |
kg m-2 s-1 |
dust |
ok |
HadREM-CP4A_mappings.cfg |
| deptho |
Ofx OPfx |
deptho
|
|
longitude latitude |
m |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| difvho |
Oyr OPyrLev |
difvho
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
m2 s-1 |
ocean |
embargoed |
HadREM-CP4A_mappings.cfg |
| difvso |
Oyr OPyrLev |
difvso
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
m2 s-1 |
ocean |
embargoed |
HadREM-CP4A_mappings.cfg |
| dispkexyfo |
Oyr OPyr |
dispkexyfo
|
|
longitude latitude time |
W m-2 |
ocean |
embargoed |
HadREM-CP4A_mappings.cfg |
| dms |
AERmon AEmonLev |
m01s34i071DMS MASS MIXING RATIO AFTER TIMESTEP
Dimethyl Sulphide Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
* (MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_DMS62.1 )
|
|
longitude latitude alevel time |
mol mol-1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| drydust |
AERmon CresAERday AEmon |
m01s03i441Dust dry dep flux from lev 1 div 1
Flux of mineral dust (division 1) deposited to ground from the first theta level
by dry deposition processes. (kg m-2 s-1) [lbproc=128] + m01s03i442Dust dry dep flux from lev 1 div 2
Flux of mineral dust (division 2) deposited to ground from the first
theta level by dry deposition processes. (kg m-2 s-1) [lbproc=128]
+ m01s03i443Dust dry dep flux from lev 1 div 3
Flux of mineral dust (division 3) deposited to ground from the first theta level
by dry deposition processes. (kg m-2 s-1) [lbproc=128] + m01s03i444Dust dry dep flux from lev 1 div 4
Flux of mineral dust (division 4) deposited to ground from the first
theta level by dry deposition processes. (kg m-2 s-1) [lbproc=128] + m01s03i445Dust dry dep flux from lev 1 div 5
Flux of mineral dust (division 5) deposited to ground from the first
theta level by dry deposition processes. (kg m-2 s-1) [lbproc=128]
+ m01s03i446Dust dry dep flux from lev 1 div 6
Flux of mineral dust (division 6) deposited to ground from the first
theta level by dry deposition processes. (kg m-2 s-1) [lbproc=128] + m01s03i451Dust dry dep flux from lev 2 div 1
Flux of mineral dust (division 1) deposited to ground from the second
theta level by dry deposition processes. (kg m-2 s-1) [lbproc=128] + m01s03i452Dust dry dep flux from lev 2 div 2
Flux of mineral dust (division 2) deposited to ground from the second
theta level by dry deposition processes. (kg m-2 s-1) [lbproc=128]
+ m01s03i453Dust dry dep flux from lev 2 div 3
Flux of mineral dust (division 3) deposited to ground from the second
theta level by dry deposition processes. (kg m-2 s-1) [lbproc=128] + m01s03i454Dust dry dep flux from lev 2 div 4
Flux of mineral dust (division 4) deposited to ground from the second
theta level by dry deposition processes. (kg m-2 s-1) [lbproc=128] + m01s03i455Dust dry dep flux from lev 2 div 5
Flux of mineral dust (division 5) deposited to ground from the second
theta level by dry deposition processes. (kg m-2 s-1) [lbproc=128]
+ m01s03i456Dust dry dep flux from lev 2 div 6
Flux of mineral dust (division 6) deposited to ground from the second
theta level by dry deposition processes. (kg m-2 s-1) [lbproc=128]
|
commentIncludes deposition of particles emitted and immediately
deposited within the same timestep without interacting with model
atmosphere (i.e. falling back onto surface, instead of being transported
into atmosphere).
noteAssumes CLASSIC dust. |
longitude latitude time |
kg m-2 s-1 |
dust |
ok |
HadREM-CP4A_mappings.cfg |
| dryo3 |
AERmon AEmon |
achem_emdrywet(MOLECULAR_MASS_OF_O348. ,
m01s50i131STRAT MISC: O3 DRY DEPOSITION (3D)
Stratospheric O3 Dry Deposition Rate (3D)
(moles(Ox)/s)
Valid only on chemical timesteps
This is the total dry deposition flux of ozone in each gridbox
The sum of this chemical flux over all model gridboxes gives the total
number of moles of O3 removed by this process per second in the
whole model. [lbproc=128], sumlev='True', areadiv='True')
|
|
longitude latitude time |
g m-2 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| ec |
Eday LPday |
m01s03i297EVAP FROM CANOPY : RATE KG/M2/S
Rate of evaporation from canopy (kg/m2/s).
Available on land points only. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| ec550aer |
Emon AEmonLev |
m01s02i530UKCA 3D AEROSOL EXTINCTION
Aerosol extinction coefficient in units m-1 from UKCA RADAER
summed over all available and optically active aerosol modes.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
To output this diagnostic the domain should specify both the
model theta levels desired for output, and a list of pseudo-levels
corresponding to the desired radiation bands for calculating
aerosol optical depth.
The integral of this diagnostic with height through the full
atmospheric column should be equal to the total optical depth
from UKCA RADAER (for the same wavelength(s)). [lbplev=3, lbproc=128]
+ m01s02i540CLASSIC 3D AEROSOL EXTINCTION
Aerosol extinction coefficient in units m-1 from CLASSIC aerosols
summed over all available and optically active aerosol types.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
To output this diagnostic the domain should specify both the
model levels desired for output, and a list of pseudo-levels
corresponding to the desired radiation bands for calculating
aerosol optical depth.
The integral of this diagnostic with height through the full
atmospheric column should be equal to the total optical depth from
CLASSIC (for the same wavelength(s)). [lbplev=3, lbproc=128]
|
|
longitude latitude alevel lambda550nm time |
m-1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| emibc |
AERmon AEmon |
achem_emdrywet(ATOMIC_MASS_OF_C12. ,
m01s38i207PRIMARY BLACK CARBON TO AITKEN (INS)
Primary emissions flux of black carbon aerosol mass
to Aitken mode (insoluble)
Valid on all timesteps
Total flux (as moles/s) in the gridbox [lbproc=128], sumlev='True', areadiv='True')
|
|
longitude latitude time |
g m-2 s-1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| emibvoc |
AERmon AEmon |
(m01s03i495ISOPRENE SURF EMIS KG C/M2/S
Gridbox total isoprene emissionfrom plants):
Emission rate of isoprene (C5H8) for each gridcell in kgC/m2/s. [lbproc=128] + m01s03i496TERPENE SURF EMIS KG C/M2/S
Gridbox total terpenes terpene from plants:
Emission rate of terpenes (as C10H16) for each gridcell in kgC/m2/s.
Note: terpenes are a lumped species representing a whole class of compounds.
UKCA assigns the molecular mass of a-pinene to this class,
which has the formula C10H16. [lbproc=128]) *
m01s00i505
|
commentIsoprene and Monoterpene only. Acetone and Methanol, although
produced by JULES are not used by UKCA, which these reads from
ancillary. Reported as C.
|
longitude latitude time |
kg m-2 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| emico |
AERmon AEmon |
m01s50i158CO surf emissions (kg m-2 s-1)
Surface emission flux of carbon monoxide (2D)
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| emidms |
AERmon AEmon |
m01s50i214DMS surf emissions (kg m-2 s-1)
Surface emission flux of DMS
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| emidust |
AERmon AEmon |
m01s03i401Dust emissions div 1 (kg/m2/s)
Mineral dust division 1 emission flux (kg m-2 s-1)
This field is available even when the prognostic dust scheme is off if
the user has selected to diagnose mineral dust emissions only. [lbproc=128] + m01s03i402Dust emissions div 2 (kg/m2/s)
Mineral dust division 2 emission flux (kg m-2 s-1)
This field is available even when the prognostic dust scheme is off if
the user has selected to diagnose mineral dust emissions only. [lbproc=128]
+ m01s03i403Dust emissions div 3 (kg/m2/s)
Mineral dust division 2 emission flux (kg m-2 s-1)
This field is available even when the prognostic dust scheme is off if
the user has selected to diagnose mineral dust emissions only. [lbproc=128] + m01s03i404Dust emissions div 4 (kg/m2/s)
Mineral dust division 4 emission flux (kg m-2 s-1)
This field is available even when the prognostic dust scheme is off if
the user has selected to diagnose mineral dust emissions only. [lbproc=128] + m01s03i405Dust emissions div 5 (kg/m2/s)
Mineral dust division 5 emission flux (kg m-2 s-1)
This field is available even when the prognostic dust scheme is off if
the user has selected to diagnose mineral dust emissions only. [lbproc=128]
+ m01s03i406Dust emissions div 6 (kg/m2/s)
Mineral dust division 6 emission flux (kg m-2 s-1)
This field is available even when the prognostic dust scheme is off if
the user has selected to diagnose mineral dust emissions only. [lbproc=128]
|
commentIncludes deposition of particles emitted and immediately
deposited within the same timestep without interacting with model
atmosphere (i.e. falling back onto surface, instead of being transported
into atmosphere).
noteAssumes CLASSIC dust. |
longitude latitude time |
kg m-2 s-1 |
dust |
ok |
HadREM-CP4A_mappings.cfg |
| emiisop |
AERmon AEmon |
(MOLECULAR_MASS_OF_ISOPRENE68. / (5.0 * ATOMIC_MASS_OF_C12. ))
* (m01s03i495ISOPRENE SURF EMIS KG C/M2/S
Gridbox total isoprene emissionfrom plants):
Emission rate of isoprene (C5H8) for each gridcell in kgC/m2/s. [lbproc=128] * m01s00i505)
|
commentIncludes Land/Biogenic isoprene only
|
longitude latitude time |
kg m-2 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| emilnox |
AERmon AEmonLev |
m01s50i081LIGHTNING NOx EMISSIONS 3D
Lightning NOx Emissions (3D) : moles/gridcell/s
Valid on all timesteps [lbproc=128]
|
|
longitude latitude alevel time |
mol s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| eminox |
AERmon AEmon |
achem_emdrywet(1.0,
m01s50i172NO emiss from aircraft (kg m-2 s-1)
Emissions of nitrogen monoxide from aircraft (3D)
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128], cube2d=m01s50i156NO surf emissions (kg m-2 s-1)
Surface emission flux of nitrogen monoxide (2D)
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128],
sumlev='True')
|
commentIncludes surface anthropogenic and Aircraft NO, not Lightning NOx
|
longitude latitude time |
kg m-2 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| emiso2 |
AERmon AEmon |
achem_emdrywet(1.0,
m01s50i217SO2 natural emissions (kg m-2 s-1)
Emissions of SO2 from natural sources (3D)
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128], cube2d=(m01s50i215SO2 surf emissions (kg m-2 s-1)
Surface emission flux of anthropogenic SO2
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128]
+ m01s50i216SO2 high lev emissions (kg m-2 s-1)
High-level emission flux of anthropogenic SO2.
2D field representing above-surface sources of SO2,
such as power station chimneys. Height of injection
into atmosphere is controlled by emission file
metadata (see UMDP84).
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128]), sumlev='True')
|
|
longitude latitude time |
kg m-2 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| emiso4 |
AERmon AEmon |
achem_emdrywet(MOLECULAR_MASS_OF_SO496. ,
m01s38i201PRIMARY H2SO4 TO AITKEN (SOL)
Primary emissions flux of sulphuric acid aerosol mass to
Aitken mode (soluble)
Valid on all timesteps
Total flux (as moles/s) in the gridbox [lbproc=128] + m01s38i202PRIMARY H2SO4 TO ACCUMULATION (SOL)
Primary emissions flux of sulphuric acid aerosol mass to
accumulation mode (soluble)
Valid on all timesteps
Total flux (as moles/s) in the gridbox [lbproc=128] + m01s38i203PRIMARY H2SO4 TO COARSE (SOL)
Primary emissions flux of sulphuric acid aerosol mass to
coarse mode (soluble)
Valid on all timesteps
Total flux (as moles/s) in the gridbox [lbproc=128],
sumlev='True', areadiv='True')
|
noteModel output is mol H2SO4, diagnostic required kg SO4.
Step 1: mol H2SO4 x mol_mass_h2so4 yields kg H2SO4.
Step 2: kg H2SO4 x (mol_mass_so4 / mol_mass_h2so4) yields kg SO4.
1+2: mol H2SO4 x mol_mass_h2so4 x (mol_mass_so4 / mol_mass_h2so4)
-> kg SO4. Cancelling common term mol_mass_h2so4 leaves the conversion as
model output (mol H2SO4) x mol_mass_so4 -> diagnostic (kg SO4). |
longitude latitude time |
g m-2 s-1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| emiss |
AERmon AEmon |
achem_emdrywet(MOLECULAR_MASS_OF_NACL58.44 ,
m01s38i204PRIMARY SEA-SALT TO ACCUMULTN (SOL)
Primary emissions flux of sea salt aerosol mass to
accumulation mode (soluble)
Valid on all timesteps
Total flux (as moles/s) in the gridbox [lbproc=128] + m01s38i205PRIMARY SEA-SALT TO COARSE (SOL)
Primary emissions flux of sea salt aerosol mass to
coarse mode (soluble)
Valid on all timesteps
Total flux (as moles/s) in the gridbox [lbproc=128],
sumlev='True', areadiv='True')
|
|
longitude latitude time |
g m-2 s-1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| emivoc |
AERmon AEmon |
((m01s50i159HCHO surf emissions (kg m-2 s-1)
Surface emission flux of formaldehyde (2D)
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128] / MOLECULAR_MASS_OF_HCHO30. )
+ (m01s50i160C2H6 surf emissions (kg m-2 s-1)
Surface emission flux of ethane (2D)
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128] * (2.0 / MOLECULAR_MASS_OF_C2H630. ))
+ (m01s50i161C3H8 surf emissions (kg m-2 s-1)
Surface emission flux of propane (2D)
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128] * (3.0 / MOLECULAR_MASS_OF_C3H844. ))
+ (m01s50i162Me2CO surf emissions (kg m-2 s-1)
Surface emission flux of acetone (2D)
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128] * (3.0 / MOLECULAR_MASS_OF_ME2CO58. ))
+ (m01s50i163MeCHO surf emissions (kg m-2 s-1)
Surface emission flux of acetaldehyde (2D)
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128] * (2.0 / MOLECULAR_MASS_OF_MECHO44. ))
+ (m01s50i212MeOH surf emissions (kg m-2 s-1)
Surface emission flux of methanol in kg (MeOH) m-2 s-1
If emissions are read in grouped as Non-Volatile Organic
Carbon, this field will contain MeOH as 0.215 * NVOC
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128] / MOLECULAR_MASS_OF_MEOH32. )
+ (m01s50i300C5H8 emission flux (kg m-2 s-1)
Diagnostic to check the total C5H8 (isoprene) surface emission
flux in-situ, i.e., in the UKCA emission code where the emissions
are actually added to the chemistry. It serves as an in-code
sanity check.
Available if chemistry is turned on in UKCA [lbproc=128] * (5.0 / MOLECULAR_MASS_OF_ISOPRENE68. ))
+ (m01s50i301Monoterp emission flux (kg m-2 s-1)
Diagnostic to check the total Monoterp (terpene) surface emission
flux in-situ, i.e., in the UKCA emission code where the emissions
are actually added to the chemistry. It serves as an in-code
sanity check.
Available if chemistry is turned on in UKCA [lbproc=128] * (10.0 / MOLECULAR_MASS_OF_MONOTERPENE136.24 )))
* ATOMIC_MASS_OF_C12.
|
|
longitude latitude time |
kg m-2 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| eow |
Eday GCLmon LPday |
m01s03i288TRANSPIRATION+SOIL EVP ON TILES
Uptake of vegetation carbon by photosythesis, for each Plant Functional Type
(PFT):
1. Broadleaf tree
2. Needleleaf tree
3. C3 grass
4. C4 grass
5. Shrub
Subtraction of carbon loss by plant respiration (item 1, 3, 292)
gives Net Primary Productivity (item 1, 3, 291). [lbplev=7, lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
land |
embargoed |
HadREM-CP4A_mappings.cfg |
| epfy |
EdayZ EmonZ APdayZ APmonZ |
scale_epflux(m01s30i312ELIASSEN-PALM FLUX (MERID. COMPNT)
Meridional component of Eliassen-Palm flux. The EP flux is a
vector quantity involving the northward eddy fluxes of heat and
angular momentum. The Eliassen-Palm theorm states that the divergence
is zero for steady conservative wavelike disturbances of zonal wind. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192],
m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV3850.0 500.0 250.0 9, lbproc=192])
|
|
latitude plev39 time |
m3 s-2 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| epfz |
EdayZ EmonZ APdayZ APmonZ |
scale_epflux(m01s30i313ELIASSEN-PALM FLUX (VERT. COMPNT)
Vertical component of Eliassen-Palm flux. The EP flux is a
vector quantity involving the northward eddy fluxes of heat and
angular momentum. The Eliassen-Palm theorm states that the divergence
is zero for steady conservative wavelike disturbances of zonal wind. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192],
m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV3850.0 500.0 250.0 9, lbproc=192])
|
|
latitude plev39 time |
m3 s-2 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| es |
Eday LPday |
m01s03i296EVAP FROM SOIL SURF : RATE KG/M2/S
Rate of evaporation from soil surface (kg/m2/s).
Available on land points only. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| et |
Eday |
m01s03i223SURFACE TOTAL MOISTURE FLUX KG/M2/S
Moisture flux profile, on model half levels, with the first
value being the surface moisture flux.
Available on all timesteps. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
land |
embargoed |
HadREM-CP4A_mappings.cfg |
| evs |
Omon OPmon |
correct_evaporation(evs, sowaflup - (evs - (ficeberg
+ friver + prsn + pr + fsitherm) ), areacello)
|
|
longitude latitude time |
kg m-2 s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| evspsbl |
Amon Eday APmon LPday |
m01s03i223SURFACE TOTAL MOISTURE FLUX KG/M2/S
Moisture flux profile, on model half levels, with the first
value being the surface moisture flux.
Available on all timesteps. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| evspsblpot |
Emon LPmon |
m01s03i334LAND MEAN POTENTIAL EVAPORATION
Diagnostic of the land mean potential evaporation rate (kg/m2/s).
Potential evaporation here is defined as the evapotranspiration that
would occur if the soil and vegetation surfaces are saturated.
This is calculated by taking the ratio of the explicit actual and
potential evapotranspiration fluxes. This ratio is used to calculate
the total (i.e. explicit flux and implicit correction term to account
for changes during the timestep) potential evapotranspiration from the
total actual evapotranspiration. (The implicit correction for potential
evapotranspiration cannot be calculated directly as the surface and
boundary layer states are consistent with the actual evapotranspiration
and not the potential evaporation flux). [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| evspsblsoi |
Lmon LPmon |
m01s03i296EVAP FROM SOIL SURF : RATE KG/M2/S
Rate of evaporation from soil surface (kg/m2/s).
Available on land points only. [lbproc=128] + m01s03i298SUBLIM. SURFACE (GBM) : RATE KG/M2/S
GridBox Mean rate of sublimation from the surface (kg/m2/s).
On land points, this is the gridbox mean of the rate of sublimation from the
tiled surface types, weighted by the associated tile fraction. The sublimation
is from overlying snow, with a different rate for each surface type; these
can be output individually by diagnostic
(1, 3, 331): SUBLIMATION MOISTURE FLUX ON TILES.
On ocean points it is the sublimation from sea-ice, if present, weighted by
the fraction of the ocean covered by ice.
On coastal points which are part-land and part-ocean, the sublimation
from each is combined, weighted by land / ocean fraction as appropriate. [lbproc=128]
- m01s03i539TRANSPIRATION GRIDBOX MEAN (kg/m2/s)
contribution to evapotranspiration that is subject to stomatal resistance
calculated from transpiration on tiles. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| evspsblveg |
Lmon LPmon |
m01s03i297EVAP FROM CANOPY : RATE KG/M2/S
Rate of evaporation from canopy (kg/m2/s).
Available on land points only. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| fgdms |
Omon OBmon |
calc_fgdms(m01s00i505, m01s50i214DMS surf emissions (kg m-2 s-1)
Surface emission flux of DMS
kg m-2 s-1
Valid on all timesteps
Available only if NetCDF emission system of UKCA is used [lbproc=128]
/ MOLECULAR_MASS_OF_DMS62.1 )
|
commentDerived from DMS flux in the Atmospheric model, which is
calculated using the ocean surface DMS concentration
|
longitude latitude depth0m time |
kmol m-2 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| ficeberg |
Omon OPmonLev |
sum_2d_and_3d(ficeberg, -1*vowflisf)
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
kg m-2 s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| flandice |
Emon OPmon |
sowflisf + berg_calve
|
|
longitude latitude time |
kg m-2 s-1 |
icesheet |
embargoed |
HadREM-CP4A_mappings.cfg |
| flashrate |
Emon ACmon |
div_by_area(m01s50i082LIGHTNING DIAGNOSTIC: TOT FLASHES 2D
Total Lightning Flashes (2D) : no. of flashes/column/min
Valid on all timesteps [lbproc=128])
|
|
longitude latitude time |
m-2 min-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| friver |
Omon OPmon |
friver
|
|
longitude latitude time |
kg m-2 s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| fsitherm |
Omon OPmon |
fsitherm
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| gpp |
E3hr LP3hr |
m01s03i261GROSS PRIMARY PRODUCTIVITY KG C/M2/S
Grid-box average uptake of vegetation carbon by photosynthesis
Subtraction of carbon loss by plant respiration (item 1, 3, 263)
gives Net Primary Productivity (item 1, 3, 262). It is not scaled by the land
fraction, so when the calculating the global total, multiply by stash (3,395)
FRACTION OF LAND to prevent overestimating the flux on coastal
gridpoints that are partly ocean. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
carbon |
ok |
HadREM-CP4A_mappings.cfg |
| h2o |
CF3hr AP3hrPtLev |
m01s00i010[lbproc=0] + m01s00i272RAIN AFTER TIMESTEP
Prognostic rain water content (kg/kg) [lbproc=0]
+ m01s02i308GRIDBOX LSC Qcl IN RADIATION KG/KG
Grid box average of large-scale cloud liquid water mixing ratio [lbproc=0] + m01s02i309GRIDBOX LSC Qcf IN RADIATION KG/KG
Grid box average of large-scale cloud ice water mixing ratio [lbproc=0]
|
|
longitude latitude alevel time1 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hcho |
AERmon AEmonLev |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_HCHO30. )
* m01s34i011HCHO MASS MIXING RATIO AFTER TSTEP
Formaldehyde Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| hcl |
AERmon AEmonLev |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_HCL36.5 )
* m01s34i992HCl MASS MIXING RATIO AFTER TIMESTEP
Mass mixing ratio of HCl (kg/kg)
This variable is a prognostic but is not advected. [lbproc=128]
|
|
longitude latitude alevel time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| hfbasin |
Omon OPmonZ |
combine_cubes_to_basin_coord(hfbasin_global, hfbasin_atlantic,
hfbasin_indopacific, mask_global=global_ocean_1D_V,
mask_atl=atlantic_arctic_ocean_1D_V, mask_indpac=indian_pacific_ocean_1D_V)
|
commentThe latitude coordinate is for reference only and is the
closest native grid line passing through 65.6 N, 168.7 W (Bering Strait).
The atlantic_arctic_ocean basin includes the baltic_sea and hudson_bay
basins and the right-hand half of the arctic_ocean basin (with respect to
the native model grid). The indian_pacific_ocean basin includes the
red_sea basin. This diagnostic has been calculated with respect to the
native grid and NOT with respect to true north as requested.
|
latitude basin time |
PW |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| hfbasinpadv |
Omon OPmonZ |
combine_cubes_to_basin_coord(hfbasinpadv_global,
hfbasinpadv_atlantic, hfbasinpadv_indopacific,
mask_global=global_ocean_1D_V, mask_atl=atlantic_arctic_ocean_1D_V,
mask_indpac=indian_pacific_ocean_1D_V)
|
commentThe latitude coordinate is for reference only and is the
closest native grid line passing through 65.6 N, 168.7 W (Bering Strait).
The atlantic_arctic_ocean basin includes the baltic_sea and hudson_bay
basins and the right-hand half of the arctic_ocean basin (with respect to
the native model grid). The indian_pacific_ocean basin includes the
red_sea basin. This diagnostic has been calculated with respect to the
native grid and NOT with respect to true north as requested.
|
latitude basin time |
PW |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| hfbasinpmadv |
Omon OPmonZ |
combine_cubes_to_basin_coord(hfbasinpmadv_global,
hfbasinpmadv_atlantic, hfbasinpmadv_indopacific,
mask_global=global_ocean_1D_V, mask_atl=atlantic_arctic_ocean_1D_V,
mask_indpac=indian_pacific_ocean_1D_V)
|
commentThe latitude coordinate is for reference only and is the
closest native grid line passing through 65.6 N, 168.7 W (Bering Strait).
The atlantic_arctic_ocean basin includes the baltic_sea and hudson_bay
basins and the right-hand half of the arctic_ocean basin (with respect to
the native model grid). The indian_pacific_ocean basin includes the
red_sea basin. This diagnostic has been calculated with respect to the
native grid and NOT with respect to true north as requested.
|
latitude basin time |
PW |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| hfbasinpmdiff |
Omon OPmonZ |
combine_cubes_to_basin_coord(hfbasinpmdiff_global,
hfbasinpmdiff_atlantic, hfbasinpmdiff_indopacific,
mask_global=global_ocean_1D_V, mask_atl=atlantic_arctic_ocean_1D_V,
mask_indpac=indian_pacific_ocean_1D_V)
|
commentThe latitude coordinate is for reference only and is the
closest native grid line passing through 65.6 N, 168.7 W (Bering Strait).
