CanCPL variable tables (CanESM v6.0)
Definitions
Field Sent: Names of fields before the regrid; received from the component models. The first entry is the name used in the coupler; the second is the name used in the component model. Currently, there may be multiple entries for a given field, if the field has multiple destination fields it affects. Later work will reformat the table so that cells can span multiple rows where needed. TODO: add component internal names and review!
Field Received: names of fields after the regrid; passed to the component models. TODO: add component internal names
Field Description: CanCPL’s internal description of the field.
Rep Area: Area that the field represents, mainly for flux units in mixed land/ocean/sea ice grid cells. E.g. does m-2 mean per total cell area or per ocean-only area? needs review from nemo/canam experts!
C = complete area of grid cells (land, open ocean, and sea ice)
OI = full non-land component of grid cells (open ocean and sea ice)
O = open ocean component of grid cells
I = sea ice compoment of grid cells
Sign: For fluxes. Refers to whether positive values are flux into or out of the ocean/atmosphere. I think? Needs review!
Units: Physical units of the field. A “1” indicates a unitless quantity.
Time Avg: Whether the field is passed to/from the component model as a time average or instantaneous value. needs review from nemo/canam experts!
Pre-proc: Transformations performed on fields before the regrid. The resulting field is the quantity that actually enters the ESMF FieldRegrid operation. A blank cell under Pre-proc indicates that the Field Sent is remapped directly.
Remap Options: flags and options passed to the ESMF FieldRegrid objects.
short hand for the regrid method:
cv = conservative
cv2 = conserve_2nd
bl = bilinear
blv = bilinear_vec
fracarea (fractional area) refers to the normalization type
src mask and dst mask refer to application of a land/ocean mask to the src grid or dst grid. In most cases, it is applied to the ocean grid, if any.
dyn mask:
Post-proc: Transformations performed on fields after the regrid.
Destination: corresponding names of fields after the regrid; passed to the component models. Note that some Fields Sent have multiple Destination entries. Transformations and remap settings may differ with destination. add component internal names
Source: Corresponding names of fields before the regrid; received from the component models. add component internal names
Namelist Param: For NEMO fields. The namelist parameter and value that configure the treatment of the field on the NEMO side.
See namelist_cfg and namelist_ref.
Heat budget correction
Source code for heat budget correction.
Heat budget (\(E-P-R\)) is calculated and the excess (deficit) is added to (subtracted from) O_QnsMix.
The spatially resolved energy budget is given by \(E-P-R=Q_{\mathrm{snow}} + Q_{\mathrm{rof}} + Q_{\mathrm{water}}\), where:
\(Q_{\mathrm{snow}}\) = -1 * \(C_P\) * min(0, O_TepIce - 273.15) * OTotSnow,
\(Q_{\mathrm{rof}}\) = -1 * \(C_P\) * max(0, O_SSTSST - 273.15) * O_Runoff,
\(Q_{\mathrm{water}}\) = -1 * \(C_P\) * max(0, O_SSTSST - 273.15) * (OTotEvap - OTotRain),
and the specific heat of ocean is \(C_P\) = 3991.86795711963 J K-1 kg-1. The result is integrated over the grid as
\(Q_{\mathrm{global}}\) = \(\sum (E - P -R )\) * e1t * e2t * tmask.
We then compute the temperature change needed to zero the heat flux due to \(E-P-R\), which is
\(\Delta T_{\mathrm{global}}\) = \(Q_{\mathrm{global}}/C_P\) * \(\sum\) (OTotRain + OTotEvap) * e1t * e2t * tmask.
Finally the quantity \(Q_{\mathrm{corr}}\) is added to O_QnsMix:
\(Q_{\mathrm{corr}}\) = \(C_P \Delta T_{\mathrm{global}}\) * (OTotRain + OTotEvap).
River routing process
ROF_atm_{YY} and ROFO_atm_{YY} are regridded from Yin/Yang grids to the river grid. This is a conservative, fractional area remap, with no masking. As with other remaps from Yin/Yang, the original field has overlaps removed through the process described in Overlap removal via Goddard weights. Similarly, the resulting field (on the river grid) is taken as the sum of yin and yang components, divided by the seam correction (Seam correction). At this point, negative values are set to zero.