The atlantic_arctic_ocean basin includes the baltic_sea and hudson_bay
basins and the right-hand half of the arctic_ocean basin (with respect to
the native model grid). The indian_pacific_ocean basin includes the
red_sea basin. This diagnostic has been calculated with respect to the
native grid and NOT with respect to true north as requested.
|
latitude basin time |
PW |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| hfds |
Omon OPmon |
hfds
|
|
longitude latitude time |
W m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| hfdsn |
Eday LImon LIday |
m01s08i202LAND SNOW MELT HEAT FLUX W/M2
Flux of heat required to melt the snow calculated on the timestep (W/m2).
Available on land points only. [lbproc=128]
|
|
longitude latitude time |
W m-2 |
snow-permafrost |
embargoed |
HadREM-CP4A_mappings.cfg |
| hfevapds |
Omon OPmon |
hfevapds
|
|
longitude latitude time |
W m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| hfgeou |
Ofx OPfx |
hfgeou
|
|
longitude latitude |
W m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| hfibthermds |
Omon OPmonLev |
sum_2d_and_3d(-1*berg_latent_heat_flux, vohflisf)
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
W m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| hfls |
GC1hr 3hr Amon day AP3hr APday APmon |
m01s03i234[lbproc=128]
|
|
longitude latitude time |
W m-2 |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| hfrainds |
Omon OPmon |
hfrainds
|
|
longitude latitude time |
W m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| hfrunoffds |
Omon OPmonLev |
sum_2d_and_3d(hflx_rnf, -1*vohfcisf)
|
commentRunoff, iceshelf and iceberg is entering into the ocean at
respectively SST, -1.9 and 0C. This variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
W m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| hfsifrazil2d |
Omon OPmon |
frazil * ICE_DENSITY917. * LATENT_HEAT_OF_FREEZING334000.
/ (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
W m-2 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| hfss |
GC1hr 3hr Amon day AP3hr APday APmon |
m01s03i217SURFACE SENSIBLE HEAT FLUX W/M2
Sensible heat flux at the surface, single level field.
Available on all timesteps. [lbproc=128]
|
|
longitude latitude time |
W m-2 |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| hfx |
Omon OPmon |
mask_copy(hfx, mask_2D_U)
|
|
longitude latitude time |
W |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| hfy |
Omon OPmon |
mask_copy(hfy, mask_2D_V)
|
|
longitude latitude time |
W |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| hno3 |
AERmon AEmonLev |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_HNO363. )
* m01s34i007HONO2 MASS MIXING RATIO AFTER TSTEP
Nitric Acid Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| ho2 |
AERmonZ AEmonZ |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_HO233. )
* m01s51i082HO2 MASS MIXING RATIO ON PRESS LEVS
Peroxy radical Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
/ m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| htovgyre |
Omon OPmonZ |
combine_cubes_to_basin_coord(hfovgyre_global, hfovgyre_atlantic,
hfovgyre_indopacific, mask_global=global_ocean_1D_V,
mask_atl=atlantic_arctic_ocean_1D_V, mask_indpac=indian_pacific_ocean_1D_V)
|
commentThe latitude coordinate is for reference only and is the
closest native grid line passing through 65.6 N, 168.7 W (Bering Strait).
The atlantic_arctic_ocean basin includes the baltic_sea and hudson_bay
basins and the right-hand half of the arctic_ocean basin (with respect to
the native model grid). The indian_pacific_ocean basin includes the
red_sea basin. This diagnostic has been calculated with respect to the
native grid and NOT with respect to true north as requested.
|
latitude basin time |
PW |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| htovovrt |
Omon OPmonZ |
combine_cubes_to_basin_coord(hfovovrt_global, hfovovrt_atlantic,
hfovovrt_indopacific, mask_global=global_ocean_1D_V,
mask_atl=atlantic_arctic_ocean_1D_V, mask_indpac=indian_pacific_ocean_1D_V)
|
commentThe latitude coordinate is for reference only and is the
closest native grid line passing through 65.6 N, 168.7 W (Bering Strait).
The atlantic_arctic_ocean basin includes the baltic_sea and hudson_bay
basins and the right-hand half of the arctic_ocean basin (with respect to
the native model grid). The indian_pacific_ocean basin includes the
red_sea basin. This diagnostic has been calculated with respect to the
native grid and NOT with respect to true north as requested.
|
latitude basin time |
PW |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| hur |
CFday CFmon APdayLev APmonLev |
m01s30i113RH on model levels at end timestep
Relative humidity on model levels at the end of timestep. [lbproc=128]
|
|
longitude latitude alevel time |
% |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| hur10 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P1010.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 , lbproc=128]
|
|
longitude latitude time p10 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur100 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P1010.0 0, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 0, lbproc=128]
|
|
longitude latitude time p100 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur1000 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P1010.0 00, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128]
|
|
longitude latitude time p1000 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur150 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P150150.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P150150.0 , lbproc=128]
|
|
longitude latitude time p150 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur20 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P2020.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P2020.0 , lbproc=128]
|
|
longitude latitude time p20 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur200 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
|
longitude latitude time p200 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur250 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P250250.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128]
|
|
longitude latitude time p250 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur30 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P3030.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P3030.0 , lbproc=128]
|
|
longitude latitude time p30 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur300 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P3030.0 0, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128]
|
|
longitude latitude time p300 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur400 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P400400.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128]
|
|
longitude latitude time p400 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur50 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P5050.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P5050.0 , lbproc=128]
|
|
longitude latitude time p50 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur500 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
|
longitude latitude time p500 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur600 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P600600.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128]
|
|
longitude latitude time p600 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur70 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P7070.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P7070.0 , lbproc=128]
|
|
longitude latitude time p70 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur700 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
|
longitude latitude time p700 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur850 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P850850.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128]
|
|
longitude latitude time p850 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hur925 |
GCAmon |
m01s30i296RELATIVE HUMIDITY ON P LEV/T GRID
Relative humidity on pressure levels. At T-points in the horizontal.
RH calculated with respect to water above 0C and with respect to ice
below 0C. Set to zero when pressure level is below ground or above
model top: must be divided by heavyside function (30304) to obtain
correct mean.
Units are % [blev=P925925.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128]
|
|
longitude latitude time p925 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hurs |
6hrPlev Amon day AP6hr APday APmon |
m01s03i245RELATIVE HUMIDITY AT 1.5M
Calculated from 1.5m q and saturated specific humidity at 1.5m T.
Available on all timesteps. [lbproc=128]
|
|
longitude latitude height2m time |
% |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| hursmax |
day APday |
m01s03i245RELATIVE HUMIDITY AT 1.5M
Calculated from 1.5m q and saturated specific humidity at 1.5m T.
Available on all timesteps. [lbproc=8192]
|
commentThis is the relative humidity with respect to liquid water for T> 0
C, and with respect to ice for T<0 C.
|
longitude latitude height2m time |
% |
boundary-layer |
embargoed |
HadREM-CP4A_mappings.cfg |
| hursmin |
day APday |
m01s03i245RELATIVE HUMIDITY AT 1.5M
Calculated from 1.5m q and saturated specific humidity at 1.5m T.
Available on all timesteps. [lbproc=4096]
|
commentThis is the relative humidity with respect to liquid water for T> 0
C, and with respect to ice for T<0 C.
|
longitude latitude height2m time |
% |
boundary-layer |
embargoed |
HadREM-CP4A_mappings.cfg |
| hursminCrop |
Eday APday |
m01s03i245RELATIVE HUMIDITY AT 1.5M
Calculated from 1.5m q and saturated specific humidity at 1.5m T.
Available on all timesteps. [lbproc=4096]
|
|
longitude latitude height2m time |
% |
boundary-layer |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus |
Amon Eday |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| hus10 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P1010.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 , lbproc=128]
|
|
longitude latitude time p10 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus100 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P1010.0 0, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 0, lbproc=128]
|
|
longitude latitude time p100 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus1000 |
GCAmon mon day 6hr |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P1010.0 00, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128]
|
commenton UV points
|
longitude latitude time p1000 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus150 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P150150.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P150150.0 , lbproc=128]
|
|
longitude latitude time p150 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus19 |
APmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| hus20 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P2020.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P2020.0 , lbproc=128]
|
|
longitude latitude time p20 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus200 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p200 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus250 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P250250.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p250 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus27 |
Emon APmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=128]
|
|
longitude latitude plev27 time |
1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| hus30 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P3030.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P3030.0 , lbproc=128]
|
|
longitude latitude time p30 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus300 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P3030.0 0, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128]
|
commenton UV points
|
longitude latitude time p300 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus4 |
6hrPlev AP6hr |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=PLEV4925.0 850.0 500.0 250.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV4925.0 850.0 500.0 250.0 , lbproc=128]
|
|
longitude latitude plev4 time |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus400 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P400400.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p400 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus50 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P5050.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P5050.0 , lbproc=128]
|
|
longitude latitude time p50 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus500 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p500 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus600 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P600600.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p600 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus70 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P7070.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P7070.0 , lbproc=128]
|
|
longitude latitude time p70 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus700 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p700 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| hus7h |
6hrPlevPt AP6hrPt |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
|
|
longitude latitude plev7h time1 |
1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| hus850 |
Eday GCAmon APday |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P850850.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128]
|
commenton UV points
|
longitude latitude p850 time |
1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| hus925 |
GCAmon |
m01s30i295SPECIFIC HUMIDITY ON P LEV/T GRID
Specific humidity on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Dimensionless: kg/kg [blev=P925925.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p925 |
1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| huss |
Amon day APday APmon |
m01s03i237SPECIFIC HUMIDITY AT 1.5M
Estimate of atmospheric specific humidity (g/kg) at 1.5m.
Calculated by integrating the similarity equations from the
surface to 1.5m (surface value taken as saturated specific
humidity at the surface temperature).
Available on all timesteps. [lbproc=128]
|
|
longitude latitude height2m time |
1 |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| intuadse |
Emon APmon |
SPECIFIC_HEAT_OF_DRY_AIR1005. * m01s30i425[lbproc=128]
+ m01s30i422[lbproc=128]
|
|
longitude latitude time |
J m-1 s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| intuaw |
Emon APmon |
m01s30i462TOTAL MOISTURE FLUX U RHO GRID
Column-integrated flux of water (vapour, liquid and ice) in the zonal
direction.
Units are kg m^-1 s^-1 [lbproc=128]
|
|
longitude latitude time |
kg m-1 s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| intvadse |
Emon APmon |
SPECIFIC_HEAT_OF_DRY_AIR1005. * m01s30i426[lbproc=128]
+ m01s30i423[lbproc=128]
|
|
longitude latitude time |
J m-1 s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| intvaw |
Emon APmon |
m01s30i463TOTAL MOISTURE FLUX V RHO GRID
Column-integrated flux of water (vapour, liquid and ice) in the meridional
direction.
Units are kg m^-1 s^-1 [lbproc=128]
|
|
longitude latitude time |
kg m-1 s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| isop |
AERmon AEmonLev |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_ISOPRENE68. )
* m01s34i027C5H8 MASS MIXING RATIO AFTER TSTEP
Isoprene Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| jno2 |
AERmon AEmonLev |
m01s50i229JNO2 (s-1)
Photolysis rate of NO2
s-1
Valid only on chemical timesteps
Available if chemistry and photolysis are turned ON in UKCA [lbproc=128]
|
|
longitude latitude alevel time |
s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| jo2 |
EmonZ APmonZ |
m01s52i245JO2 (s-1) on pressure levels
Photolysis rate of O2 to O1D and O on pressure levels
s-1
Available if chemistry and photolysis are turned ON in UKCA [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
/ m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| jo3 |
EmonZ APmonZ |
m01s52i246JO3P (s-1) on pressure levels
Photolysis rate of O3 to O3P and O2 on pressure levels
s-1
Available if chemistry and photolysis are turned ON in UKCA [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
/ m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| jpdftaureicemodis |
Emon Eday APday APmon |
jpdftaure_divide_by_mask(m01s02i469[lbproc=128], m01s02i330COSP: ISCCP/MISR/MODIS CLOUD WEIGHTS
Heaviside function needed to identify missing data for ISCCP/MISR/MODIS cloud
diagnostics, 0=missing, 1=ok. You need to divide the cloud diagnostics by this
one. This needs to be requested with the same time profile as the cloud
diagnostics. [lbproc=128])
|
|
longitude latitude plev7c effectRadIc tau time |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| jpdftaureliqmodis |
Emon Eday APmon APday |
jpdftaure_divide_by_mask(m01s02i468[lbproc=128], m01s02i330COSP: ISCCP/MISR/MODIS CLOUD WEIGHTS
Heaviside function needed to identify missing data for ISCCP/MISR/MODIS cloud
diagnostics, 0=missing, 1=ok. You need to divide the cloud diagnostics by this
one. This needs to be requested with the same time profile as the cloud
diagnostics. [lbproc=128])
|
|
longitude latitude plev7c effectRadLi tau time |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| loaddust |
Emon Eday APday APmon |
calc_loaddust(m01s17i257TOTAL DUST CONC (microg/m3)
The total mineral dust aerosol concentration (summed over all
size divisions) on model levels at the end of the atmospheric
timestep.
Units are microgrammes per cubic metre. [lbproc=128], m01s50i255UKCA Theta Grid Cell Volume (m^3)
Volume of model grid cell represented at theta points, in cubic metres,
as used in the calculation of UKCA diagnostics.
This field should be used for conversion of UKCA diagnostics with units
moles/gridbox/s to moles/m^3/s, for comparison with obs or other models.
Note:This field is only valid for model quantities held on theta points
and should not be used for any calculations involving quantities
represented on model rho points e.g. density, or those expected to be
conserved globally. [lbproc=128])
|
|
longitude latitude time |
kg m-2 |
dust |
ok |
HadREM-CP4A_mappings.cfg |
| lossch4 |
AERmon AEmonLev |
m01s50i247RXN FLX: CH4 OXIDATION
Flux for the oxidation reactions of Methane (CH4) in (moles/gridbox/s)
This includes reactions of CH4 with Chloride(Cl), hydroxyl(OH) and O(1D)
This is the total flux in the gridbox obtained by multiplying the
reaction rate of the above reaction (moles/cm^3/s) by the grid box's
volume (in cm^3) [lbproc=128] / m01s50i255UKCA Theta Grid Cell Volume (m^3)
Volume of model grid cell represented at theta points, in cubic metres,
as used in the calculation of UKCA diagnostics.
This field should be used for conversion of UKCA diagnostics with units
moles/gridbox/s to moles/m^3/s, for comparison with obs or other models.
Note:This field is only valid for model quantities held on theta points
and should not be used for any calculations involving quantities
represented on model rho points e.g. density, or those expected to be
conserved globally. [lbproc=128]
|
commentMonthly averaged atmospheric loss. Includes loss of CH4 by
reaction with OH, Cl and O(1D).
|
longitude latitude alevel time |
mol m-3 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| lossco |
AERmon AEmonLev |
m01s50i071CO BUDGET: CO LOSS VIA OH+CO
Chemical reaction flux for CO BUDGET: CO LOSS VIA OH+CO
(moles/s)
Valid only on chemical timesteps
This is the total flux in the gridbox obtained by multiplying the
reaction rate of the above reaction (moles/cm^3/s) by the grid box's
volume (in cm^3)
The sum of this chemical flux over all model gridboxes gives the total
chemical flux through this reaction. [lbproc=128] / m01s50i255UKCA Theta Grid Cell Volume (m^3)
Volume of model grid cell represented at theta points, in cubic metres,
as used in the calculation of UKCA diagnostics.
This field should be used for conversion of UKCA diagnostics with units
moles/gridbox/s to moles/m^3/s, for comparison with obs or other models.
Note:This field is only valid for model quantities held on theta points
and should not be used for any calculations involving quantities
represented on model rho points e.g. density, or those expected to be
conserved globally. [lbproc=128]
|
commentMonthly averaged atmospheric loss via reaction with OH.
|
longitude latitude alevel time |
mol m-3 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| lwp |
AERmon AEmon |
m01s02i391LARGE SCALE LIQUID WATER PATH kg/m2
Vertical integral using gridbox mean qcl in radiation (item 2308) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128]
|
|
longitude latitude time |
kg m-2 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| masscello |
Omon OPmonLev |
masscello
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
kg m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| masso |
Omon OPmon |
scvoltot * SEAWATER_DENSITY1026.
|
|
time |
kg |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| maxpblz |
AERday AEday |
m01s03i304TURBULENT MIXING HT AFTER B.LAYER m
Maximum height of turbulent mixing. This will be the same as STASH item
(1, 3, 025) for stable layers (see STASH item (1, 3, 305)), well-mixed
boundary layers (see STASH item (1, 3, 307)) and for cumulus layers (see
STASH item (1, 3, 310)), with both marking the lifting condensation level
in the latter case. For decoupled boundary layers (see STASH items (1, 3,
306),(1, 3, 308) and (1, 3, 309)), this will mark the top of the
decoupled layer.
Available on all timesteps. [lbproc=8192]
|
|
longitude latitude time |
m |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| mc |
Amon CFday APdayLev APmonLev |
(m01s05i250UPDRAUGHT MASS FLUX (Pa/s)
Updraught mass flux in Pascals/sed
Available on all timesteps. [lbproc=128] - m01s05i251DOWNDRAUGHT MASS FLUX (PA/S)
Downdraught mass flux in Pascals/sed
Available on all timesteps. [lbproc=128]) / ACCELERATION_DUE_TO_EARTH_GRAVITY9.80665
|
|
longitude latitude alevhalf time |
kg m-2 s-1 |
- |
ok |
HadREM-CP4A_mappings.cfg |
| mcd |
CFmon APmonLev |
m01s05i251DOWNDRAUGHT MASS FLUX (PA/S)
Downdraught mass flux in Pascals/sed
Available on all timesteps. [lbproc=128] / ACCELERATION_DUE_TO_EARTH_GRAVITY9.80665
|
|
longitude latitude alevhalf time |
kg m-2 s-1 |
- |
ok |
HadREM-CP4A_mappings.cfg |
| mcu |
CFmon APmonLev |
m01s05i250UPDRAUGHT MASS FLUX (Pa/s)
Updraught mass flux in Pascals/sed
Available on all timesteps. [lbproc=128] / ACCELERATION_DUE_TO_EARTH_GRAVITY9.80665
|
|
longitude latitude alevhalf time |
kg m-2 s-1 |
- |
ok |
HadREM-CP4A_mappings.cfg |
| meanage |
AERmonZ AEmonZ |
(m01s51i150AGE OF AIR (SEC) ON PRESS LEVELS
Age of Air in seconds on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
/ m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192])
/ (SECONDS_IN_DAY86400. * DAYS_IN_YEAR360. )
|
commentIn the UM this tracer is not reset at/near the Tropopause,
but at a height of around 800m for the L85 configuration.
|
latitude plev39 time |
yr |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| minpblz |
AERday AEday |
m01s03i304TURBULENT MIXING HT AFTER B.LAYER m
Maximum height of turbulent mixing. This will be the same as STASH item
(1, 3, 025) for stable layers (see STASH item (1, 3, 305)), well-mixed
boundary layers (see STASH item (1, 3, 307)) and for cumulus layers (see
STASH item (1, 3, 310)), with both marking the lifting condensation level
in the latter case. For decoupled boundary layers (see STASH items (1, 3,
306),(1, 3, 308) and (1, 3, 309)), this will mark the top of the
decoupled layer.
Available on all timesteps. [lbproc=4096]
|
|
longitude latitude time |
m |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| mlcape |
GC1hrPt |
m01s20i110MLCAPE mixed-layer CAPE
Undilute CAPE (convective available potential energy) from a parcel ascent
from a mixed layer of 500m depth above
the surface. The parcel ascent follows a pseudoadiabat once saturated.
The heat due to sublimation is ignored. (J/kg) [lbproc=0]
|
|
longitude latitude time1 |
J kg-1 |
|
embargoed |
HadREM-CP4A_mappings.cfg |
| mlcin |
GC1hrPt |
m01s20i111MLCIN mixed-layer CIN
Undilute CIN (convective inhibition) from a parcel ascent from a
mixed layer of 500m depth above
the surface. The parcel ascent follows a pseudoadiabat once saturated.
The heat due to sublimation is ignored. (J/kg) [lbproc=0]
|
|
longitude latitude time1 |
J kg-1 |
|
embargoed |
HadREM-CP4A_mappings.cfg |
| mlotst |
Eday Omon OPday OPmon |
mlotst
|
|
longitude latitude time |
m |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| mlotstmax |
Omon OPmon |
mlotstmax
|
|
longitude latitude time |
m |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| mlotstmin |
Omon OPmon |
mlotstmin
|
|
longitude latitude time |
m |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| mlotstsq |
Omon OPmon |
mlotstsq
|
|
longitude latitude time |
m2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| mmrBC2 |
CresAERmon |
m01s34i105AITKEN MODE (SOLUBLE) BC MMR
Aitken Mode (Soluble) Black Carbon Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
|
commentReported as kg C/kg air.
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrBC3 |
CresAERmon |
m01s34i109ACCUMULATION MODE (SOL) BC MMR
Accumulation Mode (Soluble) Black Carbon Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
|
commentReported as kg C/kg air.
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrBC4 |
CresAERmon |
m01s34i115COARSE MODE (SOLUBLE) BC MMR
Coarse Mode (Soluble) Black Carbon Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
|
commentReported as kg C/kg air.
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrBC5 |
CresAERmon |
m01s34i120AITKEN MODE (INSOLUBLE) BC MMR
Aitken Mode (InSoluble) Black Carbon Aerosol
Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
commentReported as kg C/kg air.
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrDUd1 |
CresAERmon |
m01s00i431[lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrDUd2 |
CresAERmon |
m01s00i432[lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrDUd3 |
CresAERmon |
m01s00i433[lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrDUd4 |
CresAERmon |
m01s00i434[lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrDUd5 |
CresAERmon |
m01s00i435[lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrDUd6 |
CresAERmon |
m01s00i436[lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrOA1 |
CresAERmon |
m01s34i126NUCLEATION MODE (SOLUBLE) OM MMR
Nucleation Mode (Soluble) Organic Matter Aerosol
Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
commentReported as kg OM/kg air using a ratio of 1.4 C/OM.
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrOA2 |
CresAERmon |
m01s34i106AITKEN MODE (SOLUBLE) OM MMR
Aitken Mode (Soluble) Organic Matter Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
|
commentReported as kg OM/kg air using a ratio of 1.4 C/OM.
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrOA3 |
CresAERmon |
m01s34i110ACCUMULATION MODE (SOL) OM MMR
Accumulation Mode (Soluble) Organic Matter Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
|
commentReported as kg OM/kg air using a ratio of 1.4 C/OM.
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrOA4 |
CresAERmon |
m01s34i116COARSE MODE (SOLUBLE) OM MMR
Coarse Mode (Soluble) Organic Matter Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
|
commentReported as kg OM/kg air using a ratio of 1.4 C/OM.
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrOA5 |
CresAERmon |
m01s34i121AITKEN MODE (INSOLUBLE) OM MMR
Aitken Mode (InSoluble) Organic Matter Aerosol
Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
commentReported as kg OM/kg air using a ratio of 1.4 C/OM.
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrSS3 |
CresAERmon |
m01s34i111ACCUMULATION MODE (SOL) SEA SALT MMR
Accumulation Mode (Soluble) Sea Salt Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrSS4 |
CresAERmon |
m01s34i117COARSE MODE (SOLUBLE) SEA SALT MMR
Coarse Mode (Soluble) Sea Salt Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrSU1 |
CresAERmon |
m01s34i102NUCLEATION MODE (SOLUBLE) H2SO4 MMR
Nucleation Mode (Soluble) H2SO4 Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrSU2 |
CresAERmon |
m01s34i104AITKEN MODE (SOLUBLE) H2SO4 MMR
Aitken Mode (Soluble) Aerosol H2SO4 Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrSU3 |
CresAERmon |
m01s34i108ACCUMULATION MODE (SOL) H2SO4 MMR
Accumulation Mode (Soluble) H2SO4 Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrSU4 |
CresAERmon |
m01s34i114COARSE MODE (SOLUBLE) H2SO4 MMR
Coarse Mode (Soluble) H2SO4 Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| mmrbc |
AERmon AEmonLev |
m01s34i105AITKEN MODE (SOLUBLE) BC MMR
Aitken Mode (Soluble) Black Carbon Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128] + m01s34i109ACCUMULATION MODE (SOL) BC MMR
Accumulation Mode (Soluble) Black Carbon Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
+ m01s34i115COARSE MODE (SOLUBLE) BC MMR
Coarse Mode (Soluble) Black Carbon Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128] + m01s34i120AITKEN MODE (INSOLUBLE) BC MMR
Aitken Mode (InSoluble) Black Carbon Aerosol
Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
commentReported as kg C/kg air.