The resulting fields, total_runoff and overland_runoff, are passed to the
river_routing subroutine, which returns a flux into the oceans, output_ocean_flux.
Finally, output_ocean_flux is remapped from the river grid to the eORCA grid, using
conservative and fractional area options and destination (ocean) masking.
The overlying subroutine for the process is here and is called here. The underlying river routing subroutine is defined here.
Runoff spreading process
After the river runoff is regridded onto the ocean grid, an additional runoff spreading step is performed. This is encapsulated in this subroutine, which is called here. The underlying runoff spreading subroutine is defined here
Overlap removal via Goddard weights
Each atmosphere field on Yin and Yang is weighted by field GMSK_atm_{YY} just prior to regridding:
{field}_{YY} = GMSK_atm_{YY} * {field}_{YY}.
Within overlapping regions, GMSK_atm_{YY} takes values between 0 and 1 that weight Yin and Yang so that the components are properly normalized when combined. In non-overlap regions, GMSK_atm_{YY} has values of 0 or 1.
Seam correction
The majority of the Yin-Yang overlap region is reconciled via the process described in Overlap removal via Goddard weights, however, there is still an artifact that remains at the “seam” (picture a tennis ball). This is removed after the field is regridded onto the destination grid (ocean or river grid, e.g.). First, we regrid the Goddard weights (GMSK_atm_{YY}) to the destination grid. Then the final resulting field is
{field}_orca = ( {field}_from_yin + {field}_from_yang ) / seam_correction,
where seam_correction is the sum of the remapped GMSK_atm_{YY} components.
The seam correction is defined here, called here, and applied here
Dynamic masking
For dynamic masking, the src dyn mask value provided in the tables indicates the source field value that gets masked during regridding, while the dst dyn mask value indicates the fill value for orphaned cells in the destination field. The general process is as follows:
Dynamic masking is enabled by setting the fortran variables src_dynmask_local and dst_dynmask_local (See here
and here)
to real values, and “disabled” by setting these to HUGE.
Where the land/ocean masks are static and associated with a grid object, dynamic masking allows us to apply a mask over specific values within the field itself.
The mask itself can thus evolve in time.
The masked values are indicated by src_dynmask_local. The value of dst_dynmask_local is used to fill in destination cells that have no co-located source cells
because of the dynamic mask. At present, both are set to zero, but ESMF allows any real value.
A value of HUGE does not truly disable the dynamic masking operations, but it is exceedingly unlikely that physical values equal to HUGE will ever appear in the source field,
thus the process is effectively disabled.
The actual treatment of dynamically masked values occurs in the subroutine simpleDynMaskProc, which effectively removes these values from the regridding process and fills in missing values on the destination grid.
Fields sent by CanAMg
Wind fields
Field Sent |
Field Description |
Rep Area |
Sign |
Units |
Grid |
Time Avg |
Pre-proc |
Remap Options |
Post-proc |
Destination |
Comments |
|---|---|---|---|---|---|---|---|---|---|---|---|
UFSO_atm_{YY}
UFSOROL
|
Zonal Atm-Ocn Wind Stress |
O |
pos up |
N m-2 |
Yin/Yang |
Avg |
-1*UFSO_atm_{YY}
|