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| mmrdust |
AERmon AEmonLev |
m01s00i431[lbproc=128] + m01s00i432[lbproc=128]
+ m01s00i433[lbproc=128] + m01s00i434[lbproc=128] + m01s00i435[lbproc=128]
+ m01s00i436[lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
dust |
ok |
HadREM-CP4A_mappings.cfg |
| mmroa |
AERmon AEmonLev |
m01s34i106AITKEN MODE (SOLUBLE) OM MMR
Aitken Mode (Soluble) Organic Matter Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128] + m01s34i110ACCUMULATION MODE (SOL) OM MMR
Accumulation Mode (Soluble) Organic Matter Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
+ m01s34i116COARSE MODE (SOLUBLE) OM MMR
Coarse Mode (Soluble) Organic Matter Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128] + m01s34i121AITKEN MODE (INSOLUBLE) OM MMR
Aitken Mode (InSoluble) Organic Matter Aerosol
Mass Mixing Ratio in kg/kg(Air) [lbproc=128] + m01s34i126NUCLEATION MODE (SOLUBLE) OM MMR
Nucleation Mode (Soluble) Organic Matter Aerosol
Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
commentReported as kg ORGM/kg air using a ratio of 1.4 C/ORGM.
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| mmrso4 |
AERmon AEmonLev |
(MOLECULAR_MASS_OF_SO496. / MOLECULAR_MASS_OF_H2SO498. )
* (m01s34i102NUCLEATION MODE (SOLUBLE) H2SO4 MMR
Nucleation Mode (Soluble) H2SO4 Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
+ m01s34i104AITKEN MODE (SOLUBLE) H2SO4 MMR
Aitken Mode (Soluble) Aerosol H2SO4 Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
+ m01s34i108ACCUMULATION MODE (SOL) H2SO4 MMR
Accumulation Mode (Soluble) H2SO4 Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
+ m01s34i114COARSE MODE (SOLUBLE) H2SO4 MMR
Coarse Mode (Soluble) H2SO4 Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128])
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| mmrss |
AERmon AEmonLev |
m01s34i111ACCUMULATION MODE (SOL) SEA SALT MMR
Accumulation Mode (Soluble) Sea Salt Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128] + m01s34i117COARSE MODE (SOLUBLE) SEA SALT MMR
Coarse Mode (Soluble) Sea Salt Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
kg kg-1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| mrfso |
Lmon LPmon |
level_sum(m01s08i223SOIL MOISTURE CONTENT IN A LAYER
Total (frozen+unfrozen) soil moisture content in a soil layer (kg/m2).
Available on land points only.
Note: Includes the "wilting point" soil moisture. [lbproc=128]
* [lbproc=128]
/ ([lbproc=128] + m01s08i229UNFROZEN SOIL MOISTURE FRACTION
The amount of frozen soil water in each soil layer as a fraction of saturation
Available on land points only. [lbproc=128]))
|
|
longitude latitude time |
kg m-2 |
snow-permafrost |
ok |
HadREM-CP4A_mappings.cfg |
| mrfsofr |
Eday LPday |
[lbproc=128]
/ ([lbproc=128] + m01s08i229UNFROZEN SOIL MOISTURE FRACTION
The amount of frozen soil water in each soil layer as a fraction of saturation
Available on land points only. [lbproc=128])
|
|
longitude latitude sdepth time |
1.0 |
land |
embargoed |
HadREM-CP4A_mappings.cfg |
| mrlqso |
Eday LPday |
[lbproc=128]
/ (m01s08i230FROZEN SOIL MOISTURE FRACTION
layer as a fraction of saturation.
Available on land points only. [lbproc=128] + [lbproc=128])
|
|
longitude latitude sdepth time |
1.0 |
land |
embargoed |
HadREM-CP4A_mappings.cfg |
| mrlso |
Emon LPmon |
level_sum(m01s08i223SOIL MOISTURE CONTENT IN A LAYER
Total (frozen+unfrozen) soil moisture content in a soil layer (kg/m2).
Available on land points only.
Note: Includes the "wilting point" soil moisture. [lbproc=128]
* [lbproc=128]
/ (m01s08i230FROZEN SOIL MOISTURE FRACTION
layer as a fraction of saturation.
Available on land points only. [lbproc=128] + [lbproc=128]))
|
|
longitude latitude time |
kg m-2 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| mrro |
3hr Lmon day LP3hr LPday LPmon |
m01s08i234SURFACE RUNOFF RATE KG/M2/S
Rate of surface runoff (kg/m2/s).
"Rate-equivalent" of item 1:8:204
Available on land points only. [lbproc=128] + m01s08i235SUB-SURFACE RUNOFF RATE KG/M2/S
Rate of sub-surface runoff (kg/m2/s).
"Rate-equivalent" of item 1:8:205
Available on land points only. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| mrrob |
Eday GCLmon LPday |
m01s08i235SUB-SURFACE RUNOFF RATE KG/M2/S
Rate of sub-surface runoff (kg/m2/s).
"Rate-equivalent" of item 1:8:205
Available on land points only. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| mrros |
GC3hr Lmon Eday Lmon LPday LPmon |
m01s08i234SURFACE RUNOFF RATE KG/M2/S
Rate of surface runoff (kg/m2/s).
"Rate-equivalent" of item 1:8:204
Available on land points only. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| mrsfl |
Eday Emon LPday LPmon mon day 6hr |
m01s08i223SOIL MOISTURE CONTENT IN A LAYER
Total (frozen+unfrozen) soil moisture content in a soil layer (kg/m2).
Available on land points only.
Note: Includes the "wilting point" soil moisture. [lbproc=128] * [lbproc=128]
/ ([lbproc=128] + m01s08i229UNFROZEN SOIL MOISTURE FRACTION
The amount of frozen soil water in each soil layer as a fraction of saturation
Available on land points only. [lbproc=128])
|
|
longitude latitude sdepth time |
kg m-2 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| mrsll |
Eday Emon LPday LPmon |
m01s08i223SOIL MOISTURE CONTENT IN A LAYER
Total (frozen+unfrozen) soil moisture content in a soil layer (kg/m2).
Available on land points only.
Note: Includes the "wilting point" soil moisture. [lbproc=128] * [lbproc=128]
/ (m01s08i230FROZEN SOIL MOISTURE FRACTION
layer as a fraction of saturation.
Available on land points only. [lbproc=128] + [lbproc=128])
|
|
longitude latitude sdepth time |
kg m-2 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| mrso |
Lmon day LPmon LPday |
level_sum(m01s08i223SOIL MOISTURE CONTENT IN A LAYER
Total (frozen+unfrozen) soil moisture content in a soil layer (kg/m2).
Available on land points only.
Note: Includes the "wilting point" soil moisture. [lbproc=128])
|
|
longitude latitude time |
kg m-2 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| mrsofc |
fx LPfx |
mask_zeros(m01s00i041 * FRESHWATER_DENSITY1000. )
|
commentSoil moisture variables are set missing in grid boxes covered by land
ice. Soil hydrology is not run on land ice grid boxes.
|
longitude latitude |
kg m-2 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| mrsol |
Eday Emon LPday LPmon mon day |
m01s08i223SOIL MOISTURE CONTENT IN A LAYER
Total (frozen+unfrozen) soil moisture content in a soil layer (kg/m2).
Available on land points only.
Note: Includes the "wilting point" soil moisture. [lbproc=128]
|
|
longitude latitude sdepth time |
kg m-2 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| mrsos |
day Lmon LPmon LPday mon |
m01s08i223SOIL MOISTURE CONTENT IN A LAYER
Total (frozen+unfrozen) soil moisture content in a soil layer (kg/m2).
Available on land points only.
Note: Includes the "wilting point" soil moisture. [blev=0.05, lbproc=128]
|
|
longitude latitude sdepth1 time |
kg m-2 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| msftbarot |
Omon OPmon |
ocean_quasi_barotropic_streamfunc(umo_vint, areacello,
cube_mask=mask_2D_T)
|
commentThis diagnostic has been non-conservatively regridded from velocity
points to tracer points.
|
longitude latitude time |
kg s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| msftyz |
Omon OPmonLev |
SEAWATER_DENSITY1026. * combine_cubes_to_basin_coord(zomsfglo,
zomsfatl, zomsfipc, mask_global=global_ocean_2D_V,
mask_atl=atlantic_arctic_ocean_2D_V, mask_indpac=indian_pacific_ocean_2D_V)
|
commentThe latitude coordinate is for reference only and is the
closest native grid line passing through 65.6 N, 168.7 W (Bering Strait).
The atlantic_arctic_ocean basin includes the baltic_sea and hudson_bay
basins and the right-hand half of the arctic_ocean basin (with respect to
the native model grid). The indian_pacific_ocean basin includes the
red_sea basin.
|
latitude basin olevel time |
sverdrup kg m-3 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| msftyzmpa |
Omon OPmonLev |
SEAWATER_DENSITY1026. * combine_cubes_to_basin_coord(zomsfeivglo,
zomsfeivatl, zomsfeivipc, mask_global=global_ocean_2D_V,
mask_atl=atlantic_arctic_ocean_2D_V, mask_indpac=indian_pacific_ocean_2D_V)
|
commentThe latitude coordinate is for reference only and is the
closest native grid line passing through 65.6 N, 168.7 W (Bering Strait).
The atlantic_arctic_ocean basin includes the baltic_sea and hudson_bay
basins and the right-hand half of the arctic_ocean basin (with respect to
the native model grid). The indian_pacific_ocean basin includes the
red_sea basin.
|
latitude basin olevel time |
sverdrup kg m-3 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| n2o |
Amon APmon |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_N2O44. )
* m01s51i049N2O MASS MIXING RATIO ON PRESS LEVS
Nitrous Oxide Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| n2oglobal |
Amon APmon |
mmr2molefrac(m01s50i063AIR MASS DIAGNOSTIC (WHOLE ATMOS)
Total Air Mass (Whole Atmosphere) : kg
Valid only on chemical timesteps [lbproc=128], m01s34i049N2O MASS MIXING RATIO AFTER TIMESTEP
Nitrous Oxide Mass Mixing Ratio in kg/kg(Air) [lbproc=128],
MOLECULAR_MASS_OF_N2O44. )
|
|
time |
1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| no |
AERmon AEmonLev |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_NO30. )
* m01s34i002NO MASS MIXING RATIO AFTER TIMESTEP
Nitric Oxide Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| no2 |
AERmon AEmonLev |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_NO30. 2)
* m01s34i996NO2 MASS MIXING RATIO AFTER TIMESTEP
Mass mixing ratio of NO2 (kg/kg)
This variable is a prognostic but is not advected. [lbproc=128]
|
|
longitude latitude alevel time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| noy |
AERmonZ AEmonZ |
MOLECULAR_MASS_OF_AIR28.97
* ((m01s51i002NO MASS MIXING RATIO ON PRESS LEVS
Nitric Oxide Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_NO30. )
+ (m01s51i003NO3 MASS MIXING RATIO ON PRESS LEVS
Mass Mixing Ratio of nitrate radical as kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_NO30. 3)
+ (2 * m01s51i005N2O5 MASS MIX RATIO ON PRESS LEVS
Dinitrogen pentoxide Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_N2O44. 5)
+ (m01s51i006HO2NO2 MASS MIX RATIO ON PRESS LEVS
Peroxynitric Acid Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_HO233. NO2)
+ (m01s51i007HONO2 MASS MIX RATIO ON PRESS LEVS
Nitric Acid Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_HNO363. )
+ (m01s51i013HONO MASS MIX RATIO ON PRESS LEVS
Nitrous acid Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_HONO47. )
+ (m01s51i025MeONO2 MASS MIX RATIO ON PRESS LEVS
Methyl Nitrate (CH3NO3) Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_MEONO277. )
+ (m01s51i048BrONO2 MASS MIX RATIO ON PRESS LEVS
Bromine Nitrate Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_BRO96. NO2)
+ (m01s51i054ClONO2 MASS MIX RATIO ON PRESS LEVS
Chlorine Nitrate Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_CLONO297.5 )
+ (m01s51i058N MASS MIXING RATIO ON PRESS LEVS
N Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_NITROGEN14. )
+ (m01s51i996NO2 MASS MIXING RATIO ON PRESSURE LEVELS
Mass mixing ratio of NO2 (kg/kg)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192] / MOLECULAR_MASS_OF_NO30. 2))
/ m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
|
latitude plev39 time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| o3 |
Amon APmon |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_O348. )
* m01s51i001O3 MASS MIXING RATIO ON PRESS LEVS
Ozone Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| o3loss |
AERmon AEmonLev |
(m01s50i011Ox LOSS: O(1D)+H2O
Chemical reaction Flux giving Ox destruction: O(1D)+H2O
(moles(Ox)/s)
This is the total flux in the gridbox obtained by multiplying the
reaction rate of the above reaction (moles/cm^3/s) by the grid box's
volume (in cm^3)
Valid only on chemical timesteps
The sum of this chemical flux over all model gridboxes gives the total
number of moles of Ox being destroyed by this reaction per second in the
whole model. [lbproc=128] + m01s50i013Ox LOSS: HO2+O3
Chemical reaction Flux giving Ox destruction: HO2+O3
(moles(Ox)/s)
This is the total flux in the gridbox obtained by multiplying the
reaction rate of the above reaction (moles/cm^3/s) by the grid box's
volume (in cm^3)
Valid only on chemical timesteps
The sum of this chemical flux over all model gridboxes gives the total
number of moles of Ox being destroyed by this reaction per second in the
whole model. [lbproc=128]
+ m01s50i014Ox LOSS: OH+O3
Chemical reaction Flux giving Ox destruction: OH+O3
(moles(Ox)/s)
This is the total flux in the gridbox obtained by multiplying the
reaction rate of the above reaction (moles/cm^3/s) by the grid box's
volume (in cm^3)
Valid only on chemical timesteps
The sum of this chemical flux over all model gridboxes gives the total
number of moles of Ox being destroyed by this reaction per second in the
whole model. [lbproc=128] + m01s50i015Ox LOSS: O3+ALKENE
Chemical reaction Flux giving Ox destruction: O3+ALKENE
(moles(Ox)/s)
This is the total flux in the gridbox obtained by multiplying the
reaction rate of the above reaction (moles/cm^3/s) by the grid box's
volume (in cm^3)
Valid only on chemical timesteps
The sum of this chemical flux over all model gridboxes gives the total
number of moles of Ox being destroyed by this reaction per second in the
whole model. [lbproc=128])
/ m01s50i255UKCA Theta Grid Cell Volume (m^3)
Volume of model grid cell represented at theta points, in cubic metres,
as used in the calculation of UKCA diagnostics.
This field should be used for conversion of UKCA diagnostics with units
moles/gridbox/s to moles/m^3/s, for comparison with obs or other models.
Note:This field is only valid for model quantities held on theta points
and should not be used for any calculations involving quantities
represented on model rho points e.g. density, or those expected to be
conserved globally. [lbproc=128]
|
|
longitude latitude alevel time |
mol m-3 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| o3prod |
AERmon AEmonLev |
(m01s50i001Ox PROD: HO2+NO
Chemical reaction flux giving Ox production: HO2+NO
(moles(Ox)/s)
This is the total flux in the gridbox obtained by multiplying the
reaction rate of the above reaction (moles/cm^3/s) by the grid box's
volume (in cm^3)
Valid only on chemical timesteps
The sum of this chemical flux over all model gridboxes gives the total
number of moles of Ox being produced by this reaction per second in the
whole model. [lbproc=128] + m01s50i003Ox PROD: NO+RO2
Chemical reaction flux giving Ox production: NO+RO2
(moles(Ox)/s)
This is the total flux in the gridbox obtained by multiplying the
reaction rate of the above reaction (moles/cm^3/s) by the grid box's
volume (in cm^3)
Valid only on chemical timesteps
The sum of this chemical flux over all model gridboxes gives the total
number of moles of Ox being produced by this reaction per second in the
whole model. [lbproc=128]
+ m01s50i103STRAT O3 PROD: HO2 + NO
Flux for Stratospheric O3 Production reaction : HO2 + NO
(moles(Ox)/s)
Valid only on chemical timesteps
This is the total flux in the gridbox obtained by multiplying the
reaction rate of the above reaction (moles/cm^3/s) by the grid box's
volume (in cm^3)
The sum of this chemical flux over all model gridboxes gives the total
number of moles of Ox being produced by this reaction per second in the
whole model. [lbproc=128])
/ m01s50i255UKCA Theta Grid Cell Volume (m^3)
Volume of model grid cell represented at theta points, in cubic metres,
as used in the calculation of UKCA diagnostics.
This field should be used for conversion of UKCA diagnostics with units
moles/gridbox/s to moles/m^3/s, for comparison with obs or other models.
Note:This field is only valid for model quantities held on theta points
and should not be used for any calculations involving quantities
represented on model rho points e.g. density, or those expected to be
conserved globally. [lbproc=128]
|
|
longitude latitude alevel time |
mol m-3 s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| obvfsq |
Omon OPmonLev |
mask_copy(obvfsq, mask_3D_T)
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
s-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| od440aer |
AERmon CresAERday Cres1HrMn AEmon |
m01s02i285MINERAL DUST OPTICAL DEPTH IN RADN.
Mineral dust aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=2, lbproc=128]
+ m01s02i300AITKEN MODE (SOLUBLE) OPTICAL DEPTH
Soluble Aitken mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=2, lbproc=128] + m01s02i301ACCUM MODE (SOLUBLE) OPTICAL DEPTH
Soluble accumulation mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=2, lbproc=128]
+ m01s02i302COARSE MODE (SOLUBLE) OPTICAL DEPTH
Soluble coarse mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=2, lbproc=128] + m01s02i303AITKEN MODE (INSOL) OPTICAL DEPTH
Insoluble Aitken mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=2, lbproc=128]
|
commentAssuming CLASSIC dust.
|
longitude latitude time |
1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| od443dust |
Emon APmon |
m01s02i285MINERAL DUST OPTICAL DEPTH IN RADN.
Mineral dust aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=2, lbproc=128]
|
comment440nm from model.
|
longitude latitude time |
1 |
dust |
ok |
HadREM-CP4A_mappings.cfg |
| od550aer |
AERday AERmon CresAERday Cres1HrMn AEday AEmon mon |
m01s02i285MINERAL DUST OPTICAL DEPTH IN RADN.
Mineral dust aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128]
+ m01s02i300AITKEN MODE (SOLUBLE) OPTICAL DEPTH
Soluble Aitken mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128] + m01s02i301ACCUM MODE (SOLUBLE) OPTICAL DEPTH
Soluble accumulation mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128]
+ m01s02i302COARSE MODE (SOLUBLE) OPTICAL DEPTH
Soluble coarse mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128] + m01s02i303AITKEN MODE (INSOL) OPTICAL DEPTH
Insoluble Aitken mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128]
|
|
longitude latitude lambda550nm time |
1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| od550aerso |
Emon APmon |
m01s02i251AITKEN (SOLUBLE) STRATO AOD
Soluble Aitken mode stratospheric aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128]
+ m01s02i252ACCUM (SOLUBLE) STRATO AOD
Soluble accumulation mode stratospheric aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128] + m01s02i253COARSE (SOLUBLE) STRATO AOD
Soluble coarse mode stratospheric aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128]
+ m01s02i254AITKEN (INSOL) STRATO AOD
Insoluble Aitken mode stratospheric aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128]
|
commentDust not included.
|
longitude latitude lambda550nm time |
1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| od550dust |
AERmon CresAERday AEmon |
m01s02i285MINERAL DUST OPTICAL DEPTH IN RADN.
Mineral dust aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128]
|
|
longitude latitude lambda550nm time |
1 |
dust |
ok |
HadREM-CP4A_mappings.cfg |
| od550lt1aer |
AERmon AEmon |
m01s02i300AITKEN MODE (SOLUBLE) OPTICAL DEPTH
Soluble Aitken mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128]
+ m01s02i301ACCUM MODE (SOLUBLE) OPTICAL DEPTH
Soluble accumulation mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128] + m01s02i303AITKEN MODE (INSOL) OPTICAL DEPTH
Insoluble Aitken mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=3, lbproc=128]
|
commentAitken and accumulation modes only, no dust.
|
longitude latitude lambda550nm time |
1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| od865dust |
Emon APmon |
m01s02i285MINERAL DUST OPTICAL DEPTH IN RADN.
Mineral dust aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=5, lbproc=128]
|
comment870nm from model.
|
longitude latitude time |
1 |
dust |
ok |
HadREM-CP4A_mappings.cfg |
| od870aer |
AERmon AEmon |
m01s02i285MINERAL DUST OPTICAL DEPTH IN RADN.
Mineral dust aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=5, lbproc=128]
+ m01s02i300AITKEN MODE (SOLUBLE) OPTICAL DEPTH
Soluble Aitken mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=5, lbproc=128] + m01s02i301ACCUM MODE (SOLUBLE) OPTICAL DEPTH
Soluble accumulation mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=5, lbproc=128]
+ m01s02i302COARSE MODE (SOLUBLE) OPTICAL DEPTH
Soluble coarse mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=5, lbproc=128] + m01s02i303AITKEN MODE (INSOL) OPTICAL DEPTH
Insoluble Aitken mode aerosol optical depth.
This is available at the AOD wavelengths defined in the spectral file
(typically 0.38, 0.44, 0.55, 0.67, 0.87, and 1.02 microns).
This diagnostic will remain at zero if corresponding UKCA-MODE aerosols
are not used in the model run (see atmosphere section 34 UKCA).
To output AOD diagnostics, they should be specified on a single level
domain, with pseudo-levels set to the radiation bands for calculating
aerosol optical depth, with a list of numbers to specify which
of the available wavelengths are to be output. [lbplev=5, lbproc=128]
|
commentAssuming CLASSIC dust.
|
longitude latitude time |
1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| oh |
AERmon AEmonLev |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_OH17. )
* m01s34i081OH MASS MIXING RATIO AFTER TIMESTEP
Hydroxyl radical Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| opottempdiff |
Emon OPmonLev |
opottempdiff
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
W m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| opottempmint |
Emon OPmon |
opottempmint
|
commentFull column sum of density * cell thickness * potential temperature.
If the model is Boussinesq, then use Boussinesq reference density for the
density factor.
|
longitude latitude time |
degC kg m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| opottemppmdiff |
Emon OPmonLev |
opottemppmdiff
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
W m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| opottemprmadvect |
Emon OPmonLev |
opottempadvect
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
W m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| opottemptend |
Emon OPmonLev |
opottemptend
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
W m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| orog |
fx LPfx mon day 6hr 3hr 1hr |
m01s00i033
|
|
longitude latitude |
m |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| osaltdiff |
Emon OPmonLev |
osaltdiff
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
kg m-2 s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| osaltpmdiff |
Emon OPmonLev |
osaltpmdiff
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
kg m-2 s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| osaltrmadvect |
Emon OPmonLev |
osaltadvect
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
kg m-2 s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| osalttend |
Emon OPmonLev |
osalttend
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
kg m-2 s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| pan |
AERmon AEmonLev |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_PAN121. )
* m01s34i017PAN MASS MIXING RATIO AFTER TSTEP
Peroxy Acetyl Nitrate Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
|
|
longitude latitude alevel time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| parasolRefl |
Eday Emon APday APmon |
fix_parasol_sza_axis(m01s02i348COSP: PARASOL TOA REFLECTANCE
Simulated reflectance from PARASOL as seen at the top of the atmosphere
for 5 solar zenith angles (degree): 0, 20, 40, 60, 80. Valid only over
ocean and for one viewing direction (viewing zenith angle of 30 degrees
and relative azimuth angle 320 degrees). [lbproc=128])
|
|
longitude latitude sza5 time |
1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| pbo |
Omon OPmon |
pbo
|
|
longitude latitude time |
dbar |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| pctisccp |
CFday CFmon APday APmon |
m01s02i333COSP: ISCCP WEIGHTED CLOUD TOP PRES.
Mean cloud top pressure (Pa), multiplied by total cloud fraction (2.334).
Time-averages of this diagnostic will have to be unweighted(divided) by the
time-average of 2.334 to produce mean in-cloud values. Linear average of cloud
top pressure accross sub-columns. Reported on sunlit points only. No need to
used Heaviside weights for time-means. [lbproc=128] / m01s02i334COSP: ISCCP TOTAL CLOUD AREA
Total cloud area from ISCCP simulator. Reported on sunlit points only.
It needs mask 2.330. [lbproc=128]
|
|
longitude latitude time |
Pa |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| pfull |
AERmon CFday AEmonLev APdayLev |
m01s00i408[lbproc=128]
|
|
longitude latitude alevel time |
Pa |
atmos-physics cftables |
ok |
HadREM-CP4A_mappings.cfg |
| phalf |
AERmon CFday APdayLev AEmonLev |
m01s00i407[lbproc=128]
|
commentThis field is on model half-levels. For pressure on model radiation
levels, replace the first level of this field with surface pressure (ps).
|
longitude latitude alevhalf time |
Pa |
aerosol cftables |
ok |
HadREM-CP4A_mappings.cfg |
| photo1d |
AERmon AEmonLev |
m01s50i228JO1D (s-1)
Photolysis rate of O3 to O1D
s-1
Valid only on chemical timesteps
Available if chemistry and photolysis are turned ON in UKCA [lbproc=128]
|
|
longitude latitude alevel time |
s-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| pmlev |
6hrLev |
m01s00i408[lbproc=128]
|
|
longitude latitude alevel time |
Pa |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| pr |
3hr 6hrPlev E1hr CresAERday AP1hr AP3hr AP6hr APday APmon mon 1hr |
m01s05i216TOTAL PRECIPITATION RATE KG/M2/S
Total precipitation rate at the surface in kg/m2/s.
This is the sum of the large scale and convective rainfall and snowfall
at the surface.e. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| prc |
3hr Amon E1hr day AP1hr AP3hr APday APmon mon 1hr |
m01s05i205CONVECTIVE RAINFALL RATE KG/M2/S
Convective rainfall rate at the surface in kg/m2/s.
If several model sweeps of convection per model timestep, this gives the
mean value. [lbproc=128] + m01s05i206CONVECTIVE SNOWFALL RATE KG/M2/S
Convective snowfall rate at the surface in kg/m2/s.
If several model sweeps of convection per model timestep, this gives the
mean value. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| prcprof |
CF3hr AP3hrPtLev |
m01s05i227NOMINAL 3D CONVECTIVE RAINFALL RATE
Name: NOMINAL 3D CONVECTIVE RAINFALL RATE
Rate at which convective rainfall is falling through the model layer
in kg/m2/sec [lbproc=0]
|
|
longitude latitude alevhalf time1 |
kg m-2 s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| prlsns |
CF3hr AP3hrPtLev |
m01s04i223SNOWFALL RATE OUT OF MODEL LEVELS
Snowfall rate out of model levels.
This provides a three dimensional field of the large scale snowfall rate
(kg/m2/s) falling out of each model level. The snowfall rate out of the
lowest layer is equal to the surface large scale snowfall rate provided
by diagnostic 1 4 204
For model runs with prognostic graupel, this snowfall diagnostic will
include contributions from graupel. Do not add diagnostic (1 4 226) to
this value in any analysis or otherwise your answers will be wrong as
the graupel will be counted twice. For snow amount without graupel, please
use diagnostic (1 4 323) [lbproc=0]
|
|
longitude latitude alevhalf time1 |
kg m-2 s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| prlsprof |
CF3hr AP3hrPtLev |
m01s04i222RAINFALL RATE OUT OF MODEL LEVELS
Rainfall rate out of model levels.
This provides a three dimensional field of the large scale rainfall rate
(kg/m2/s) falling out of each model level. The rainfall rate out of the
lowest layer is equal to the surface large scale rainfall rate provided
by diagnostic 1 4 203 [lbproc=0]
|
|
longitude latitude alevhalf time1 |
kg m-2 s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| prra |
E3hr AP3hr |
m01s05i214TOTAL RAINFALL RATE: LS+CONV KG/M2/S
Total rainfall rate at the surface in kg/m2/s.
This is the sum of the large scale and convective rainfall at the surface. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| prrc |
E3hr Eday AP3hr APday |
m01s05i205CONVECTIVE RAINFALL RATE KG/M2/S
Convective rainfall rate at the surface in kg/m2/s.
If several model sweeps of convection per model timestep, this gives the
mean value. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| prsn |
3hr AP3hr APday APmon mon 1hr |
m01s05i215TOTAL SNOWFALL RATE: LS+CONV KG/M2/S
Total snowfall rate at the surface in kg/m2/s.
This is the sum of the large scale and convective snowfall at the surface. [lbproc=128]
|
commentIncludes graupel
|
longitude latitude time |
kg m-2 s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| prsnc |
E3hr GCAmon AP3hr E3hr |
m01s05i206CONVECTIVE SNOWFALL RATE KG/M2/S
Convective snowfall rate at the surface in kg/m2/s.
If several model sweeps of convection per model timestep, this gives the
mean value. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| prw |
Amon Eday APday APmon |
m01s30i461TOTAL COLUMN Q (WATER VAPOUR PATH)
Column integral of atmospheric mass * specific humidity.
Units are kg m^-2 [lbproc=128]
|
|
longitude latitude time |
kg m-2 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| ps |
AERhr AERmon Amon CFday CFmon Emon CresAERday Cres1HrMn AP1hr APday APmon |
m01s00i409[lbproc=128]
|
|
longitude latitude time |
Pa |
atmos-physics cftables |
ok |
HadREM-CP4A_mappings.cfg |
| psl |
6hrPlev Amon day APmon AP6hr APday |
m01s16i222[lbproc=128]
|
|
longitude latitude time |
Pa |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| ptp |
AERmon AEmon |
m01s30i451[lbproc=128]
|
|
longitude latitude time |
Pa |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| reffcclwtop |
Eday APday |
mask_using_cube(m01s01i2452-D RE DISTRIBUTION * 2-D RE WEIGHT
A 2-dimensional diagnostic of liquid cloud droplet effective radius (in
microns) as observed from above cloud top, weighted by it's own specific
weight (1:01:246), by which it must be divided to be meaningful. [lbproc=128] / m01s01i246WEIGHT FOR 2-D RE DISTRIBUTION
Weight for diagnostic. [lbproc=128],
m01s02i395CONVECTIVE CORE LIQUID WATER PATH kg/m2
Vertical integral using gridbox mean qcl in radiation (item 2318) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128] + m01s02i396CONVECTIVE CORE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2319) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128])
|
commentThis effective radius is estimated in PC2 scheme hence contributed
from both stratiform clouds and convective clouds.
|
longitude latitude time |
um |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| reffclic |
Emon APmonLev |
0.5 * m01s02i398L-S ICE WEIGHTED EFFECTIVE DIMENSION
In-cloud effective dimension of large-scale ice cloud, weighted by
large-scale ice cloud fraction (2.313). Time averages must be divided
by the weight to recover the in-cloud time average. Units: metres. [lbproc=128] / m01s02i313GRIDBOX ICE LSC CF IN RADIATION
Grid box average of large-scale ice cloud fraction [lbproc=128]
|
|
longitude latitude alevel time |
m |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| reffclis |
Emon APmonLev |
0.5 * m01s02i398L-S ICE WEIGHTED EFFECTIVE DIMENSION
In-cloud effective dimension of large-scale ice cloud, weighted by
large-scale ice cloud fraction (2.313). Time averages must be divided
by the weight to recover the in-cloud time average. Units: metres. [lbproc=128] / m01s02i313GRIDBOX ICE LSC CF IN RADIATION
Grid box average of large-scale ice cloud fraction [lbproc=128]
|
|
longitude latitude alevel time |
m |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| reffclwc |
Emon APmonLev |
m01s02i397L-S LIQ WEIGHTED EFFECTIVE DIMENSION
In-cloud effective dimension of large-scale liquid cloud, weighted by
large-scale liquid cloud fraction (2.312). Time averages must be divided
by the weight to recover the in-cloud time average. Units: metres. [lbproc=128] / m01s02i312GRIDBOX LIQ LSC CF IN RADIATION
Grid box average of large-scale liquid cloud fraction [lbproc=128]
|
|
longitude latitude alevel time |
m |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| reffclws |
Emon APmonLev |
m01s02i397L-S LIQ WEIGHTED EFFECTIVE DIMENSION
In-cloud effective dimension of large-scale liquid cloud, weighted by
large-scale liquid cloud fraction (2.312). Time averages must be divided
by the weight to recover the in-cloud time average. Units: metres. [lbproc=128] / m01s02i312GRIDBOX LIQ LSC CF IN RADIATION
Grid box average of large-scale liquid cloud fraction [lbproc=128]
|
|
longitude latitude alevel time |
m |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| reffclwtop |
AERmon AEmon |
m01s01i2452-D RE DISTRIBUTION * 2-D RE WEIGHT
A 2-dimensional diagnostic of liquid cloud droplet effective radius (in
microns) as observed from above cloud top, weighted by it's own specific
weight (1:01:246), by which it must be divided to be meaningful. [lbproc=128] / m01s01i246WEIGHT FOR 2-D RE DISTRIBUTION
Weight for diagnostic. [lbproc=128]
|
|
longitude latitude time |
um |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| reffsclwtop |
Eday APday |
mask_using_cube(m01s01i2452-D RE DISTRIBUTION * 2-D RE WEIGHT
A 2-dimensional diagnostic of liquid cloud droplet effective radius (in
microns) as observed from above cloud top, weighted by it's own specific
weight (1:01:246), by which it must be divided to be meaningful. [lbproc=128] / m01s01i246WEIGHT FOR 2-D RE DISTRIBUTION
Weight for diagnostic. [lbproc=128],
m01s02i391LARGE SCALE LIQUID WATER PATH kg/m2
Vertical integral using gridbox mean qcl in radiation (item 2308) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128] + m01s02i392LARGE SCALE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2309) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128] - (m01s02i395CONVECTIVE CORE LIQUID WATER PATH kg/m2
Vertical integral using gridbox mean qcl in radiation (item 2318) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128]
+ m01s02i396CONVECTIVE CORE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2319) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128]))
|
commentThis effective radius is estimated in PC2 scheme hence contributed
from both stratiform clouds and convective clouds.
|
longitude latitude time |
um |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| rld |
CFmon APmonLev |
correct_multilevel_metadata(m01s02i218DOWNWARD LW FLUX ON LEVELS
Downwards LW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
commentFor instantaneous outputs, this diagnostic represents an
average over the radiation time step using the state of the atmosphere
(T,q,clouds) from the first dynamics step within that interval. The time
coordinate is the start of the radiation time step interval, so the value
for t(N) is the average from t(N) to t(N+1).
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rld4co2 |
CFmon APmonLev |
correct_multilevel_metadata(m01s02i522DOWNWARD LW FLUX ON LEVS W/ GHG FORC
Downwards LW flux in Wm-2 on radiation levels
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rldcs |
CFmon APmonLev |
correct_multilevel_metadata(m01s02i220CLEAR-SKY DOWNWARD LW FLUX ON LEVELS
Clear-sky downwards LW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
commentFor instantaneous outputs, this diagnostic represents an
average over the radiation time step using the state of the atmosphere
(T,q,clouds) from the first dynamics step within that interval. The time
coordinate is the start of the radiation time step interval, so the value
for t(N) is the average from t(N) to t(N+1).
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rldcs4co2 |
CFmon APmonLev |
correct_multilevel_metadata(m01s02i524CLR DOWN LW FLUX ON LEVS W/ GHG FORC
Clear-sky (ignoring clouds) downwards LW flux in Wm-2 on radiation levels
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rlds |
3hr Amon day AP3hr APday APmon GC1hr |
m01s02i207DOWNWARD LW RAD FLUX: SURFACE
The total downward flux of LW radiation at the ground or ocean surface.
The diagnostic is calculated only on LW radiation timesteps. [lbproc=128]
|
commentFor instantaneous outputs, this diagnostic represents an
average over the radiation time step using the state of the atmosphere
(T,q,clouds) from the first dynamics step within that interval. The time
coordinate is the start of the radiation time step interval, so the value
for t(N) is the average from t(N) to t(N+1).
|
longitude latitude time |
W m-2 |
radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rldscs |
3hr Amon CFday AP3hr APday APmon mon day 6hr |
m01s02i208CLEAR-SKY (II) DOWN SURFACE LW FLUX
The total downward flux of LW radiation at the ground or ocean surface
neglecting the radiative effects of all clouds in the atmosphere.
The diagnostic is calculated only on LW radiation timesteps. [lbproc=128]
|
commentFor instantaneous outputs, this diagnostic represents an
average over the radiation time step using the state of the atmosphere
(T,q,clouds) from the first dynamics step within that interval. The time
coordinate is the start of the radiation time step interval, so the value
for t(N) is the average from t(N) to t(N+1).
|
longitude latitude time |
W m-2 |
cftables radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rls |
Eday Emon APmon |
m01s02i201NET DOWN SURFACE LW RAD FLUX
The net downward (total downward minus upward) LW radiative flux at the
surface (ground or ocean surface). The diagnostic is available
only on LW radiation timesteps. [lbproc=128] - (m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128]
- m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128])
|
|
longitude latitude time |
W m-2 |
radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rlu |
CFmon APmonLev |
hotspot(m01s02i217UPWARD LW FLUX ON LEVELS
Upwards LW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128], m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128],
m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rlu4co2 |
CFmon APmonLev |
hotspot(m01s02i521UPWARD LW FLUX ON LEVELS W/ GHG FORC
Upwards LW flux in Wm-2 on radiation levels
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128], m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128],
m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rlucs |
CFmon APmonLev |
hotspot(m01s02i219CLEAR-SKY UPWARD LW FLUX ON LEVELS
Clear-sky upwards LW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128], m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128],
m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rlucs4co2 |
CFmon APmonLev |
hotspot(m01s02i523CLEAR UP LW FLUX ON LEVS W/ GHG FORC
Clear-sky (ignoring clouds) upwards LW flux in Wm-2 on radiation levels
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128], m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128],
m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rlus |
3hr Amon day AP3hr APday APmon |
m01s02i207DOWNWARD LW RAD FLUX: SURFACE
The total downward flux of LW radiation at the ground or ocean surface.
The diagnostic is calculated only on LW radiation timesteps. [lbproc=128] - m01s02i201NET DOWN SURFACE LW RAD FLUX
The net downward (total downward minus upward) LW radiative flux at the
surface (ground or ocean surface). The diagnostic is available
only on LW radiation timesteps. [lbproc=128]
+ m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128] - m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128]
|
commentFor instantaneous outputs, this diagnostic represents an
average over the radiation time step using the state of the atmosphere
(T,q,clouds) from the first dynamics step within that interval. The time
coordinate is the start of the radiation time step interval, so the value
for t(N) is the average from t(N) to t(N+1).
|
longitude latitude time |
W m-2 |
radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rlut |
GC1hr Amon day APmon APday |
m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rlut4co2 |
CFmon APmon |
remove_altitude_coords(m01s02i521UPWARD LW FLUX ON LEVELS W/ GHG FORC
Upwards LW flux in Wm-2 on radiation levels
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=86, lbproc=128])
+ m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128] - m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128]
|
|
longitude latitude time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rlutaf |
AERmon AEmon |
remove_altitude_coords(m01s02i517CLEAN-AIR UPWARD LW FLUX ON LEVELS
Clean-air upwards LW flux in Wm-2 on radiation levels
(ignoring aerosol direct effects).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=86, lbproc=128])
+ m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128] - m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rlutcs |
Amon CFday APday APmon mon day 6hr |
m01s02i206CLEAR-SKY (II) UPWARD LW FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere neglecting
the radiative effects of all clouds in the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128] + m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128]
- m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128]
|
|
longitude latitude time |
W m-2 |
cftables radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rlutcs4co2 |
CFmon APmon |
remove_altitude_coords(m01s02i523CLEAR UP LW FLUX ON LEVS W/ GHG FORC
Clear-sky (ignoring clouds) upwards LW flux in Wm-2 on radiation levels
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=86, lbproc=128])
+ m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128] - m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128]
|
|
longitude latitude time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rlutcsaf |
AERmon AEmon |
remove_altitude_coords(m01s02i519CLEAR-CLEAN UPWARD LW FLUX ON LEVELS
Clear-sky, clean-air upwards LW flux in Wm-2 on radiation levels
(ignoring clouds and aerosol direct effects).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=86, lbproc=128])
+ m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128] - m01s02i205OUTGOING LW RAD FLUX (TOA)
The flux of LW radiation leaving the top of the atmosphere. The diagnostic
is calculated only on LW radiation timesteps. [lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rsd |
CFmon APmonLev |
correct_multilevel_metadata(m01s01i218DOWNWARD SW FLUX ON LEVELS
Downwards SW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
commentFor instantaneous outputs, this diagnostic represents an
average over the radiation time step using the state of the atmosphere
(T,q,clouds) from the first dynamics step within that interval. The time
coordinate is the start of the radiation time step interval, so the value
for t(N) is the average from t(N) to t(N+1).
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rsd4co2 |
CFmon APmonLev |
correct_multilevel_metadata(m01s01i522DOWNWARD SW FLUX ON LEVS W/ GHG FORC
Downwards SW flux in Wm-2 on radiation levels
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rsdcs |
CFmon APmonLev |
correct_multilevel_metadata(m01s01i220CLEAR-SKY DOWNWARD SW FLUX ON LEVELS
Clear-sky downwards SW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
commentFor instantaneous outputs, this diagnostic represents an
average over the radiation time step using the state of the atmosphere
(T,q,clouds) from the first dynamics step within that interval. The time
coordinate is the start of the radiation time step interval, so the value
for t(N) is the average from t(N) to t(N+1).
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rsdcs4co2 |
CFmon APmonLev |
correct_multilevel_metadata(m01s01i524CLR DOWN SW FLUX ON LEVS W/ GHG FORC
Clear-sky (ignoring clouds) downwards SW flux in Wm-2 on radiation levels
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rsdcsaf |
E3hrPt AE3hrPtLev |
correct_multilevel_metadata(m01s01i520CLEAR-CLEAN DOWNWARD SW FLUX ON LEVS
Clear-sky, clean-air downwards SW flux in Wm-2 on radiation levels
(ignoring clouds and aerosol direct effects).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=0])
|
|
longitude latitude alevhalf time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rsdcsafbnd |
E3hrPt AE3hrPtLev |
correct_multilevel_metadata(m01s01i528CLR DOWN SW FLUX LVS/BNDS W/GHG FORC
Clear-sky (ignoring clouds) downwards SW flux in Wm-2 on radiation levels
and on SW bands (as defined in the SW spectral file)
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.)
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files). [lbproc=0])
|
|
longitude latitude alevhalf spectband time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rsdcsbnd |
E3hrPt AP3hrPtLev |
correct_multilevel_metadata(m01s01i512CLEAR DOWN SW FLUX ON LEVS AND BANDS
Clear-sky (ignoring clouds) downwards SW flux in Wm-2 on radiation levels
and on SW bands (as defined in the SW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.)
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files). [lbproc=0])
|
|
longitude latitude alevhalf spectband time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rsdo |
Omon OPmonLev |
rsdo
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
W m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| rsdoabsorb |
Emon OPmonLev |
rsdoabsorb
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
W m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| rsds |
3hr Amon day AP3hr APday APmon GC1hr |
m01s01i235TOTAL DOWNWARD SURFACE SW FLUX
The total downward SW radiative flux at the surface (ground
or ocean surface). The diagnostic is available only on SW radiation
timesteps. [lbproc=128]
|
commentFor instantaneous outputs, this diagnostic represents an
average over the radiation time step using the state of the atmosphere
(T,q,clouds) from the first dynamics step within that interval. The time
coordinate is the start of the radiation time step interval, so the value
for t(N) is the average from t(N) to t(N+1).
|
longitude latitude time |
W m-2 |
radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rsdscs |
3hr Amon CFday APmon AP3hr APday mon day 6hr |
m01s01i210CLEAR-SKY (II) DOWN SURFACE SW FLUX
The downward clear-sky SW radiative flux at the surface.
This is an actual downward flux, not a net flux. It is calculated
using method II for clear-sky fluxes; that is at every
grid-point the radiative flux is calculated using exactly
the same physical inputs (gaseous mixing ratios, surface
albedos etc.) as for the all-sky calculation, except that
the radiative effects of clouds are ignored. [lbproc=128]
|
commentFor instantaneous outputs, this diagnostic represents an
average over the radiation time step using the state of the atmosphere
(T,q,clouds) from the first dynamics step within that interval. The time
coordinate is the start of the radiation time step interval, so the value
for t(N) is the average from t(N) to t(N+1).
|
longitude latitude time |
W m-2 |
cftables radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rsdscsaf |
E3hrPt AE3hrPt |
m01s01i520CLEAR-CLEAN DOWNWARD SW FLUX ON LEVS
Clear-sky, clean-air downwards SW flux in Wm-2 on radiation levels
(ignoring clouds and aerosol direct effects).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=1, lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rsdscsafbnd |
E3hrPt AE3hrPt |
m01s01i528CLR DOWN SW FLUX LVS/BNDS W/GHG FORC
Clear-sky (ignoring clouds) downwards SW flux in Wm-2 on radiation levels
and on SW bands (as defined in the SW spectral file)
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.)
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files). [lblev=1, lbproc=0]
|
|
longitude latitude spectband time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rsdscsbnd |
E3hrPt AP3hrPt |
m01s01i512CLEAR DOWN SW FLUX ON LEVS AND BANDS
Clear-sky (ignoring clouds) downwards SW flux in Wm-2 on radiation levels
and on SW bands (as defined in the SW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.)
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files). [lblev=1, lbproc=0]
|
|
longitude latitude spectband time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rsdsdiff |
3hr Eday Emon AP3hr APday APmon |
m01s01i216DIFFUSE SURFACE SW FLUX : CORRECTED
The diffuse (scattered) component of the total downward SW radiative
flux at the surface (ground or ocean surface). This diagnostic
is available on all model timesteps and has been corrected for the
solar zenith angle that is valid for the model timestep.
Wm-2 [lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rsdt |
Amon CFday APmon APday |
m01s01i207INCOMING SW RAD FLUX (TOA): ALL TSS
The incoming SW radiative flux from the sun. The diagnostic
is calculated for all timesteps. [lbproc=128]
|
|
longitude latitude time |
W m-2 |
cftables radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rss |
Emon APmon |
m01s01i201NET DOWN SURFACE SW FLUX: SW TS ONLY
The net downward (total downward minus upward) radiative SW flux at the
surface (ground or ocean surface). The diagnostic is available
only on SW radiation timesteps.
Note on calculating mean albedos: Temporal or spatial means of albedos
must be defined in terms of fluxes. To calculate a mean surface albedo
downward flux at the surface (001,001,235) should be diagnosed. The
mean upward flux is then the difference between the former and the
latter, and the ratio of the mean upward to the mean downward flux
gives an appropriate mean albedo. When calculating the albedo of an
extended region the upward and downward fluxes over that region should
be averaged first and then ratioed: it would be incorrect to calculate
the albedo at each individual point and take the mean of the resulting
fields as this would distort the proper flux-weighting of the
diagnostic. [lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rsu |
CFmon APmonLev |
correct_multilevel_metadata(m01s01i217UPWARD SW FLUX ON LEVELS
Upwards SW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
commentFor instantaneous outputs, this diagnostic represents an
average over the radiation time step using the state of the atmosphere
(T,q,clouds) from the first dynamics step within that interval. The time
coordinate is the start of the radiation time step interval, so the value
for t(N) is the average from t(N) to t(N+1).
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rsu4co2 |
CFmon APmonLev |
correct_multilevel_metadata(m01s01i521UPWARD SW FLUX ON LEVELS W/ GHG FORC
Upwards SW flux in Wm-2 on radiation levels
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rsucs |
CFmon APmonLev |
correct_multilevel_metadata(m01s01i219CLEAR-SKY UPWARD SW FLUX ON LEVELS
Clear-sky upwards SW flux in Wm-2 on radiation levels.
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
commentFor instantaneous outputs, this diagnostic represents an
average over the radiation time step using the state of the atmosphere
(T,q,clouds) from the first dynamics step within that interval. The time
coordinate is the start of the radiation time step interval, so the value
for t(N) is the average from t(N) to t(N+1).
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rsucs4co2 |
CFmon APmonLev |
correct_multilevel_metadata(m01s01i523CLEAR UP SW FLUX ON LEVS W/ GHG FORC
Clear-sky (ignoring clouds) upwards SW flux in Wm-2 on radiation levels
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=128])
|
|
longitude latitude alevhalf time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rsucsaf |
E3hrPt AE3hrPtLev |
correct_multilevel_metadata(m01s01i519CLEAR-CLEAN UPWARD SW FLUX ON LEVELS
Clear-sky, clean-air upwards SW flux in Wm-2 on radiation levels
(ignoring clouds and aerosol direct effects).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lbproc=0])
|
|
longitude latitude alevhalf time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rsucsafbnd |
E3hrPt AE3hrPtLev |
correct_multilevel_metadata(m01s01i527CLR UP SW FLUX LEVS/BNDS W/ GHG FORC
Clear-sky (ignoring clouds) upwards SW flux in Wm-2 on radiation levels
and on SW bands (as defined in the SW spectral file)
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.)
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files). [lbproc=0])
|
|
longitude latitude alevhalf spectband time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rsucsbnd |
E3hrPt AP3hrPtLev |
correct_multilevel_metadata(m01s01i511CLEAR UP SW FLUX ON LEVELS AND BANDS
Clear-sky (ignoring clouds) upwards SW flux in Wm-2 on radiation levels
and on SW bands (as defined in the SW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.)
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files). [lbproc=0])
|
|
longitude latitude alevhalf spectband time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rsus |
3hr Amon day AP3hr APday APmon |
m01s01i235TOTAL DOWNWARD SURFACE SW FLUX
The total downward SW radiative flux at the surface (ground
or ocean surface). The diagnostic is available only on SW radiation
timesteps. [lbproc=128] - m01s01i201NET DOWN SURFACE SW FLUX: SW TS ONLY
The net downward (total downward minus upward) radiative SW flux at the
surface (ground or ocean surface). The diagnostic is available
only on SW radiation timesteps.
Note on calculating mean albedos: Temporal or spatial means of albedos
must be defined in terms of fluxes. To calculate a mean surface albedo
downward flux at the surface (001,001,235) should be diagnosed. The
mean upward flux is then the difference between the former and the
latter, and the ratio of the mean upward to the mean downward flux
gives an appropriate mean albedo. When calculating the albedo of an
extended region the upward and downward fluxes over that region should
be averaged first and then ratioed: it would be incorrect to calculate
the albedo at each individual point and take the mean of the resulting
fields as this would distort the proper flux-weighting of the
diagnostic. [lbproc=128]
|
commentFor instantaneous outputs, this diagnostic represents an
average over the radiation time step using the state of the atmosphere
(T,q,clouds) from the first dynamics step within that interval. The time
coordinate is the start of the radiation time step interval, so the value
for t(N) is the average from t(N) to t(N+1).
|
longitude latitude time |
W m-2 |
radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rsuscs |
3hr Amon CFday AP3hr APday APmon mon day 6hr |
m01s01i211CLEAR-SKY (II) UP SURFACE SW FLUX
The upward clear-sky SW radiative flux at the surface.
It is calculated using method II for clear-sky fluxes; that is
at every grid-point the radiative flux is calculated using
exactly the same physical inputs (gaseous mixing ratios, surface
albedos etc.) as for the all-sky calculation, except that
the radiative effects of clouds are ignored.
Note on calculating mean albedos: Temporal or spatial means of albedos
must be defined in terms of fluxes. To calculate a mean clear-sky
surface albedo the total clear-sky downward flux at the surface
should be diagnosed. These fields should be meaned in space and time
as required and then ratioed to give an albedo: it would be incorrect
to average an albedo itself as this would distort the proper
flux-weighting of the diagnostic. [lbproc=128]
|
|
longitude latitude time |
W m-2 |
cftables radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rsuscsaf |
E3hrPt AE3hrPt |
m01s01i519CLEAR-CLEAN UPWARD SW FLUX ON LEVELS
Clear-sky, clean-air upwards SW flux in Wm-2 on radiation levels
(ignoring clouds and aerosol direct effects).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=1, lbproc=0]
|
|
longitude latitude time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rsuscsafbnd |
E3hrPt AE3hrPt |
m01s01i527CLR UP SW FLUX LEVS/BNDS W/ GHG FORC
Clear-sky (ignoring clouds) upwards SW flux in Wm-2 on radiation levels
and on SW bands (as defined in the SW spectral file)
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.)
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files). [lblev=1, lbproc=0]
|
|
longitude latitude spectband time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rsuscsbnd |
E3hrPt AP3hrPt |
m01s01i511CLEAR UP SW FLUX ON LEVELS AND BANDS
Clear-sky (ignoring clouds) upwards SW flux in Wm-2 on radiation levels
and on SW bands (as defined in the SW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.)
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files). [lblev=1, lbproc=0]
|
|
longitude latitude spectband time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rsut |
Amon CFday APday APmon |
m01s01i208OUTGOING SW RAD FLUX (TOA)
The outgoing SW radiative flux at the top of the atmosphere.
Note on Calculating Albedos: The albedo is a measure of the fraction
of incident energy reflected and therefore flux weighting must be
applied when forming means. To calculate a time-mean albedo at a
point you should diagnose the incoming and outgoing SW radiative fluxes
the appropriate time means and take the ratio of the latter to the
former. To diagnose a spatially meaned albedo you should mean the
incoming and outgoing SW fluxes over the region in question before
taking the ratio. Note especially when using a graphics package to
plot a map of the albedo that if the package has a facility for
generating the mean of the plotted field automatically the number
you get will not be the actual mean albedo of the region as defined
from the meaned fluxes. [lbproc=128]
|
commentFor instantaneous outputs, this diagnostic represents an
average over the radiation time step using the state of the atmosphere
(T,q,clouds) from the first dynamics step within that interval. The time
coordinate is the start of the radiation time step interval, so the value
for t(N) is the average from t(N) to t(N+1).
|
longitude latitude time |
W m-2 |
cftables radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rsut4co2 |
CFmon APmon |
m01s01i521UPWARD SW FLUX ON LEVELS W/ GHG FORC
Upwards SW flux in Wm-2 on radiation levels
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=86, lbproc=128]
|
|
longitude latitude time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rsutaf |
AERmon AEmon |
m01s01i517CLEAN-AIR UPWARD SW FLUX ON LEVELS
Clean-air upwards SW flux in Wm-2 on radiation levels
(ignoring aerosol direct effects).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=86, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rsutcs |
Amon CFday E3hr AP3hr APday APmon mon day 6hr |
m01s01i209CLEAR-SKY (II) UPWARD SW FLUX (TOA)
The outgoing clear-sky SW radiative flux at the top of the
atmosphere. This is calculated as type II; that is at every
grid-point the radiative flux is calculated using exactly
the same physical inputs (gaseous mixing ratios, surface
albedos etc.) as for the all-sky calculation, except that
the radiative effects of clouds are ignored.
Note on Calculating Albedos: The albedo is a measure of the fraction
of incident energy reflected and therefore flux weighting must be
applied when forming means. To calculate a time-mean clear-sky albedo
at a point you should diagnose the incoming and outgoing clear-sky
SW radiative fluxes at the top of the atmosphere ((001,001,207) and
the latter to the former. To diagnose a spatially meaned albedo you
should mean the incoming and outgoing SW fluxes over the region in
question before taking the ratio. Note especially when using a
graphics package to plot a map of the albedo that if the package has
a facility for generating the mean of the plotted field automatically
the number you get will not be the actual mean albedo of the region as
defined from the meaned fluxes. [lbproc=128]
|
|
longitude latitude time |
W m-2 |
cftables radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rsutcs4co2 |
CFmon APmon |
m01s01i523CLEAR UP SW FLUX ON LEVS W/ GHG FORC
Clear-sky (ignoring clouds) upwards SW flux in Wm-2 on radiation levels
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=86, lbproc=128]
|
|
longitude latitude time |
W m-2 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| rsutcsaf |
AERmon AEmon |
m01s01i519CLEAR-CLEAN UPWARD SW FLUX ON LEVELS
Clear-sky, clean-air upwards SW flux in Wm-2 on radiation levels
(ignoring clouds and aerosol direct effects).
This is a 3-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.) [lblev=86, lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rsutcsafbnd |
E3hrPt AP3hrPt E3hrPt |
m01s01i527CLR UP SW FLUX LEVS/BNDS W/ GHG FORC
Clear-sky (ignoring clouds) upwards SW flux in Wm-2 on radiation levels
and on SW bands (as defined in the SW spectral file)
diagnosed after greenhouse gas mixing ratios have been adjusted
in the 'Diagnostic forcing' panel (radfcdia namelist).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.)
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files). [lblev=86, lbproc=0]
|
|
longitude latitude spectband time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rsutcsbnd |
E3hrPt AP3hrPt E3hrPt |
m01s01i511CLEAR UP SW FLUX ON LEVELS AND BANDS
Clear-sky (ignoring clouds) upwards SW flux in Wm-2 on radiation levels
and on SW bands (as defined in the SW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.)
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files). [lblev=86, lbproc=0]
|
|
longitude latitude spectband time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| rtmt |
Amon APmon |
m01s01i207INCOMING SW RAD FLUX (TOA): ALL TSS
The incoming SW radiative flux from the sun. The diagnostic
is calculated for all timesteps. [lbproc=128] - m01s01i208OUTGOING SW RAD FLUX (TOA)
The outgoing SW radiative flux at the top of the atmosphere.
Note on Calculating Albedos: The albedo is a measure of the fraction
of incident energy reflected and therefore flux weighting must be
applied when forming means. To calculate a time-mean albedo at a
point you should diagnose the incoming and outgoing SW radiative fluxes
the appropriate time means and take the ratio of the latter to the
former. To diagnose a spatially meaned albedo you should mean the
incoming and outgoing SW fluxes over the region in question before
taking the ratio. Note especially when using a graphics package to
plot a map of the albedo that if the package has a facility for
generating the mean of the plotted field automatically the number
you get will not be the actual mean albedo of the region as defined
from the meaned fluxes. [lbproc=128]
- m01s03i332TOA OUTGOING LW RAD AFTER B.LAYER
Outgoing longwave radiation at the top of the atmosphere after call to boundary
layer (W/m2). This is adjusted to be consistent the change in surface temperatu
re.
Available on all timesteps. [lbproc=128]
|
|
longitude latitude time |
W m-2 |
radiation |
ok |
HadREM-CP4A_mappings.cfg |
| rv850 |
6hrPlev AP6hr |
m01s30i455VORTICITY 850
VORTICITY 850
1/s
Relative vorticity at 850mbar.
need to be requested to activate filter for
FV-TRACK (see UMDP 032). Use in a single level [blev=P850850.0 , lbproc=128]
|
|
longitude latitude p850 time |
s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| sbl |
LImon Eday LIday |
land_class_mean(m01s03i331SUBLIMATION MOISTURE FLUX ON TILES
Snow sublimation moisture flux on tiles in kg/m2/s.
This was previously wrongly named as a heat flux.
Available on all timesteps. [lbproc=128], m01s03i317SURFACE TILE FRACTIONS
Fractions of "underlying" surface types (ie: without moving their
snow-covered fraction to the ice tile). Same as prognostic (1, 0, 216).
The tiles are:
1. Broadleaf tree
2. Needleleaf tree
3. C3 grass
4. C4 grass
5. Shrub
6. Urban
7. Water
8. Bare Soil
9. Ice
and all may include snow cover.
Same as prognostics (1, 0, 216).
Only available with A03_7A.
Available on all timesteps. [lbproc=128],
land_class='all')
|
|
longitude latitude time |
kg m-2 s-1 |
snow-permafrost |
ok |
HadREM-CP4A_mappings.cfg |
| sci |
Amon APmon |
m01s05i270SHALLOW CONVECTION INDICATOR
Type indicator for diagnosed shallow convection. Similar to boundary layer type indicators (3305 to 3310).
Set to 1.0 if true, 0.0 if not. Non-exclusive: shallow is a subset of total convection (3309+3310)
Available on all timesteps. [lbproc=128]
|
|
longitude latitude time |
1 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| scldncl |
Eday APday |
mask_using_cube(m01s01i298CDNC @CLOUD TOP * WEIGHT
A 2-dimensional diagnostic of liquid cloud droplet number concentration
(in cm-3) as observed from above cloud top, weighted by its own specific
weight (1:01:299), by which it must be divided to be meaningful. [lbproc=128] / m01s01i299WEIGHT FOR CDNC @CLOUD TOP
Weight for diagnostic. [lbproc=128],
m01s02i391LARGE SCALE LIQUID WATER PATH kg/m2
Vertical integral using gridbox mean qcl in radiation (item 2308) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128] + m01s02i392LARGE SCALE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2309) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128] - (m01s02i395CONVECTIVE CORE LIQUID WATER PATH kg/m2
Vertical integral using gridbox mean qcl in radiation (item 2318) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128]
+ m01s02i396CONVECTIVE CORE ICE WATER PATH kg/m2
Vertical integral using gridbox mean qcf in radiation (item 2319) and
layer mass (item 2110).
To output this diagnostic specify a single level domain [lbproc=128]))
|
commentThis droplet number is estimated in PC2 scheme hence contributed from
both stratiform clouds and convective clouds.
|
longitude latitude time |
cm-3 |
cloud |
ok |
HadREM-CP4A_mappings.cfg |
| sconcdust |
Emon APmon |
m01s17i257TOTAL DUST CONC (microg/m3)
The total mineral dust aerosol concentration (summed over all
size divisions) on model levels at the end of the atmospheric
timestep.
Units are microgrammes per cubic metre. [lblev=1, lbproc=128]
|
|
longitude latitude time |
ug m-3 |
dust |
ok |
HadREM-CP4A_mappings.cfg |
| sfcWind |
6hrPlev Amon E3hr Prim3hr day AP3hr AP6hr APday APmon |
m01s03i23010 METRE WIND SPEED ON C GRID
No help entry available. [lbproc=128]
|
noteAn arbitrary choice between 'B-grid' or 'C-grid' but it would seem
sensible to use the same throughout. |
longitude latitude height10m time |
m s-1 |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| sfcWindmax |
Emon APmon |
mon_mean_from_day(m01s03i23010 METRE WIND SPEED ON C GRID
No help entry available. [lbproc=8192])
|
|
longitude latitude height10m time |
m s-1 |
boundary-layer |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfdms |
Cres6hrPt |
m01s34i071DMS MASS MIXING RATIO AFTER TIMESTEP
Dimethyl Sulphide Mass Mixing Ratio in kg/kg(Air) [lbproc=0, lblev=1]
* (MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_DMS62.1 )
|
|
longitude latitude time1 |
mol mol-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfdsi |
Omon OPmon |
siflsaltbot
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfisop |
Cres6hrPt |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_ISOPRENE68. )
* m01s34i027C5H8 MASS MIXING RATIO AFTER TSTEP
Isoprene Mass Mixing Ratio in kg/kg(Air) [lbproc=0, lblev=1]
|
|
longitude latitude time1 |
mol mol-1 |
chemistry |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrBC2 |
CresAERday |
m01s34i105AITKEN MODE (SOLUBLE) BC MMR
Aitken Mode (Soluble) Black Carbon Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128, lblev=1]
|
commentReported as kg C/kg air.
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrBC3 |
CresAERday |
m01s34i109ACCUMULATION MODE (SOL) BC MMR
Accumulation Mode (Soluble) Black Carbon Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128, lblev=1]
|
commentReported as kg C/kg air.
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrBC4 |
CresAERday |
m01s34i115COARSE MODE (SOLUBLE) BC MMR
Coarse Mode (Soluble) Black Carbon Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128, lblev=1]
|
commentReported as kg C/kg air.
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrBC5 |
CresAERday |
m01s34i120AITKEN MODE (INSOLUBLE) BC MMR
Aitken Mode (InSoluble) Black Carbon Aerosol
Mass Mixing Ratio in kg/kg(Air) [lbproc=128, lblev=1]
|
commentReported as kg C/kg air.
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrDUd1 |
CresAERday |
m01s00i431[lbproc=128, lblev=1]
|
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrDUd2 |
CresAERday |
m01s00i432[lbproc=128, lblev=1]
|
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrDUd3 |
CresAERday |
m01s00i433[lbproc=128,lblev=1]
|
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrDUd4 |
CresAERday |
m01s00i434[lbproc=128,lblev=1]
|
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrDUd5 |
CresAERday |
m01s00i435[lbproc=128,lblev=1]
|
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrDUd6 |
CresAERday |
m01s00i436[lbproc=128,lblev=1]
|
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrOA1 |
CresAERday |
m01s34i126NUCLEATION MODE (SOLUBLE) OM MMR
Nucleation Mode (Soluble) Organic Matter Aerosol
Mass Mixing Ratio in kg/kg(Air) [lbproc=128, lblev=1]
|
commentReported as kg OM/kg air using a ratio of 1.4 C/OM.
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrOA2 |
CresAERday |
m01s34i106AITKEN MODE (SOLUBLE) OM MMR
Aitken Mode (Soluble) Organic Matter Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128, lblev=1]
|
commentReported as kg OM/kg air using a ratio of 1.4 C/OM.
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrOA3 |
CresAERday |
m01s34i110ACCUMULATION MODE (SOL) OM MMR
Accumulation Mode (Soluble) Organic Matter Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128, lblev=1]
|
commentReported as kg OM/kg air using a ratio of 1.4 C/OM.
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrOA4 |
CresAERday |
m01s34i116COARSE MODE (SOLUBLE) OM MMR
Coarse Mode (Soluble) Organic Matter Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128, lblev=1]
|
commentReported as kg OM/kg air using a ratio of 1.4 C/OM.
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrOA5 |
CresAERday |
m01s34i121AITKEN MODE (INSOLUBLE) OM MMR
Aitken Mode (InSoluble) Organic Matter Aerosol
Mass Mixing Ratio in kg/kg(Air) [lbproc=128, lblev=1]
|
commentReported as kg OM/kg air using a ratio of 1.4 C/OM.
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrSS2 |
CresAERday |
m01s34i127AITKEN MODE (SOLUBLE) SEA SALT MMR
Aitken Mode (Soluble) Sea Salt Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128, lblev=1]
|
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrSS3 |
CresAERday |
m01s34i111ACCUMULATION MODE (SOL) SEA SALT MMR
Accumulation Mode (Soluble) Sea Salt Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128, lblev=1]
|
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrSS4 |
CresAERday |
m01s34i117COARSE MODE (SOLUBLE) SEA SALT MMR
Coarse Mode (Soluble) Sea Salt Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128, lblev=1]
|
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrSU1 |
CresAERday |
m01s34i102NUCLEATION MODE (SOLUBLE) H2SO4 MMR
Nucleation Mode (Soluble) H2SO4 Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128, lblev=1]
|
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrSU2 |
CresAERday |
m01s34i104AITKEN MODE (SOLUBLE) H2SO4 MMR
Aitken Mode (Soluble) Aerosol H2SO4 Mass Mixing Ratio
in kg/kg(Air) [lbproc=128, lblev=1]
|
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrSU3 |
CresAERday |
m01s34i108ACCUMULATION MODE (SOL) H2SO4 MMR
Accumulation Mode (Soluble) H2SO4 Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128, lblev=1]
|
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrSU4 |
CresAERday |
m01s34i114COARSE MODE (SOLUBLE) H2SO4 MMR
Coarse Mode (Soluble) H2SO4 Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=128, lblev=1]
|
|
longitude latitude time |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrbc |
Cres6hrPt |
m01s34i105AITKEN MODE (SOLUBLE) BC MMR
Aitken Mode (Soluble) Black Carbon Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=0, lblev=1] + m01s34i109ACCUMULATION MODE (SOL) BC MMR
Accumulation Mode (Soluble) Black Carbon Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=0, lblev=1]
+ m01s34i115COARSE MODE (SOLUBLE) BC MMR
Coarse Mode (Soluble) Black Carbon Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=0, lblev=1] + m01s34i120AITKEN MODE (INSOLUBLE) BC MMR
Aitken Mode (InSoluble) Black Carbon Aerosol
Mass Mixing Ratio in kg/kg(Air) [lbproc=0, lblev=1]
|
commentReported as kg C/kg air.
|
longitude latitude time1 |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrdust |
CresAERday |
m01s00i431[lbproc=128, lblev=1] + m01s00i432[lbproc=128, lblev=1]
+ m01s00i433[lbproc=128, lblev=1] + m01s00i434[lbproc=128, lblev=1]
+ m01s00i435[lbproc=128, lblev=1]
+ m01s00i436[lbproc=128, lblev=1]
|
|
longitude latitude time |
kg kg-1 |
dust |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrdustabv1 |
Cres6hrPt |
m01s00i434[lbproc=0, lblev=1]
+ m01s00i435[lbproc=0, lblev=1]
+ m01s00i436[lbproc=0, lblev=1]
|
|
longitude latitude time1 |
kg kg-1 |
dust |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrdustabv10 |
Cres6hrPt |
m01s00i436[lbproc=0, lblev=1]
|
|
longitude latitude time1 |
kg kg-1 |
dust |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrdustbel1 |
Cres6hrPt |
m01s00i431[lbproc=0, lblev=1] + m01s00i432[lbproc=0, lblev=1]
+ m01s00i433[lbproc=0, lblev=1]
|
|
longitude latitude time1 |
kg kg-1 |
dust |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmroa |
Cres6hrPt |
m01s34i106AITKEN MODE (SOLUBLE) OM MMR
Aitken Mode (Soluble) Organic Matter Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=0, lblev=1] + m01s34i110ACCUMULATION MODE (SOL) OM MMR
Accumulation Mode (Soluble) Organic Matter Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=0, lblev=1]
+ m01s34i116COARSE MODE (SOLUBLE) OM MMR
Coarse Mode (Soluble) Organic Matter Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=0, lblev=1] + m01s34i121AITKEN MODE (INSOLUBLE) OM MMR
Aitken Mode (InSoluble) Organic Matter Aerosol
Mass Mixing Ratio in kg/kg(Air) [lbproc=0, lblev=1]
+ m01s34i126NUCLEATION MODE (SOLUBLE) OM MMR
Nucleation Mode (Soluble) Organic Matter Aerosol
Mass Mixing Ratio in kg/kg(Air) [lbproc=0, lblev=1]
|
commentReported as kg OM/kg air using a ratio of 1.4 C/OM.
|
longitude latitude time1 |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrso4 |
Cres6hrPt |
(MOLECULAR_MASS_OF_SO496. / MOLECULAR_MASS_OF_H2SO498. )
* (m01s34i102NUCLEATION MODE (SOLUBLE) H2SO4 MMR
Nucleation Mode (Soluble) H2SO4 Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=0, lblev=1]
+ m01s34i104AITKEN MODE (SOLUBLE) H2SO4 MMR
Aitken Mode (Soluble) Aerosol H2SO4 Mass Mixing Ratio
in kg/kg(Air) [lbproc=0, lblev=1]
+ m01s34i108ACCUMULATION MODE (SOL) H2SO4 MMR
Accumulation Mode (Soluble) H2SO4 Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=0, lblev=1]
+ m01s34i114COARSE MODE (SOLUBLE) H2SO4 MMR
Coarse Mode (Soluble) H2SO4 Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=0, lblev=1])
|
|
longitude latitude time1 |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfmmrss |
Cres6hrPt |
m01s34i111ACCUMULATION MODE (SOL) SEA SALT MMR
Accumulation Mode (Soluble) Sea Salt Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=0, lblev=1] + m01s34i117COARSE MODE (SOLUBLE) SEA SALT MMR
Coarse Mode (Soluble) Sea Salt Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=0, lblev=1]
+ m01s34i127AITKEN MODE (SOLUBLE) SEA SALT MMR
Aitken Mode (Soluble) Sea Salt Aerosol Mass Mixing Ratio
in kg/kg(Air) [lbproc=0, lblev=1]
|
|
longitude latitude time1 |
kg kg-1 |
aerosol |
embargoed |
HadREM-CP4A_mappings.cfg |
| sfno2 |
AERhr AE1hr |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_NO30. 2)
* m01s34i996NO2 MASS MIXING RATIO AFTER TIMESTEP
Mass mixing ratio of NO2 (kg/kg)
This variable is a prognostic but is not advected. [lblev=1, lbproc=128]
|
|
longitude latitude time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| sfo3 |
AERhr AE1hr |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_O348. )
* m01s34i001O3 MASS MIXING RATIO AFTER TIMESTEP
Ozone Mass Mixing Ratio in kg/kg(Air) [lblev=1, lbproc=128]
|
|
longitude latitude time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| sfo3max |
AERday AEday |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_O348. )
* m01s34i001O3 MASS MIXING RATIO AFTER TIMESTEP
Ozone Mass Mixing Ratio in kg/kg(Air) [lblev=1, lbproc=8192]
|
|
longitude latitude time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| sftgif |
fx LPfx |
m01s03i317SURFACE TILE FRACTIONS
Fractions of "underlying" surface types (ie: without moving their
snow-covered fraction to the ice tile). Same as prognostic (1, 0, 216).
The tiles are:
1. Broadleaf tree
2. Needleleaf tree
3. C3 grass
4. C4 grass
5. Shrub
6. Urban
7. Water
8. Bare Soil
9. Ice
and all may include snow cover.
Same as prognostics (1, 0, 216).
Only available with A03_7A.
Available on all timesteps.
|
commentThe fraction of grid cell occupied by 'permanent' ice (i.e.,
glaciers).
|
longitude latitude typeli |
% |
snow-permafrost |
embargoed |
HadREM-CP4A_mappings.cfg |
| sftlf |
fx APfx mon day 6hr 3hr 1hr |
m01s00i505
|
|
longitude latitude typeland |
1 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| sftof |
Ofx OPfx |
sftof
|
|
longitude latitude typesea |
% |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| siage |
SImon |
iage * SECONDS_IN_DAY86400. * DAYS_IN_YEAR360.
|
|
longitude latitude time |
s |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sialb |
SImon |
m01s01i505SEA ICE ALBEDO, WEIGHTED (aggregate)
Upward shortwave radiation, multiplied by sea-ice fraction, and divided by
downward shortwave radiation (aggregate over all ice thickness categories) [lbproc=128] / m01s00i031[lbproc=128]
|
|
longitude latitude time |
1 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| sicompstren |
SImon |
sicompstren
|
|
longitude latitude time |
N m-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siconc |
SImon |
aice
|
|
longitude latitude typesi time |
1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siconca |
SIday SImon mon day |
m01s00i031[lbproc=128]
|
|
longitude latitude typesi time |
1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidconcdyn |
SImon |
sidconcdyn
|
|
longitude latitude time |
s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidconcth |
SImon |
sidconcth
|
|
longitude latitude time |
s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidmassdyn |
SImon |
dvidtd * ICE_DENSITY917. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidmassevapsubl |
SImon |
-1 * evap_ai * FRESHWATER_DENSITY1000. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidmassgrowthbot |
SImon |
congel * ICE_DENSITY917. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidmassgrowthwat |
SImon |
frazil * ICE_DENSITY917. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidmasslat |
SImon |
-1 * meltl * ICE_DENSITY917. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidmassmeltbot |
SImon |
-1 * meltb * ICE_DENSITY917. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidmassmelttop |
SImon |
-1 * meltt * ICE_DENSITY917. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidmasssi |
SImon |
snoice * ICE_DENSITY917. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidmassth |
SImon |
dvidtt * ICE_DENSITY917. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidmasstranx |
SImon |
sidmasstranx
|
|
longitude latitude time |
kg s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidmasstrany |
SImon |
sidmasstrany
|
|
longitude latitude time |
kg s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sidragtop |
SImon |
m01s03i538SEA AND SEA ICE DRAG COEFFICIENT
Combined drag coefficient for momentum over open ocean, marginal ice and pack ice.
This is field cd_ssi in JULES routine sf_exch. (dimensionless) [lbproc=128] / m01s00i031[lbproc=128]
|
|
longitude latitude time |
1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sifb |
SImon |
sifb
|
|
longitude latitude time |
m |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siflcondbot |
SImon |
siflcondbot
|
|
longitude latitude time |
W m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siflcondtop |
SImon |
siflcondtop
|
|
longitude latitude time |
W m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siflfwbot |
SImon |
((meltt + meltb + meltl - congel - frazil) * ICE_DENSITY917. + melts
* SNOW_DENSITY330. ) / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| siflfwdrain |
SImon |
(meltt * ICE_DENSITY917. + melts * SNOW_DENSITY330. )
/ (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| sifllatstop |
SImon |
-1. * flat_ai / aice
|
|
longitude latitude time |
W m-2 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| sifllwdtop |
SImon |
m01s02i501LW DOWN OVER ICE, WGHTD (aggr)(W/m2)
Downward longwave radiation multiplied by sea-ice fraction
(aggregate over all ice thickness categories) [lbproc=128] / m01s00i031[lbproc=128]
|
|
longitude latitude time |
W m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sifllwutop |
SImon |
m01s03i531LW UP OVER ICE, WEIGHTED(aggr)(W/m2)
Upward longwave radiation multiplied by sea-ice fraction
(aggregate over all ice thickness categories)
(calculated after surface temperature is updated in boundary layer scheme) [lbproc=128] / m01s00i031[lbproc=128]
|
|
longitude latitude time |
W m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siflsaltbot |
SImon |
((meltt + meltb + meltl - congel - frazil) * ICE_DENSITY917. + melts
* SNOW_DENSITY330. ) / (100. * SECONDS_IN_DAY86400. * aice) * REF_SALINITY8. / 1000.
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| siflsenstop |
SImon |
-1. * m01s03i533SENS. HF OVER ICE, WGTED(aggr)(W/m2)
Sensible heat flux multiplied by sea-ice fraction
(aggregate over all ice thickness categories) [lbproc=128] / m01s00i031[lbproc=128]
|
|
longitude latitude time |
W m-2 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| siflsensupbot |
SImon |
siflsensupbot
|
|
longitude latitude time |
W m-2 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| siflswdtop |
SImon |
m01s01i501SW DOWN OVER ICE, WGHTD (aggr)(W/m2)
Downward shortwave radiation multiplied by sea-ice fraction
(aggregate over all ice thickness categories) [lbproc=128] / m01s00i031[lbproc=128]
|
|
longitude latitude time |
W m-2 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| siflswutop |
SImon |
m01s01i503SW UP OVER ICE, WGHTED (aggr)(W/m2)
Upward shortwave radiation multiplied by sea-ice fraction
(aggregate over all ice thickness categories) [lbproc=128] / m01s00i031[lbproc=128]
|
|
longitude latitude time |
W m-2 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| siforcecoriolx |
SImon |
siforcecoriolx
|
|
longitude latitude time |
N m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siforcecorioly |
SImon |
siforcecorioly
|
|
longitude latitude time |
N m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siforceintstrx |
SImon |
siforceintstrx
|
|
longitude latitude time |
N m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siforceintstry |
SImon |
siforceintstry
|
|
longitude latitude time |
N m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siforcetiltx |
SImon |
siforcetiltx
|
|
longitude latitude time |
N m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siforcetilty |
SImon |
siforcetilty
|
|
longitude latitude time |
N m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sihc |
SImon |
sihc
|
|
longitude latitude time |
J m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siitdconc |
SImon |
aicen
|
|
longitude latitude iceband time |
1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siitdsnconc |
SImon |
snowfracn
|
|
longitude latitude iceband time |
1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siitdsnthick |
SImon |
vsnon / aicen
|
|
longitude latitude iceband time |
m |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siitdthick |
SImon |
vicen / aicen
|
|
longitude latitude iceband time |
m |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| simass |
SImon |
hi * ICE_DENSITY917.
|
|
longitude latitude time |
kg m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| simpconc |
SImon |
apond_ai / aice
|
commentThis is requested as an 'area fraction of the sea ice surface'. Hence
it is intensive, and should be multiplied at each timestep by ice area then
divided by mean ice area.
|
longitude latitude typemp time |
1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| simpmass |
SImon |
hpond_ai / aice
|
commentAs an intensive variable, this needs to be multiplied by ice area
each timestep (hence hpond_ai), then divided by mean ice area.
|
longitude latitude time |
m |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| simprefrozen |
SImon |
ipond_ai / apond_ai
|
commentThis is a confusing variable. It is 'doubly intensive', as it depends
on melt pond area. For consistency, I am going to report the requested
variable, multiplied at each timestep by meltpond area and ice area (hence
ipond_ai), and then divide at the end by meltpond area and ice area.
|
longitude latitude time |
m |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sipr |
SImon |
rain_ai * FRESHWATER_DENSITY1000. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| sirdgconc |
SImon |
ardg
|
|
longitude latitude typesirdg time |
1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sirdgthick |
SImon |
vrdg / ardg
|
|
longitude latitude time |
m |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| sisaltmass |
SImon |
sisaltmass
|
noteThe interpretation of this variable in CICE is not obvious as CICE has
two simultaneous salinity profiles (when prognostic salinity is not being
used). |
longitude latitude time |
kg m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sisnconc |
SImon |
snowfrac / aice
|
|
longitude latitude time |
1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sisnhc |
SImon |
sisnhc
|
|
longitude latitude time |
J m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sisnmass |
SImon |
hs * SNOW_DENSITY330.
|
|
longitude latitude time |
kg m-2 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sisnthick |
SImon |
sisnthick
|
|
longitude latitude time |
m |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sispeed |
SImon |
sispeed
|
|
longitude latitude time |
m s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sistrxdtop |
SImon |
sistrxdtop
|
|
longitude latitude time |
N m-2 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| sistrxubot |
SImon |
sistrxubot
|
|
longitude latitude time |
N m-2 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| sistrydtop |
SImon |
sistrydtop
|
|
longitude latitude time |
N m-2 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| sistryubot |
SImon |
sistryubot
|
|
longitude latitude time |
N m-2 |
seaice |
embargoed |
HadREM-CP4A_mappings.cfg |
| sitempbot |
SImon |
sitempbot
|
|
longitude latitude time |
K |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sitemptop |
SIday SImon |
m01s03i535TSTAR OVER ICE, WEIGHTED(aggr)(K)
Sea-ice surface temperature multiplied by sea-ice fraction
(aggregate over all ice thickness categories) [lbproc=128] / m01s00i031[lbproc=128]
|
|
longitude latitude time |
K |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sithick |
SImon |
sithick
|
|
longitude latitude time |
m |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sitimefrac |
SImon |
ice_present
|
|
longitude latitude time |
1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siu |
SImon |
siu
|
|
longitude latitude time |
m s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| siv |
SImon |
siv
|
|
longitude latitude time |
m s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sivol |
SImon |
hi
|
|
longitude latitude time |
m |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sltbasin |
EmonZ OPmonZ |
1.026 * combine_cubes_to_basin_coord(sltbasin_global,
sltbasin_atlantic, sltbasin_indopacific, mask_global=global_ocean_1D_V,
mask_atl=atlantic_arctic_ocean_1D_V, mask_indpac=indian_pacific_ocean_1D_V)
|
commentThe latitude coordinate is for reference only and is the
closest native grid line passing through 65.6 N, 168.7 W (Bering Strait).
The atlantic_arctic_ocean basin includes the baltic_sea and hudson_bay
basins and the right-hand half of the arctic_ocean basin (with respect to
the native model grid). The indian_pacific_ocean basin includes the
red_sea basin. This diagnostic has been calculated with respect to the
native grid and NOT with respect to true north as requested.
|
latitude basin time |
Tg s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| sltovgyre |
Omon OPmonZ |
1.026 * combine_cubes_to_basin_coord(sltovgyre_global,
sltovgyre_atlantic, sltovgyre_indopacific, mask_global=global_ocean_1D_V,
mask_atl=atlantic_arctic_ocean_1D_V, mask_indpac=indian_pacific_ocean_1D_V)
|
commentThe latitude coordinate is for reference only and is the
closest native grid line passing through 65.6 N, 168.7 W (Bering Strait).
The atlantic_arctic_ocean basin includes the baltic_sea and hudson_bay
basins and the right-hand half of the arctic_ocean basin (with respect to
the native model grid). The indian_pacific_ocean basin includes the
red_sea basin. This diagnostic has been calculated with respect to the
native grid and NOT with respect to true north as requested.
|
latitude basin time |
Tg s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| sltovovrt |
Omon OPmonZ |
1.026 * combine_cubes_to_basin_coord(sltovovrt_global,
sltovovrt_atlantic, sltovovrt_indopacific, mask_global=global_ocean_1D_V,
mask_atl=atlantic_arctic_ocean_1D_V, mask_indpac=indian_pacific_ocean_1D_V)
|
commentThe latitude coordinate is for reference only and is the
closest native grid line passing through 65.6 N, 168.7 W (Bering Strait).
The atlantic_arctic_ocean basin includes the baltic_sea and hudson_bay
basins and the right-hand half of the arctic_ocean basin (with respect to
the native model grid). The indian_pacific_ocean basin includes the
red_sea basin. This diagnostic has been calculated with respect to the
native grid and NOT with respect to true north as requested.
|
latitude basin time |
Tg s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| snc |
day LImon LIday |
snc_calc(m01s08i236SNOW AMOUNT ON TILES KG/M2
Amount of snow (Kg/m2) of each surface tile
Available on land points only. [lbproc=128],
m01s03i317SURFACE TILE FRACTIONS
Fractions of "underlying" surface types (ie: without moving their
snow-covered fraction to the ice tile). Same as prognostic (1, 0, 216).
The tiles are:
1. Broadleaf tree
2. Needleleaf tree
3. C3 grass
4. C4 grass
5. Shrub
6. Urban
7. Water
8. Bare Soil
9. Ice
and all may include snow cover.
Same as prognostics (1, 0, 216).
Only available with A03_7A.
Available on all timesteps. [lbproc=128],
m01s03i395FRACTION OF LAND
This item is the fraction of land in the gridbox. [lbproc=128])
|
commentA threshold is applied to determine whether a tile is covered
in snow or not - if a tile has more than 0.1 kg/m2 of snow it is
considered as covered with snow, if less then there is no snow. This
means other snow diagnostics may indicate snow but this diagnostic is
zero. We have not applied a threshold to the other snow diagnostics
(unless explicitly noted) to preserve mass conservation.
|
longitude latitude time |
% |
snow-permafrost |
ok |
HadREM-CP4A_mappings.cfg |
| snd |
Eday LImon LIday |
land_class_mean(m01s08i376SNOW DEPTH ON GROUND ON TILES (M)
The total physical depth of snow (in units of metres) on the ground on each tile.
This field is available only on land points. In the case of the zero-layer scheme, it
is calculated from the snow mass, assuming a constant density, but, in the case of
the multilayer scheme it incorporates the effects of densification of the snow pack. [lbproc=128],
m01s03i317SURFACE TILE FRACTIONS
Fractions of "underlying" surface types (ie: without moving their
snow-covered fraction to the ice tile). Same as prognostic (1, 0, 216).
The tiles are:
1. Broadleaf tree
2. Needleleaf tree
3. C3 grass
4. C4 grass
5. Shrub
6. Urban
7. Water
8. Bare Soil
9. Ice
and all may include snow cover.
Same as prognostics (1, 0, 216).
Only available with A03_7A.
Available on all timesteps. [lbproc=128],
land_class='all')
|
commentThis includes snow on the canopy of the needleleaf trees.
|
longitude latitude time |
m |
snow-permafrost |
ok |
HadREM-CP4A_mappings.cfg |
| sndmassdyn |
SImon |
dvsdtd * SNOW_DENSITY330. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sndmassmelt |
SImon |
-1 * melts * SNOW_DENSITY330. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sndmasssi |
SImon |
-1 * snoice * ICE_DENSITY917. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| sndmasssnf |
SImon |
snow_ai * FRESHWATER_DENSITY1000. / (100. * SECONDS_IN_DAY86400. )
|
|
longitude latitude time |
kg m-2 s-1 |
seaice |
ok |
HadREM-CP4A_mappings.cfg |
| snm |
Eday LImon LIday |
land_class_mean(m01s08i237SNOW MELT RATE ON TILES KG/M2/S
Rate of snow melt (Kg/m2/s) on each surface tile
Available on land points only. [lbproc=128], m01s03i317SURFACE TILE FRACTIONS
Fractions of "underlying" surface types (ie: without moving their
snow-covered fraction to the ice tile). Same as prognostic (1, 0, 216).
The tiles are:
1. Broadleaf tree
2. Needleleaf tree
3. C3 grass
4. C4 grass
5. Shrub
6. Urban
7. Water
8. Bare Soil
9. Ice
and all may include snow cover.
Same as prognostics (1, 0, 216).
Only available with A03_7A.
Available on all timesteps. [lbproc=128],
land_class='all')
|
|
longitude latitude time |
kg m-2 s-1 |
snow-permafrost |
ok |
HadREM-CP4A_mappings.cfg |
| snw |
day LImon LIday |
land_class_mean(m01s08i236SNOW AMOUNT ON TILES KG/M2
Amount of snow (Kg/m2) of each surface tile
Available on land points only. [lbproc=128], m01s03i317SURFACE TILE FRACTIONS
Fractions of "underlying" surface types (ie: without moving their
snow-covered fraction to the ice tile). Same as prognostic (1, 0, 216).
The tiles are:
1. Broadleaf tree
2. Needleleaf tree
3. C3 grass
4. C4 grass
5. Shrub
6. Urban
7. Water
8. Bare Soil
9. Ice
and all may include snow cover.
Same as prognostics (1, 0, 216).
Only available with A03_7A.
Available on all timesteps. [lbproc=128],
land_class='all')
|
commentThis includes snow on the canopy of the needleleaf trees.
|
longitude latitude time |
kg m-2 |
snow-permafrost |
ok |
HadREM-CP4A_mappings.cfg |
| so |
Omon OPmonLev |
so
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
1e-3 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| so2 |
AERmon AEmonLev |
m01s34i072SO2 MASS MIXING RATIO AFTER TIMESTEP
Sulphur dioxide Mass Mixing Ratio in kg/kg(Air) [lbproc=128] * (MOLECULAR_MASS_OF_AIR28.97
/ MOLECULAR_MASS_OF_SO264. )
|
|
longitude latitude alevel time |
mol mol-1 |
aerosol |
ok |
HadREM-CP4A_mappings.cfg |
| sob |
Omon OPmon |
sob
|
|
longitude latitude time |
1e-3 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| soga |
Omon OPmon |
soga
|
|
time |
1e-3 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| solbnd |
E3hrPt AP3hrPt |
m01s01i510DOWNWARD SW FLUX ON LEVELS AND BANDS
Downwards SW flux in Wm-2 on radiation levels
and on SW bands (as defined in the SW spectral file).
This is a 4-dimensional field available on radiation timesteps.
The domain profile should set model rho levels starting at ATMOS_BOTTOM
and ending at ATMOS_TOP+1. The levels correspond to:
1 : Surface
2 to ATMOS_TOP : rho levels 2 to ATMOS_TOP
ATMOS_TOP+1 : Top of atmosphere
(ATMOS_TOP+1 is strictly defined such that theta(ATMOS_TOP) is midway in
height between rho(ATMOS_TOP) and ATMOS_TOP+1.)
Pseudo-levels should be set to SW bands (1 to 6 for GA7 spectral files). [lblev=86, lbproc=0]
|
|
longitude latitude spectband time1 |
W m-2 |
radiation |
embargoed |
HadREM-CP4A_mappings.cfg |
| somint |
Emon OPmon |
somint
|
commentFull column sum of density * cell thickness * salinity. If the model
is Boussinesq, then use Boussinesq reference density for the density
factor.
|
longitude latitude time |
1e-3 kg m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| sos |
Oday Omon OPmon OPday |
sos
|
|
longitude latitude time |
1e-3 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| sosga |
Oday Omon OPmon |
area_mean(sos, areacello)
|
|
time |
1e-3 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| sossq |
Oday Omon OPmon OPday |
sossq
|
|
longitude latitude time |
1e-6 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| sweLut |
Emon LPmon |
land_use_tile_mean(
m01s08i236SNOW AMOUNT ON TILES KG/M2
Amount of snow (Kg/m2) of each surface tile
Available on land points only. [lbproc=128] / FRESHWATER_DENSITY1000. , m01s03i317SURFACE TILE FRACTIONS
Fractions of "underlying" surface types (ie: without moving their
snow-covered fraction to the ice tile). Same as prognostic (1, 0, 216).
The tiles are:
1. Broadleaf tree
2. Needleleaf tree
3. C3 grass
4. C4 grass
5. Shrub
6. Urban
7. Water
8. Bare Soil
9. Ice
and all may include snow cover.
Same as prognostics (1, 0, 216).
Only available with A03_7A.
Available on all timesteps. [lbproc=128])
|
|
longitude latitude landUse time |
m |
snow-permafrost |
ok |
HadREM-CP4A_mappings.cfg |
| t2 |
Emon APmonLev |
m01s30i044[lbproc=128] / m01s30i115DRY MASS WEIGHTING MODEL LEV KG/M2
Included in case anyone wants to know the mass weighting being
applied in the diagnostics 30011 to 30077
Diagnostics 30001 to 30107 fields on model rho grid.
These diagnostics are available primarly for looking at transients etc
on model levels. All fields are on the rho grid points which is not the
model grid for most fields. There are 7 basic fields available;
1 - U
2 - V
3 - w
4 - temperature
5 - specific humidity
6 - height
7 - Ke energy (0.5*(u*u+v*v+w*w))
Plus their mass weighted version 101-107, plus products of fields
mass weighted. At present the mass weighting is the dry mass not the wet
mass of the gridbox. It is not recommended to include all these fields
in every run as they will increase the memory requirement and output
by a large amount. All the mass weighted diagnostic products have been
scaled by 1.e-5 to aviod problems with the numbers getting to be as big
as the missing data value of -32768*32768.
Diagnostics 30422-30439
These diagnostics are column integrals of various fluxes and may be useful
when looking at model budgets. In many cases they are summation of the
fields 30011 to 30077 over all model levels. Unless a vertical profile
of fluxes is required then these diagnostics may be more useful than the
30011-30077 and will take up far less space. [lbproc=128]
|
|
longitude latitude alevel time |
1e5 K2 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| t20d |
Eday Emon OPday OPmon |
t20d
|
notePMIP variables: Variable will be output with a time dimension and with
cell_methods for time. |
longitude latitude time |
m |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| ta |
Amon Eday APmon |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
K |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| ta10 |
GCAmon |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P1010.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 , lbproc=128]
|
|
longitude latitude time p10 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ta100 |
GCAmon |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P1010.0 0, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 0, lbproc=128]
|
|
longitude latitude time p100 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ta1000 |
GCAmon day 6hr |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P1010.0 00, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128]
|
commenton UV points
|
longitude latitude time p1000 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ta150 |
GCAmon |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P150150.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P150150.0 , lbproc=128]
|
|
longitude latitude time p150 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ta20 |
GCAmon |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P2020.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P2020.0 , lbproc=128]
|
|
longitude latitude time p20 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ta200 |
GCAmon |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p200 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ta250 |
GCAmon mon day 6hr |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P250250.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p250 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ta27 |
Emon APmon |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=128]
|
|
longitude latitude plev27 time |
K |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| ta30 |
GCAmon |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P3030.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P3030.0 , lbproc=128]
|
|
longitude latitude time p30 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ta300 |
GCAmon mon day 6hr |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P3030.0 0, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128]
|
commenton UV points
|
longitude latitude time p300 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ta400 |
GCAmon mon day 6hr |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P400400.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p400 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ta50 |
GCAmon |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P5050.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P5050.0 , lbproc=128]
|
|
longitude latitude time p50 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ta500 |
Eday GCAmon APday |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=, lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude p500 time |
K |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| ta600 |
GCAmon mon day 6hr |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P600600.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p600 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ta70 |
GCAmon |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P7070.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P7070.0 , lbproc=128]
|
|
longitude latitude time p70 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ta700 |
CFday GCAmon APday mon day 6hr |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=, lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude p700 time |
K |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| ta7h |
6hrPlevPt E3hrPt AP6hrPt AP3hrPt |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
|
|
longitude latitude plev7h time1 |
K |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| ta850 |
Eday GCAmon APday |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P850850.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128]
|
commenton UV points
|
longitude latitude p850 time |
K |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| ta925 |
GCAmon mon day 6hr |
m01s30i294TEMPERATURE ON P LEV/T GRID
Temperature on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are K [blev=P925925.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p925 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| tas |
6hrPlev Amon day CresAERday Cres1HrMn AP6hr APday APmon mon 1hr |
m01s03i236TEMPERATURE AT 1.5M
Estimate of atmospheric temperature (K) at 1.5m (screen level).
Calculated by integrating the similarity equations from the
surface to 1.5m.
Available on all timesteps. [lbproc=128]
|
|
longitude latitude height2m time |
K |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| tasmax |
Amon CresAERday APmon mon |
mon_mean_from_day(m01s03i236TEMPERATURE AT 1.5M
Estimate of atmospheric temperature (K) at 1.5m (screen level).
Calculated by integrating the similarity equations from the
surface to 1.5m.
Available on all timesteps. [lbproc=8192])
|
|
longitude latitude height2m time |
K |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| tasmin |
Amon APmon mon |
mon_mean_from_day(m01s03i236TEMPERATURE AT 1.5M
Estimate of atmospheric temperature (K) at 1.5m (screen level).
Calculated by integrating the similarity equations from the
surface to 1.5m.
Available on all timesteps. [lbproc=4096])
|
|
longitude latitude height2m time |
K |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| tatp |
AERmon AEmon |
m01s30i452[lbproc=128]
|
|
longitude latitude time |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| tauu |
Amon Eday APday APmon |
m01s03i460X-COMP SURFACE BL STRESS
The x component of the surface stress in N/M2. This is included to allow
correct diagnosis and labelling of surface stress without the need for a STASH work
around. [lbproc=128]
|
commentThis variable includes a contribution from the turbulent form
drag of small-scale hills that cannot be diagnosed separately within
the MetUM model.
|
longitude latitude time |
Pa |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| tauuo |
Omon OPmon |
mask_copy(tauuo, mask_2D_U)
|
|
longitude latitude time |
N m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| tauupbl |
Eday APday |
m01s03i460X-COMP SURFACE BL STRESS
The x component of the surface stress in N/M2. This is included to allow
correct diagnosis and labelling of surface stress without the need for a STASH work
around. [lbproc=128]
|
|
longitude latitude time |
Pa |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| tauv |
Amon Eday APday APmon |
m01s03i461Y-COMP SURFACE BL STRESS
The y component of the surface stress in N/M2. This is included to allow
correct diagnosis and labelling of surface stress without the need for a STASH work
around. [lbproc=128]
|
commentThis variable includes a contribution from the turbulent form
drag of small-scale hills that cannot be diagnosed separately within
the MetUM model.
|
longitude latitude time |
Pa |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| tauvo |
Omon OPmon |
mask_copy(tauvo, mask_2D_V)
|
|
longitude latitude time |
N m-2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| tauvpbl |
Eday APday |
m01s03i461Y-COMP SURFACE BL STRESS
The y component of the surface stress in N/M2. This is included to allow
correct diagnosis and labelling of surface stress without the need for a STASH work
around. [lbproc=128]
|
|
longitude latitude time |
Pa |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| tdps |
Eday Emon APday APmon |
m01s03i250[lbproc=128]
|
|
longitude latitude time |
K |
boundary-layer |
embargoed |
HadREM-CP4A_mappings.cfg |
| tgs |
Eday LPday |
m01s03i316SURFACE TEMP ON TILES K
Surface temperature on each surface tiles
Available on all timesteps. [lbplev=8, lbproc=128]
|
|
longitude latitude time |
K |
land |
ok |
HadREM-CP4A_mappings.cfg |
| thetao |
Omon OPmonLev |
thetao
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
degC |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| thetaoga |
Omon OPmon |
thetaoga
|
|
time |
degC |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| thetaot |
Emon OPmon |
level_mean(thetao, thkcello)
|
|
longitude latitude time |
degC |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| thetaot2000 |
Emon OPmon |
level_mean(thetao[depth<2025], thkcello[depth<2025])
|
|
longitude latitude time |
degC |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| thetaot300 |
Emon OPmon |
level_mean(thetao[depth<300], thkcello[depth<300])
|
|
longitude latitude time |
degC |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| thetaot700 |
Emon OPmon |
level_mean(thetao[depth<735], thkcello[depth<735])
|
|
longitude latitude time |
degC |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| thkcello |
Omon OPmonLev |
thkcello
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
m |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| tnhus |
CFmon APmonLev |
m01s30i182Q TOTAL INCREMENT ON MODEL LEVELS
Total increment to prognostic q over a model timestep.
Units kg/kg/timestep. [lbproc=128] / ATMOS_TIMESTEP
|
|
longitude latitude alevel time |
s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tnhusa |
CFmon APmonLev |
(m01s12i182Q INCR: advect kg/kg/timestep
Increments from section 12 (12181-12187) Semi-lagrangian advection.
Note the increments from the semi-lagrangain advection include
both the basic advection increment ie the increment to q say purely based on
the start of timestep value and the calculation to determine the new value
at the location, and a part due to the advection of the sum of the increments
to q (dq) calculated by atmos_phys1. The part due to the advection of the
increments is usually much smaller. All increments have units of change in
the field per timestep. [lbproc=128] + m01s12i382Q INC DUE TO ADV CORRECTION
Increment to q due to corrections to advection scheme
Units kg/kg/timestep. [lbproc=128]) / ATMOS_TIMESTEP
|
noteObtained by advection plus solver |
longitude latitude alevel time |
s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tnhusc |
CFmon APmonLev |
m01s05i162SPECIFIC HUMIDITY INCR: convection
Specific humidity increments from convection only in kg/kg per model timestep.
In one model timestep there can be several sweeps of convection.
This diagnostic gives the total increment from convection per model timestep. [lbproc=128] / ATMOS_TIMESTEP
|
|
longitude latitude alevel time |
s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tnhusmp |
CFmon APmonLev |
(m01s01i182SPECIFIC HUMIDITY INCR: swrad scheme
This is the increment across the shortwave radiation scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=128] + m01s02i182SPECIFIC HUMIDITY INCR: lwrad scheme
This is the increment across the longwave radiation scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=128]
+ m01s03i182SPECIFIC HUMIDITY INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
Note that if the PC2 condensation scheme is active, the increment will
include a contribution due to condensation effects.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=128] + m01s04i142SPECIFIC HUMIDITY INCR: pc2 checks
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128] + m01s04i182SPECIFIC HUMIDITY INCR: ls rain
Vapour increment from the large-scale precipitation scheme and the
balancing cloud scheme call.
This is the gridbox mean change in specific humidity (in kg of vapour
per kg of air) in each gridbox solely as a result of the large-scale
precipitation scheme. [lbproc=128]
+ m01s04i982Q INCR: methane oxidation
Total increment to specific humidity from methane oxidation in
kg/kg per model physics time step. [lbproc=128] + m01s05i182Q INCR: convection +(PC2 inhom)
Total increment to specific humidity from the convection section in
kg/kg per model physics time step. This may include increments from
PC2 inhomogeneous forcing as well as convection if PC2 is switched on.
Convection can have several sweeps per model timestep, this diagnostic
holds the total increment. Available every model physics timestep. [lbproc=128] + m01s16i162SPECIFIC HUMIDITY INCR: pc2 initiali
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128]
+ m01s16i182SPECIFIC HUMIDITY INCR: pc2 pressure
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128] + m01s35i025Q TENDENCY SPT INCREMENT
Increment of q done by the SPT (kg/kg). [lbproc=128] ) / ATMOS_TIMESTEP
|
noteMethane Oxidation added. |
longitude latitude alevel time |
s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tnhuspbl |
Emon APmonLev |
m01s03i190TOTAL (LIQ) WATER INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
total specific water content ( qT = q + qCL ), in kg of moisture per kg of air.
WARNING : May change to mass mixing ratio from UM VN5.4.
The boundary layer scheme advects total water content rather than specific
humidity and therefore does not produce a direct increment in specific
humidity.
However, see related variable (1, 9, 182) SPEC HUMIDITY INC: bdy layr + ls cld.
Available on all timesteps. [lbproc=128] / ATMOS_TIMESTEP
|
|
longitude latitude alevel time |
s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tnhusscp |
Emon APmonLev |
(m01s01i182SPECIFIC HUMIDITY INCR: swrad scheme
This is the increment across the shortwave radiation scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=128] + m01s02i182SPECIFIC HUMIDITY INCR: lwrad scheme
This is the increment across the longwave radiation scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=128]
+ m01s03i182SPECIFIC HUMIDITY INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
Note that if the PC2 condensation scheme is active, the increment will
include a contribution due to condensation effects.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=128] - m01s03i190TOTAL (LIQ) WATER INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
total specific water content ( qT = q + qCL ), in kg of moisture per kg of air.
WARNING : May change to mass mixing ratio from UM VN5.4.
The boundary layer scheme advects total water content rather than specific
humidity and therefore does not produce a direct increment in specific
humidity.
However, see related variable (1, 9, 182) SPEC HUMIDITY INC: bdy layr + ls cld.
Available on all timesteps. [lbproc=128] + m01s04i142SPECIFIC HUMIDITY INCR: pc2 checks
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128]
+ m01s04i182SPECIFIC HUMIDITY INCR: ls rain
Vapour increment from the large-scale precipitation scheme and the
balancing cloud scheme call.
This is the gridbox mean change in specific humidity (in kg of vapour
per kg of air) in each gridbox solely as a result of the large-scale
precipitation scheme. [lbproc=128] + m01s05i182Q INCR: convection +(PC2 inhom)
Total increment to specific humidity from the convection section in
kg/kg per model physics time step. This may include increments from
PC2 inhomogeneous forcing as well as convection if PC2 is switched on.
Convection can have several sweeps per model timestep, this diagnostic
holds the total increment. Available every model physics timestep. [lbproc=128] - m01s05i162SPECIFIC HUMIDITY INCR: convection
Specific humidity increments from convection only in kg/kg per model timestep.
In one model timestep there can be several sweeps of convection.
This diagnostic gives the total increment from convection per model timestep. [lbproc=128]
+ m01s16i162SPECIFIC HUMIDITY INCR: pc2 initiali
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128] + m01s16i182SPECIFIC HUMIDITY INCR: pc2 pressure
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128]) / ATMOS_TIMESTEP
|
|
longitude latitude alevel time |
s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tnhusscpbl |
CFmon APmonLev |
(m01s01i182SPECIFIC HUMIDITY INCR: swrad scheme
This is the increment across the shortwave radiation scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=128] + m01s02i182SPECIFIC HUMIDITY INCR: lwrad scheme
This is the increment across the longwave radiation scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=128]
+ m01s03i182SPECIFIC HUMIDITY INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
specific humidity, in kg of vapour per kg of air.
Note that if the PC2 condensation scheme is active, the increment will
include a contribution due to condensation effects.
This increment is only available via the PC2 cloud/condensation scheme.
WARNING : May change to mass mixing ratio from UM VN5.4.
Available on all timesteps. [lbproc=128] + m01s04i142SPECIFIC HUMIDITY INCR: pc2 checks
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128] + m01s04i182SPECIFIC HUMIDITY INCR: ls rain
Vapour increment from the large-scale precipitation scheme and the
balancing cloud scheme call.
This is the gridbox mean change in specific humidity (in kg of vapour
per kg of air) in each gridbox solely as a result of the large-scale
precipitation scheme. [lbproc=128]
+ m01s05i182Q INCR: convection +(PC2 inhom)
Total increment to specific humidity from the convection section in
kg/kg per model physics time step. This may include increments from
PC2 inhomogeneous forcing as well as convection if PC2 is switched on.
Convection can have several sweeps per model timestep, this diagnostic
holds the total increment. Available every model physics timestep. [lbproc=128] - m01s05i162SPECIFIC HUMIDITY INCR: convection
Specific humidity increments from convection only in kg/kg per model timestep.
In one model timestep there can be several sweeps of convection.
This diagnostic gives the total increment from convection per model timestep. [lbproc=128] + m01s16i162SPECIFIC HUMIDITY INCR: pc2 initiali
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128]
+ m01s16i182SPECIFIC HUMIDITY INCR: pc2 pressure
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128]) / ATMOS_TIMESTEP
|
commentTo be specified only in models which do not separate budget terms for
stratiform cloud, precipitation and boundary layer schemes. Includes all
boundary layer terms including and diffusive terms.
|
longitude latitude alevel time |
s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tnkebto |
Oyr OPyr |
tnkebto
|
|
longitude latitude time |
W m-2 |
ocean |
embargoed |
HadREM-CP4A_mappings.cfg |
| tnpeo |
Oyr OPyr |
tnpeo
|
|
longitude latitude time |
W m-2 |
ocean |
embargoed |
HadREM-CP4A_mappings.cfg |
| tnt |
CFmon APmonLev |
m01s30i181T TOTAL INCREMENT ON MODEL LEVELS
Total increment to temperature over a model timestep.
Units K/timestep. [lbproc=128] / ATMOS_TIMESTEP
|
|
longitude latitude alevel time |
K s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tnta |
CFmon APmonLev |
(m01s10i181dT SOLVER INC ON MODEL LEVELS
Increment from the Helmholtz solver dT is on model levels on the same grid
as T. The increment is the change in T per timestep.
Units: K/timestep [lbproc=128] + m01s12i181TEMPERATURE INCR: advect K/Timestep
Increments from section 12 (12181-12187)- Semi-lagrangian advection.
Note the increments from the semi-lagrangain advection include
both the basic advection increment ie the increment to q say purely based on
the start of timestep value and the calculation to determine the new value
at the location, and a part due to the advection of the sum of the increments
to q (dq) calculated by atmos_phys1. The part due to the advection of the
increments is usually much smaller. All increments have units of change in
the field per timestep. [lbproc=128]
+ m01s12i381TEMP INC DUE TO ADV CORRECTION
Increment to temperature due to corrections to advection scheme
Units K/timestep. [lbproc=128]) / ATMOS_TIMESTEP
|
noteObtained by Solver plus Advection plus Conservations Corrections |
longitude latitude alevel time |
K s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tntc |
CFmon APmonLev |
m01s05i161TEMPERATURE INCR: convection
Temperature increments from convection only in Kelvin per model timestep.
In one model timestep there can be several sweeps of convection.
This diagnostic gives the total increment from convection per model timestep. [lbproc=128] / ATMOS_TIMESTEP
|
|
longitude latitude alevel time |
K s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tntmp |
CFmon APmonLev |
(m01s14i181TEMPERATURE INCR: En cor K/Timestep
Temperature increment from the energy correction.
At present the energy correction increment applied to temperature
is the same at all model levels and at all gridpoints. The diagnostic
is avialable at all model levels mainly for checking purposes.
The units are kelvins per model timestep. [lbproc=128] + m01s01i181[lbproc=128]
+ m01s02i181[lbproc=128] + m01s03i181TEMPERATURE INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
temperature, in K.
Note that if the PC2 condensation scheme is active, the increment will
include a contribution due to condensation effects.
This increment is only available via the PC2 cloud/condensation scheme.
Available on all timesteps. [lbproc=128] + m01s04i141TEMPERATURE INCR: pc2 checks
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128]
+ m01s04i181TEMPERATURE INCR: ls rain
Temperature increment from the large-scale precipitation scheme
and the balancing cloud scheme call.
This is the gridbox mean change in temperature (in Kelvin) in
each gridbox solely as a result of the large-scale precipitation
scheme. [lbproc=128] + m01s05i181TEMPERATURE INC:convect +(PC2 inhom)
Temperature increment from convection section in Kelvin per model timestep.
This may include increments from PC2 inhomogeneous forcing as well as
convection if PC2 is switched on.
In one model timestep there can be several sweeps of convection. This
diagnostic gives the total increment across convection per model timestep. [lbproc=128] + m01s06i181GW HEATING TEMPERATURE INC
This is the increment to the gridbox mean temperature, in K, due to
the frictional dissipation of parametrized gravity waves and flow blocking drag.
It includes contributions from the orographic and non-orographic gravity wave
schemes. It is only available when the <5A> orographic drag scheme is selected.
Available on all timesteps. [lbproc=128]
+ m01s16i161TEMPERATURE INCR: pc2 initialisation
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128] + m01s16i181TEMPERATURE INCR: pc2 pres change
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128] + m01s35i029T TENDENCY SPT INCREMENT
Increment of temperature done by the SPT, increments from
physics x forcing pattern.
Units: Temperature (K) [lbproc=128])
/ ATMOS_TIMESTEP
|
|
longitude latitude alevel time |
K s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tntpbl |
Emon APmonLev |
m01s03i189LIQUID WATER TEMP INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
liquid water temperature ( TL = T - [LC/CP]*qCL ), in K.
The boundary layer scheme advects liquid water temperature rather than
temperature and therefore does not produce a direct increment in temperature.
However, see related variable (1, 9, 181) TEMPERATURE INC: bdy layer + ls cld.
Available on all timesteps. [lbproc=128] / ATMOS_TIMESTEP
|
|
longitude latitude alevel time |
K s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tntr |
CFmon APmonLev |
(m01s01i161TEMPERATURE INCR: swrad MINUS LH PC2
This is the increment across the shortwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=128] + m01s02i161TEMPERATURE INCR: lwrad - pc2
This is the increment across the longwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=128]) / ATMOS_TIMESTEP
|
|
longitude latitude alevel time |
K s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tntrl |
AERmon AEmonLev |
m01s02i161TEMPERATURE INCR: lwrad - pc2
This is the increment across the longwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=128] / ATMOS_TIMESTEP
|
commentLongwave heating rates.
|
longitude latitude alevel time |
K s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tntrlcs |
Emon APmonLev |
m01s02i233CLEAR-SKY LW HEATING RATES
The LW radiative heating rates in each layer of the model atmosphere,
calculated ignoring all clouds at all levels at the grid-point from the
divergence of the clear-sky net LW flux across the layer. The value is
claulated only on LW radiative timesteps. [lbproc=128]
|
|
longitude latitude alevel time |
K s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tntrs |
AERmon AEmonLev |
m01s01i161TEMPERATURE INCR: swrad MINUS LH PC2
This is the increment across the shortwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=128] / ATMOS_TIMESTEP
|
commentShortwave heating rates.
|
longitude latitude alevel time |
K s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tntrscs |
Emon APmonLev |
m01s01i233CLEAR-SKY SW HEATING RATES
The SW radiative heating rates in each layer of the model atmosphere,
calculated ignoring all clouds at all levels at the grid-point from the
divergence of the clear-sky net SW flux across the layer. The value is
claulated only on radiative timesteps and is not adjusted on non-radiative
timesteps, as are the all-sky heating rates. Note that these heating rates
cannot be interpreted as the heating rates in the clear parts of a layer
since the effects of clouds in other layers are ignored. [lbproc=128]
|
|
longitude latitude alevel time |
K s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tntscp |
Emon APmonLev |
(m01s03i181TEMPERATURE INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
temperature, in K.
Note that if the PC2 condensation scheme is active, the increment will
include a contribution due to condensation effects.
This increment is only available via the PC2 cloud/condensation scheme.
Available on all timesteps. [lbproc=128] - m01s03i189LIQUID WATER TEMP INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
liquid water temperature ( TL = T - [LC/CP]*qCL ), in K.
The boundary layer scheme advects liquid water temperature rather than
temperature and therefore does not produce a direct increment in temperature.
However, see related variable (1, 9, 181) TEMPERATURE INC: bdy layer + ls cld.
Available on all timesteps. [lbproc=128]
+ m01s04i141TEMPERATURE INCR: pc2 checks
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128] + m01s04i181TEMPERATURE INCR: ls rain
Temperature increment from the large-scale precipitation scheme
and the balancing cloud scheme call.
This is the gridbox mean change in temperature (in Kelvin) in
each gridbox solely as a result of the large-scale precipitation
scheme. [lbproc=128] + m01s16i161TEMPERATURE INCR: pc2 initialisation
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128]
+ m01s16i181TEMPERATURE INCR: pc2 pres change
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128] + m01s01i181[lbproc=128] - m01s01i161TEMPERATURE INCR: swrad MINUS LH PC2
This is the increment across the shortwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=128]
+ m01s02i181[lbproc=128] - m01s02i161TEMPERATURE INCR: lwrad - pc2
This is the increment across the longwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=128] + m01s05i181TEMPERATURE INC:convect +(PC2 inhom)
Temperature increment from convection section in Kelvin per model timestep.
This may include increments from PC2 inhomogeneous forcing as well as
convection if PC2 is switched on.
In one model timestep there can be several sweeps of convection. This
diagnostic gives the total increment across convection per model timestep. [lbproc=128]
- m01s05i161TEMPERATURE INCR: convection
Temperature increments from convection only in Kelvin per model timestep.
In one model timestep there can be several sweeps of convection.
This diagnostic gives the total increment from convection per model timestep. [lbproc=128]) / ATMOS_TIMESTEP
|
|
longitude latitude alevel time |
K s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tntscpbl |
CFmon APmonLev |
(m01s03i181TEMPERATURE INCR: bdy layer
This is the increment across the boundary layer scheme to the gridbox mean
temperature, in K.
Note that if the PC2 condensation scheme is active, the increment will
include a contribution due to condensation effects.
This increment is only available via the PC2 cloud/condensation scheme.
Available on all timesteps. [lbproc=128] + m01s04i141TEMPERATURE INCR: pc2 checks
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128]
+ m01s04i181TEMPERATURE INCR: ls rain
Temperature increment from the large-scale precipitation scheme
and the balancing cloud scheme call.
This is the gridbox mean change in temperature (in Kelvin) in
each gridbox solely as a result of the large-scale precipitation
scheme. [lbproc=128] + m01s16i161TEMPERATURE INCR: pc2 initialisation
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128] + m01s16i181TEMPERATURE INCR: pc2 pres change
This diagnostic is an increment from the Prognostic Cloud and
Prognostic Condensate (PC2) cloud scheme. More details, including how
to use these diagnostics to construct budgets can be found at:
http://www-nwp/~frme/pc2/post_nov_07/pc2_increments/home.shtml or by
contacting the cloud scheme code owner. [lbproc=128]
+ m01s01i181[lbproc=128] - m01s01i161TEMPERATURE INCR: swrad MINUS LH PC2
This is the increment across the shortwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=128] + m01s02i181[lbproc=128]
- m01s02i161TEMPERATURE INCR: lwrad - pc2
This is the increment across the longwave radiation scheme to the gridbox mean
temperature without the latent heating/condensation effects associated with PC2. In K.
Available on all timesteps. [lbproc=128] + m01s05i181TEMPERATURE INC:convect +(PC2 inhom)
Temperature increment from convection section in Kelvin per model timestep.
This may include increments from PC2 inhomogeneous forcing as well as
convection if PC2 is switched on.
In one model timestep there can be several sweeps of convection. This
diagnostic gives the total increment across convection per model timestep. [lbproc=128] - m01s05i161TEMPERATURE INCR: convection
Temperature increments from convection only in Kelvin per model timestep.
In one model timestep there can be several sweeps of convection.
This diagnostic gives the total increment from convection per model timestep. [lbproc=128])
/ ATMOS_TIMESTEP
|
commentTo be specified only in models which do not separate budget terms for
stratiform cloud, precipitation and boundary layer schemes. Includes all
boundary layer terms including and diffusive terms.
|
longitude latitude alevel time |
K s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| tob |
Omon OPmon |
tob
|
|
longitude latitude time |
degC |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| tos |
Oday Omon OPmon OPday |
tos
|
|
longitude latitude time |
degC |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| tosga |
Oday Omon OPmon |
area_mean(tos, areacello)
|
|
time |
degC |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| tossq |
Oday Omon OPday OPmon |
tossq
|
|
longitude latitude time |
degC2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| toz |
AERmon AEmon |
m01s50i219Ozone column in Dobson Units
Ozone Column from each model level to top of the atmosphere
in Dobson Units
One Dobson unit refers to a layer of gas that would be
0.01 mm thick at standard temperature and pressure.
Valid on all timesteps [lblev=1, lbproc=128]
|
|
longitude latitude time |
1e-5 m |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| tran |
Eday Lmon LPday LPmon |
m01s03i539TRANSPIRATION GRIDBOX MEAN (kg/m2/s)
contribution to evapotranspiration that is subject to stomatal resistance
calculated from transpiration on tiles. [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
land |
ok |
HadREM-CP4A_mappings.cfg |
| tropoz |
AERmon AEmon |
trop_o3col(m01s34i001O3 MASS MIXING RATIO AFTER TIMESTEP
Ozone Mass Mixing Ratio in kg/kg(Air) [lbproc=128]
* m01s50i063AIR MASS DIAGNOSTIC (WHOLE ATMOS)
Total Air Mass (Whole Atmosphere) : kg
Valid only on chemical timesteps [lbproc=128] * m01s50i062TROPOSPHERIC MASK
Tropospheric Fraction : =1 if grid-cell is in always in the
troposphere, =0 if always in the stratosphere
Valid only on chemical timesteps [lbproc=128])
|
|
longitude latitude time |
1.0e-5 m |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| ts |
Amon Eday APday APmon |
m01s00i024[lbproc=128]
|
|
longitude latitude time |
K |
atmos-physics boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| tsl |
Eday Lmon LPday LPmon mon day 6hr |
m01s08i225DEEP SOIL TEMP. AFTER HYDROLOGY DEGK
Available on land points only. [lbproc=128]
|
|
longitude latitude sdepth time |
K |
land |
ok |
HadREM-CP4A_mappings.cfg |
| tsns |
Eday APday |
m01s00i024[lbproc=128]
|
|
longitude latitude time |
K |
boundary-layer |
embargoed |
HadREM-CP4A_mappings.cfg |
| u2 |
Emon APmonLev |
m01s30i011[lbproc=128] / m01s30i115DRY MASS WEIGHTING MODEL LEV KG/M2
Included in case anyone wants to know the mass weighting being
applied in the diagnostics 30011 to 30077
Diagnostics 30001 to 30107 fields on model rho grid.
These diagnostics are available primarly for looking at transients etc
on model levels. All fields are on the rho grid points which is not the
model grid for most fields. There are 7 basic fields available;
1 - U
2 - V
3 - w
4 - temperature
5 - specific humidity
6 - height
7 - Ke energy (0.5*(u*u+v*v+w*w))
Plus their mass weighted version 101-107, plus products of fields
mass weighted. At present the mass weighting is the dry mass not the wet
mass of the gridbox. It is not recommended to include all these fields
in every run as they will increase the memory requirement and output
by a large amount. All the mass weighted diagnostic products have been
scaled by 1.e-5 to aviod problems with the numbers getting to be as big
as the missing data value of -32768*32768.
Diagnostics 30422-30439
These diagnostics are column integrals of various fluxes and may be useful
when looking at model budgets. In many cases they are summation of the
fields 30011 to 30077 over all model levels. Unless a vertical profile
of fluxes is required then these diagnostics may be more useful than the
30011-30077 and will take up far less space. [lbproc=128]
|
|
longitude latitude alevel time |
1e5 m2 s-2 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| ua |
Amon Eday |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| ua10 |
AERday GCAmon AEday |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P1010.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 , lbproc=128]
|
|
longitude latitude p10 time |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| ua100 |
GCAmon |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P1010.0 0, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 0, lbproc=128]
|
|
longitude latitude time p100 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua1000 |
GCAmon GCday mon day 6hr |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P1010.0 00, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128]
|
commenton UV points
|
longitude latitude time p1000 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua100m |
6hrPlev AP6hr mon day 1hr |
primavera_make_uva100m(m01s00i002[lbproc=128, lblev=4])
|
commentThis data is for the model level just above 100m
|
longitude latitude height100m time |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua150 |
GCAmon |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P150150.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P150150.0 , lbproc=128]
|
|
longitude latitude time p150 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua150m |
6hrPlev AP6hr mon day 1hr |
primavera_make_uva150m(m01s00i002[lbproc=128, lblev=4])
|
commentThis data is for the model level just above 150m
|
longitude latitude height150m time |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua19 |
APmon |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| ua20 |
GCAmon |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P2020.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P2020.0 , lbproc=128]
|
|
longitude latitude time p20 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua200 |
GCAmon GCday |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p200 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua250 |
GCAmon GCday mon day 6hr |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P250250.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p250 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua27 |
Emon APmon |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=128]
|
|
longitude latitude plev27 time |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| ua30 |
GCAmon |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P3030.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 , lbproc=128]
|
|
longitude latitude time p30 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua300 |
GCAmon GCday mon day 6hr |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P3030.0 0, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128]
|
commenton UV points
|
longitude latitude time p300 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua400 |
GCAmon GCday mon day 6hr |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P400400.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p400 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua50 |
GCAmon |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P5050.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P5050.0 , lbproc=128]
|
|
longitude latitude time p50 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua500 |
GCAmon GCday |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p500 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua600 |
GCAmon GCday mon day 6hr |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P600600.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p600 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua70 |
GCAmon |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P7070.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P7070.0 , lbproc=128]
|
|
longitude latitude time p70 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua700 |
GCAmon GCday |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p700 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua7h |
Emon |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=128]
|
|
longitude latitude plev7h time |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua850 |
GCAmon GCday |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P850850.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p850 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| ua925 |
GCAmon GCday |
m01s30i201U COMPNT OF WIND ON P LEV/UV GRID
Zonal wind on pressure levels. Horizontally regridded to UV-points, i.e.
the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P925925.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p925 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| uas |
6hrPlev E3hr AP6hr APday APmon AP3hr |
m01s03i209[lbproc=128]
|
commentThis data is written on the Arakawa B grid rather than the C
grid as is conventional with UM model output
|
longitude latitude height10m time |
m s-1 |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| umo |
Omon OPmonLev |
mask_copy(umo, mask_3D_U)
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
kg s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| uo |
Omon OPmonLev |
mask_copy(uo, mask_3D_U)
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
m s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| uqint |
Emon APmon |
m01s30i428[lbproc=128]
|
commentThe column integral is weighted by the mass of dry air in each
grid box, i.e. it is a vertical integral of dry_density * windspeed *
moisture. A column-average air density of 1.0 kg m-3 is assumed in
converting to units of m2 s-1.
|
longitude latitude time |
m2 s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| ut |
Emon APmonLev |
m01s30i014[lbproc=128] / m01s30i115DRY MASS WEIGHTING MODEL LEV KG/M2
Included in case anyone wants to know the mass weighting being
applied in the diagnostics 30011 to 30077
Diagnostics 30001 to 30107 fields on model rho grid.
These diagnostics are available primarly for looking at transients etc
on model levels. All fields are on the rho grid points which is not the
model grid for most fields. There are 7 basic fields available;
1 - U
2 - V
3 - w
4 - temperature
5 - specific humidity
6 - height
7 - Ke energy (0.5*(u*u+v*v+w*w))
Plus their mass weighted version 101-107, plus products of fields
mass weighted. At present the mass weighting is the dry mass not the wet
mass of the gridbox. It is not recommended to include all these fields
in every run as they will increase the memory requirement and output
by a large amount. All the mass weighted diagnostic products have been
scaled by 1.e-5 to aviod problems with the numbers getting to be as big
as the missing data value of -32768*32768.
Diagnostics 30422-30439
These diagnostics are column integrals of various fluxes and may be useful
when looking at model budgets. In many cases they are summation of the
fields 30011 to 30077 over all model levels. Unless a vertical profile
of fluxes is required then these diagnostics may be more useful than the
30011-30077 and will take up far less space. [lbproc=128]
|
|
longitude latitude alevel time |
1e5 K m s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| utendepfd |
EdayZ EmonZ APmonZ APdayZ |
zonal_apply_heaviside(m01s30i314DIVERGENCE OF ELIASSEN-PALM FLUX
Divergence of Eliassen-Palm flux. This represents the sole
internal forcing of the mean state by the eddy forcing terms. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192],
m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV3850.0 500.0 250.0 9, lbproc=192])
|
commentCalled 'acceldivf' in CCMI table; we suggest new name.
|
latitude plev39 time |
m s-2 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| utendnogw |
Emon APmon |
m01s06i115EAST. FORCE FROM SPECTRAL GW P LEVS
Net eastward acceleration from the spectral (non-orographic)
gravity wave parametrization GW_USSP. These gravity waves have
non-zero phase speeds and are important in the stratosphere and above.
The acceleration is available on pressure levels. Units are ms-2 [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
m s-2 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| utendogw |
Emon APmon |
m01s06i247U-ACCEL FROM SATURATED STRESS P LEVS
This is the x-component of the gravity wave drag due to
linear hydrostatic waves exerted on the zonal wind, U.
It is output on pressure levels [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
m s-2 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| uv |
Emon APmonLev |
m01s30i012[lbproc=128] / m01s30i115DRY MASS WEIGHTING MODEL LEV KG/M2
Included in case anyone wants to know the mass weighting being
applied in the diagnostics 30011 to 30077
Diagnostics 30001 to 30107 fields on model rho grid.
These diagnostics are available primarly for looking at transients etc
on model levels. All fields are on the rho grid points which is not the
model grid for most fields. There are 7 basic fields available;
1 - U
2 - V
3 - w
4 - temperature
5 - specific humidity
6 - height
7 - Ke energy (0.5*(u*u+v*v+w*w))
Plus their mass weighted version 101-107, plus products of fields
mass weighted. At present the mass weighting is the dry mass not the wet
mass of the gridbox. It is not recommended to include all these fields
in every run as they will increase the memory requirement and output
by a large amount. All the mass weighted diagnostic products have been
scaled by 1.e-5 to aviod problems with the numbers getting to be as big
as the missing data value of -32768*32768.
Diagnostics 30422-30439
These diagnostics are column integrals of various fluxes and may be useful
when looking at model budgets. In many cases they are summation of the
fields 30011 to 30077 over all model levels. Unless a vertical profile
of fluxes is required then these diagnostics may be more useful than the
30011-30077 and will take up far less space. [lbproc=128]
|
|
longitude latitude alevel time |
1e5 m2 s-2 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| v2 |
Emon APmonLev |
m01s30i022[lbproc=128] / m01s30i115DRY MASS WEIGHTING MODEL LEV KG/M2
Included in case anyone wants to know the mass weighting being
applied in the diagnostics 30011 to 30077
Diagnostics 30001 to 30107 fields on model rho grid.
These diagnostics are available primarly for looking at transients etc
on model levels. All fields are on the rho grid points which is not the
model grid for most fields. There are 7 basic fields available;
1 - U
2 - V
3 - w
4 - temperature
5 - specific humidity
6 - height
7 - Ke energy (0.5*(u*u+v*v+w*w))
Plus their mass weighted version 101-107, plus products of fields
mass weighted. At present the mass weighting is the dry mass not the wet
mass of the gridbox. It is not recommended to include all these fields
in every run as they will increase the memory requirement and output
by a large amount. All the mass weighted diagnostic products have been
scaled by 1.e-5 to aviod problems with the numbers getting to be as big
as the missing data value of -32768*32768.
Diagnostics 30422-30439
These diagnostics are column integrals of various fluxes and may be useful
when looking at model budgets. In many cases they are summation of the
fields 30011 to 30077 over all model levels. Unless a vertical profile
of fluxes is required then these diagnostics may be more useful than the
30011-30077 and will take up far less space. [lbproc=128]
|
|
longitude latitude alevel time |
1e5 m2 s-2 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| va |
Amon Eday |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| va10 |
GCAmon |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P1010.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 , lbproc=128]
|
|
longitude latitude time p10 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va100 |
GCAmon |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P1010.0 0, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 0, lbproc=128]
|
|
longitude latitude time p100 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va1000 |
GCAmon GCday mon day 6hr |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P1010.0 00, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128]
|
commenton UV points
|
longitude latitude time p1000 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va100m |
6hrPlev AP6hr mon day 1hr |
primavera_make_uva100m(m01s00i003[lbproc=128, lblev=4])
|
commentThis data is for the model level just above 100m
|
longitude latitude height100m time |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va150 |
GCAmon |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P150150.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P150150.0 , lbproc=128]
|
|
longitude latitude time p150 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va150m |
6hrPlev AP6hr |
primavera_make_uva150m(m01s00i003[lbproc=128, lblev=4])
|
commentThis data is for the model level just above 150m
|
longitude latitude height150m time |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va19 |
APmon |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| va20 |
GCAmon |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P2020.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P2020.0 , lbproc=128]
|
|
longitude latitude time p20 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va200 |
GCAmon GCday |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p200 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va250 |
GCAmon GCday mon day 6hr |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P250250.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p250 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va27 |
Emon APmon |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=128]
|
|
longitude latitude plev27 time |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| va30 |
GCAmon |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P3030.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 , lbproc=128]
|
|
longitude latitude time p30 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va300 |
GCAmon GCday mon day 6hr |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P3030.0 0, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128]
|
commenton UV points
|
longitude latitude time p300 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va400 |
GCAmon GCday mon day 6hr |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P400400.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p400 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va50 |
GCAmon |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P5050.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P5050.0 , lbproc=128]
|
|
longitude latitude time p50 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va500 |
GCAmon GCday |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p500 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va600 |
GCAmon GCday mon day 6hr |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P600600.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p600 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va70 |
GCAmon |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P7070.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P7070.0 , lbproc=128]
|
|
longitude latitude time p70 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va700 |
GCAmon GCday mon day 6hr |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p700 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va7h |
Emon |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=128]
/ m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=128]
|
|
longitude latitude plev7h time |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va850 |
GCAmon GCday |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P850850.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p850 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| va925 |
GCAmon GCday |
m01s30i202V COMPNT OF WIND ON P LEV/UV GRID
Meridional wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P925925.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p925 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| vas |
6hrPlev E3hr AP3hr AP6hr APday APmon |
m01s03i210[lbproc=128]
|
commentThis data is written on the Arakawa B grid rather than the C
grid as is conventional with UM model output
|
longitude latitude height10m time |
m s-1 |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| vmo |
Omon OPmonLev |
mask_copy(vmo, mask_3D_V)
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
kg s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| vmrox |
EmonZ ACmonZ |
(MOLECULAR_MASS_OF_AIR28.97 / MOLECULAR_MASS_OF_O348. )
* (m01s51i997O(1D) MASS MIXING RATIO ON PRESSURE LEVELS
Mass mixing ratio of O(1D) (kg/kg)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
+ 3.0 * m01s51i001O3 MASS MIXING RATIO ON PRESS LEVS
Ozone Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
+ m01s51i059O3P MASS MIXING RATIO ON PRESS LEVS
Oxygen atom (ground state) Mass Mixing Ratio in kg/kg(Air)
on pressure levels [blev=PLEV3850.0 500.0 250.0 9, lbproc=192])
/ m01s51i999HEAVYSIDE FUNC FOR P LEVEL DIAGS
Must be requested for calculation sections 34
and 50 items on pressure levels. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192]
|
commentIncludes O(3P),O3 and O(1D)- reported as moles of O/ moles of air.
|
latitude plev39 time |
mol mol-1 |
chemistry |
ok |
HadREM-CP4A_mappings.cfg |
| vo |
Omon OPmonLev |
mask_copy(vo, mask_3D_V)
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
m s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| volcello |
Omon OPmonLev |
volcello(thkcello, areacello)
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
m3 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| volo |
Omon OPmon |
scvoltot
|
|
time |
m3 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| vortmean |
6hrPlevPt AP6hrPt |
vortmean(m01s30i457VORTICITY TC
Vorticity TC
1/s
Rel. vorticity for user requested levels
Rel. Vorticity for requested levels to
identify the warm core of the TC (see UMDP 032) [blev=600 700 850, lbproc=0])
|
|
longitude latitude pl700 time1 |
s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| vqint |
Emon APmon |
m01s30i429[lbproc=128]
|
commentThe column integral is weighted by the mass of dry air in each
grid box, i.e. it is a vertical integral of dry_density * windspeed *
moisture. A column-average air density of 1.0 kg m-3 is assumed in
converting to units of m2 s-1.
|
longitude latitude time |
m2 s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| vt |
Emon APmonLev |
m01s30i024[lbproc=128] / m01s30i115DRY MASS WEIGHTING MODEL LEV KG/M2
Included in case anyone wants to know the mass weighting being
applied in the diagnostics 30011 to 30077
Diagnostics 30001 to 30107 fields on model rho grid.
These diagnostics are available primarly for looking at transients etc
on model levels. All fields are on the rho grid points which is not the
model grid for most fields. There are 7 basic fields available;
1 - U
2 - V
3 - w
4 - temperature
5 - specific humidity
6 - height
7 - Ke energy (0.5*(u*u+v*v+w*w))
Plus their mass weighted version 101-107, plus products of fields
mass weighted. At present the mass weighting is the dry mass not the wet
mass of the gridbox. It is not recommended to include all these fields
in every run as they will increase the memory requirement and output
by a large amount. All the mass weighted diagnostic products have been
scaled by 1.e-5 to aviod problems with the numbers getting to be as big
as the missing data value of -32768*32768.
Diagnostics 30422-30439
These diagnostics are column integrals of various fluxes and may be useful
when looking at model budgets. In many cases they are summation of the
fields 30011 to 30077 over all model levels. Unless a vertical profile
of fluxes is required then these diagnostics may be more useful than the
30011-30077 and will take up far less space. [lbproc=128]
|
|
longitude latitude alevel time |
1e5 K m s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| vtem |
EdayZ EmonZ APmonZ APdayZ |
mask_vtem(m01s30i310RESIDUAL MN MERID. CIRC. VSTARBAR
Residual mean meridional circulation. Used as the eddy part in
the transformed Eulerian mean sets of equations to anticipate how the
zonal-mean flow will respond to an eddy momentum flux or eddy heat
flux. Defined in such a way that dw*/dz + dv*/dy = 0. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192],
m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV3850.0 500.0 250.0 9, lbproc=192])
|
commentAll data at and below 700 hPa have been masked.
|
latitude plev39 time |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| wa |
AERmon AEmonLev |
m01s00i150[lbproc=128]
|
|
longitude latitude alevel time |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| wa10 |
GCAmon mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P1010.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 , lbproc=128]
|
|
longitude latitude time p10 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa100 |
GCAmon mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P1010.0 0, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 0, lbproc=128]
|
|
longitude latitude time p100 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa1000 |
GCAmon GCday mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P1010.0 00, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128]
|
commenton UV points
|
longitude latitude time p1000 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa150 |
GCAmon mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P150150.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P150150.0 , lbproc=128]
|
|
longitude latitude time p150 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa20 |
GCAmon mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P2020.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P2020.0 , lbproc=128]
|
|
longitude latitude time p20 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa200 |
GCAmon GCday mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p200 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa250 |
GCAmon GCday mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P250250.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p250 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa30 |
GCAmon mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P3030.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 , lbproc=128]
|
|
longitude latitude time p30 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa300 |
GCAmon GCday mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P3030.0 0, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128]
|
commenton UV points
|
longitude latitude time p300 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa400 |
GCAmon GCday mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P400400.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p400 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa50 |
GCAmon mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P5050.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P5050.0 , lbproc=128]
|
|
longitude latitude time p50 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa500 |
GCAmon GCday mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p500 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa600 |
GCAmon GCday mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P600600.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p600 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa70 |
GCAmon mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P7070.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P7070.0 , lbproc=128]
|
|
longitude latitude time p70 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa700 |
GCAmon GCday mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=, lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
commenton UV points
|
longitude latitude time p700 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa750 |
mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P750750.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P750750.0 , lbproc=128]
|
|
longitude latitude time p750 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa850 |
GCAmon GCday mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P850850.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p850 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wa925 |
GCAmon GCday mon day 6hr |
m01s30i203W COMPNT OF WIND ON P LEV/UV GRID
Vertical wind on pressure levels. Horizontally regridded to UV-points,
i.e. the corners of T-point grid cells. Set to zero when pressure level is
below ground or above model top: must be divided by heavyside function
(30301) to obtain correct mean.
Units are m s^-1 [blev=P925925.0 , lbproc=128] / m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128]
|
commenton UV points
|
longitude latitude time p925 |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap |
Amon Eday APmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
Pa s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| wap10 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P1010.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 , lbproc=128]
|
|
longitude latitude time p10 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap100 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P1010.0 0, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 0, lbproc=128]
|
|
longitude latitude time p100 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap1000 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P1010.0 00, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128]
|
|
longitude latitude time p1000 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap150 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P150150.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P150150.0 , lbproc=128]
|
|
longitude latitude time p150 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap20 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P2020.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P2020.0 , lbproc=128]
|
|
longitude latitude time p20 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap200 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
|
longitude latitude time p200 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap250 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P250250.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128]
|
|
longitude latitude time p250 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap30 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P3030.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P3030.0 , lbproc=128]
|
|
longitude latitude time p30 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap300 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P3030.0 0, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128]
|
|
longitude latitude time p300 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap4 |
6hrPlev AP6hr |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=PLEV4925.0 850.0 500.0 250.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV4925.0 850.0 500.0 250.0 , lbproc=128]
|
|
longitude latitude plev4 time |
Pa s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| wap400 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P400400.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128]
|
|
longitude latitude time p400 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap50 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P5050.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P5050.0 , lbproc=128]
|
|
longitude latitude time p50 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap500 |
CFday GCAmon APday |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=, lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
|
longitude latitude p500 time |
Pa s-1 |
cftables |
ok |
HadREM-CP4A_mappings.cfg |
| wap600 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P600600.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128]
|
|
longitude latitude time p600 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap70 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P7070.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P7070.0 , lbproc=128]
|
|
longitude latitude time p70 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap700 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
|
longitude latitude time p700 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap7h |
E3hrPt AP3hrPt |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
|
|
longitude latitude plev7h time1 |
Pa s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| wap850 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P850850.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128]
|
|
longitude latitude time p850 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wap925 |
GCAmon |
m01s30i298OMEGA ON P LEV/T GRID
Omega on pressure levels. At T-points in the horizontal. Set to
zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are Pa s-1 [blev=P925925.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128]
|
|
longitude latitude time p925 |
Pa s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| waterDpth |
Emon |
m01s08i249[lbproc=128]
|
|
longitude latitude time |
m |
land |
embargoed |
HadREM-CP4A_mappings.cfg |
| wbptemp7h |
6hrPlevPt AP6hrPt |
m01s16i205[blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0] /
m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
|
|
longitude latitude plev7h time1 |
K |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wetdust |
AERmon CresAERday AEmon |
m01s04i231Dust wet dep flux ls precip div 1
Flux of mineral dust (division 1) deposited to ground due to large scale
precipitation. (kg m-2 s-1) [lbproc=128] + m01s04i232Dust wet dep flux ls precip div 2
Flux of mineral dust (division 2) deposited to ground due to large scale
precipitation. (kg m-2 s-1) [lbproc=128]
+ m01s04i233Dust wet dep flux ls precip div 3
Flux of mineral dust (division 3) deposited to ground due to large scale
precipitation. (kg m-2 s-1) [lbproc=128] + m01s04i234Dust wet dep flux ls precip div 4
Flux of mineral dust (division 4) deposited to ground due to large scale
precipitation. (kg m-2 s-1) [lbproc=128] + m01s04i235Dust wet dep flux ls precip div 5
Flux of mineral dust (division 5) deposited to ground due to large scale
precipitation. (kg m-2 s-1) [lbproc=128]
+ m01s04i236Dust wet dep flux ls precip div 6
Flux of mineral dust (division 6) deposited to ground due to large scale
precipitation. (kg m-2 s-1) [lbproc=128] + m01s05i281Dust wet dep flux conv precip div 1
Flux of mineral dust (division 1) deposited to ground due to convective
precipitation. (kg m-2 s-1) [lbproc=128] + m01s05i282Dust wet dep flux conv precip div 2
Flux of mineral dust (division 2) deposited to ground due to convective
precipitation. (kg m-2 s-1) [lbproc=128]
+ m01s05i283Dust wet dep flux conv precip div 3
Flux of mineral dust (division 3) deposited to ground due to convective
precipitation. (kg m-2 s-1) [lbproc=128] + m01s05i284Dust wet dep flux conv precip div 4
Flux of mineral dust (division 4) deposited to ground due to convective
precipitation. (kg m-2 s-1) [lbproc=128] + m01s05i285Dust wet dep flux conv precip div 5
Flux of mineral dust (division 5) deposited to ground due to convective
precipitation. (kg m-2 s-1) [lbproc=128]
+ m01s05i286Dust wet dep flux conv precip div 6
Flux of mineral dust (division 6) deposited to ground due to convective
precipitation. (kg m-2 s-1) [lbproc=128]
|
|
longitude latitude time |
kg m-2 s-1 |
dust |
ok |
HadREM-CP4A_mappings.cfg |
| wetlandCH4 |
Emon LPmon |
m01s08i242CH4 WETLAND FLUX(FOR UKCA) UG C/M2/S
The methane flux from wetland to be used in UKCA.
(This will be one of the following diagnostics: 8260-8262). Units are 1x10-6 grams Carbon/m2/second.
Available on land points only. [lbproc=128] * MOLECULAR_MASS_OF_CH416. / ATOMIC_MASS_OF_C12.
|
|
longitude latitude time |
ug m-2 s-1 |
carbon |
ok |
HadREM-CP4A_mappings.cfg |
| wetlandFrac |
Emon LPmon |
m01s08i248[lbproc=128] * m01s03i395FRACTION OF LAND
This item is the fraction of land in the gridbox. [lbproc=128]
|
|
longitude latitude typewetla time |
1 |
carbon |
ok |
HadREM-CP4A_mappings.cfg |
| wfo |
Omon OPmon |
-1 * (sowaflup + sowflisf)
|
|
longitude latitude time |
kg m-2 s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| wmo |
Omon OPmonLev |
mask_copy(wmo, mask_3D_T)
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
kg s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| wo |
Omon OPmonLev |
mask_copy(wo, mask_3D_T)
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
m s-1 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| wsgmax10m |
6hrPlev AP6hr |
m01s03i463WIND GUST (M/S)
Maximum gust windspeed at 10m. Single level available every timestep. [lbproc=8192]
|
|
longitude latitude height10m time |
m s-1 |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| wtd |
Eday Emon LPday LPmon |
m01s08i249[lbproc=128]
|
|
longitude latitude time |
m |
land |
ok |
HadREM-CP4A_mappings.cfg |
| wtem |
EdayZ EmonZ APdayZ APmonZ |
mask_polar_column_zonal_means(
m01s30i311RESIDUAL MN MERID. CIRC. WSTARBAR
Residual mean meridional circulation. Used as the eddy part in
the transformed Eulerian mean sets of equations to anticipate how the
zonal-mean flow will respond to an eddy momentum flux or eddy heat
flux. Defined in such a way that dw*/dz + dv*/dy = 0. [blev=PLEV3850.0 500.0 250.0 9, lbproc=192], m01s30i301HEAVYSIDE FN ON P LEV/UV GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30201-30288. Valid on
pressure levels and at UV-points in the horizontal, i.e. the corners of
T-point grid cells.
Dimensionless (range 0-1). [blev=PLEV3850.0 500.0 250.0 9, lbproc=192])
|
|
latitude plev39 time |
m s-1 |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| zfull |
CF3hr AP3hrPtLev |
m01s15i101[lbproc=0]
|
|
longitude latitude alevel time1 |
m |
cftables |
embargoed |
HadREM-CP4A_mappings.cfg |
| zfullo |
Omon OPmonLev |
zfull
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevel time |
m |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| zg |
Amon Eday APmon |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV191000.0 925.0 850.0 700.0 600.0 500.0 400.0 300.0 250.0 200.0 150.0 100.0 70.0 50.0 30.0 20.0 10.0 5.0 1.0 , lbproc=128]
|
|
longitude latitude plev19 time |
m |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| zg10 |
AERday AEday |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=P1010.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 , lbproc=128]
|
|
longitude latitude p10 time |
m |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| zg100 |
AERday AEday |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=P1010.0 0, lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 0, lbproc=128]
|
|
longitude latitude p100 time |
m |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| zg1000 |
GCAmon GCday 6hrPlev AERday AP6hr APday mon day 6hr |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=P1010.0 00, lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P1010.0 00, lbproc=128]
|
|
longitude latitude p1000 time |
m |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| zg200 |
GCAmon GCday |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=, lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
|
longitude latitude p200 time |
m |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| zg250 |
GCAmon GCday |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=P250250.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P250250.0 , lbproc=128]
|
|
longitude latitude time p250 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| zg27 |
Emon APmon |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV271000.0 975.0 950.0 925.0 900.0 875.0 850.0 825.0 800.0 775.0 750.0 700.0 650.0 600.0 550.0 500.0 450.0 400.0 350.0 300.0 250.0 225.0 200.0 175.0 150.0 125.0 100.0 , lbproc=128]
|
|
longitude latitude plev27 time |
m |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| zg300 |
GCAmon GCday |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=P3030.0 0, lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P3030.0 0, lbproc=128]
|
|
longitude latitude p300 time |
m |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| zg400 |
GCAmon GCday |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=P400400.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P400400.0 , lbproc=128]
|
|
longitude latitude p400 time |
m |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| zg500 |
AERday GCAmon GCday AEday |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=, lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
|
longitude latitude p500 time |
m |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| zg600 |
GCAmon GCday |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=P600600.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P600600.0 , lbproc=128]
|
|
longitude latitude p600 time |
m |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| zg700 |
GCAmon GCday |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=, lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=, lbproc=128]
|
|
longitude latitude time p700 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| zg7h |
6hrPlevPt Prim3hrPt AP6hrPt |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=PLEV7H925.0 850.0 700.0 600.0 500.0 250.0 50.0 , lbproc=0]
|
|
longitude latitude plev7h time1 |
m |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |
| zg850 |
GCAmon GCday |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=P850850.0 , lbproc=128] / m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P850850.0 , lbproc=128]
|
|
longitude latitude time p850 |
m |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| zg925 |
GCAmon GCday |
m01s30i297GEOPOTENTIAL HEIGHT ON P LEV/T GRID
Geopotential height on pressure levels. At T-points in the horizontal.
Set to zero when pressure level is below ground or above model top: must be
divided by heavyside function (30304) to obtain correct mean.
Units are m [blev=P925925.0 , lbproc=128]
/ m01s30i304HEAVYSIDE FN ON P LEV/T GRID
Fraction of time pressure level has been above ground and below the model
top. Is required to normalise pressure-level fields 30293-30298. Valid on
pressure levels and at T-points in the horizontal.
Dimensionless (range 0-1). [blev=P925925.0 , lbproc=128]
|
|
longitude latitude p925 time |
m |
atmos-physics |
embargoed |
HadREM-CP4A_mappings.cfg |
| zhalf |
CF3hr AP3hrPtLev |
m01s15i102[lbproc=0]
|
|
longitude latitude alevhalf time1 |
m |
cftables |
embargoed |
HadREM-CP4A_mappings.cfg |
| zhalfo |
Omon OPmonLev |
zhalf
|
commentThis variable is reported using a z* coordinate system
rather than the z-level system indicated by the metadata. Where this is
important to analysis please consider the information in time-varying
variables thkcello or zfullo.
|
longitude latitude olevhalf time |
m |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| zmla |
GCAmon Eday APday |
m01s03i304TURBULENT MIXING HT AFTER B.LAYER m
Maximum height of turbulent mixing. This will be the same as STASH item
(1, 3, 025) for stable layers (see STASH item (1, 3, 305)), well-mixed
boundary layers (see STASH item (1, 3, 307)) and for cumulus layers (see
STASH item (1, 3, 310)), with both marking the lifting condensation level
in the latter case. For decoupled boundary layers (see STASH items (1, 3,
306),(1, 3, 308) and (1, 3, 309)), this will mark the top of the
decoupled layer.
Available on all timesteps. [lbproc=128]
|
|
longitude latitude time |
m |
boundary-layer |
ok |
HadREM-CP4A_mappings.cfg |
| zos |
Omon OPmon |
zos
|
|
longitude latitude time |
m |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| zossq |
Omon OPmon |
zossq
|
|
longitude latitude time |
m2 |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| zostoga |
Omon OPmon |
calc_zostoga(thetao, thkcello, areacello,
zfullo_0, so_0, rho_0_mean, deptho_0_mean)
|
commentCalculated using the first annual mean
of the corresponding piControl experiment as the reference state.
|
time |
m |
ocean |
ok |
HadREM-CP4A_mappings.cfg |
| ztp |
AERmon AEmon |
m01s30i453[lbproc=128] + m01s00i033[lbproc=128]
|
|
longitude latitude time |
m |
atmos-physics |
ok |
HadREM-CP4A_mappings.cfg |