blv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_OTaux1 |
Source code links: Pre-proc
|
|
VFSO_atm_{YY}
VFSOROL
|
Meridional Atm-Ocn Wind Stress |
O |
pos up |
N m-2 |
Yin/Yang |
Avg |
-1*VFSO_atm_{YY}
|
blv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_OTauy1 |
Source code links: Pre-proc
|
|
UFSI_atm_{YY}
UFSIROL
|
Zonal Atm-Ice Wind Stress |
I |
pos up |
N m-2 |
Yin/Yang |
Avg |
-1*UFSI_atm_{YY}
|
blv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_ITaux1 |
Source code links: Pre-proc
|
|
VFSI_atm_{YY}
VFSIROL
|
Meridional Atm-Ice Wind Stress |
I |
pos up |
N m-2 |
Yin/Yang |
Avg |
-1*VFSI_atm_{YY}
|
blv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_ITauy1 |
Source code links: Pre-proc
|
|
SWMX_atm_{YY}
SWAROL
|
10 meter wind |
C |
N/A |
m s-1 |
Yin/Yang |
Avg |
blv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_Wind10 |
Water fluxes
Field Sent |
Field Description |
Rep Area |
Sign |
Units |
Grid |
Time Avg |
Pre-proc |
Remap Options |
Post-proc |
Destination |
Comments |
|---|---|---|---|---|---|---|---|---|---|---|---|
ROF_atm_{YY}
ROFROL
|
Total Runoff in land |
OI |
pos down |
kg m-2 s-1 |
Yin/Yang |
Avg |
cv, fracarea, src mask = F
dst mask = F (riv) / T (ocn)
src/dst dyn mask = HUGE/HUGE
|
O_Runoff |
|||
ROFO_atm_{YY}
ROFOROL
|
Surface Runoff in land |
OI |
pos down |
kg m-2 s-1 |
Yin/Yang |
Avg |
cv, fracarea, src mask = F
dst mask = F (riv) / T (ocn)
src/dst dyn mask = HUGE/HUGE
|
O_Runoff |
|||
BWGO_atm_{YY}
BWGOROL
|
Ocean Freshwater Budget (P-E) |
O |
pos down |
kg m-2 s-1 |
Yin/Yang |
Avg |
RAIN_atm_{YY} + SNOW_atm_{YY} - (BWGI_atm_{YY}
* SICN_atm_{YY} + BWGO_atm_{YY} * (1-SICN_atm_{YY}))
|
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
OTotEvap |
Source code links: Pre-proc
|
|
RAIN_atm_{YY}
RAINROL
|
Total liquid precipitation |
C |
pos down |
kg m-2 s-1 |
Yin/Yang |
Avg |
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
Negative values set to zero
|
OTotRain |
||
RAIN_atm_{YY}
RAINROL
|
Total liquid precipitation |
C |
pos down |
kg m-2 s-1 |
Yin/Yang |
Avg |
RAIN_atm_{YY} + SNOW_atm_{YY} - (BWGI_atm_{YY}
* SICN_atm_{YY} + BWGO_atm_{YY} * (1-SICN_atm_{YY}))
|
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
OTotEvap |
Source code links: Pre-proc
|
|
RAIN_atm_{YY}
RAINROL
|
Total liquid precipitation |
C |
pos down |
kg m-2 s-1 |
Yin/Yang |
Avg |
RAIN_atm_{YY} + SNOW_atm_{YY} - BWGI_atm_{YY}
Values \(<10^{-10}\) set to 0
|
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
OIceEvap |
Source code links: Pre-proc
|
|
SNOW_atm_{YY}
SNOWROL
|
Total solid precipitation |
C |
pos down |
kg m-2 s-1 |
Yin/Yang |
Avg |
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
Negative values set to zero
|
OTotSnow |
||
SNOW_atm_{YY}
SNOWROL
|
Total solid precipitation |
C |
pos down |
kg m-2 s-1 |
Yin/Yang |
Avg |
RAIN_atm_{YY} + SNOW_atm_{YY} - (BWGI_atm_{YY}
* SICN_atm_{YY} + BWGO_atm_{YY} * (1-SICN_atm_{YY}))
|
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
OTotEvap |
Source code links: Pre-proc
|
|
SNOW_atm_{YY}
SNOWROL
|
Total solid precipitation |
C |
pos down |
kg m-2 s-1 |
Yin/Yang |
Avg |
RAIN_atm_{YY} + SNOW_atm_{YY} - BWGI_atm_{YY}
Values \(<10^{-10}\) set to 0
|
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
OIceEvap |
Source code links: Pre-proc
|
|
BWGI_atm_{YY}
BWGIROL
|
Sea Ice Freshwater Budget (P-E) |
I |
pos down |
kg m-2 s-1 |
Yin/Yang |
Avg |
RAIN_atm_{YY} + SNOW_atm_{YY} - (BWGI_atm_{YY}
* SICN_atm_{YY} + BWGO_atm_{YY} * (1-SICN_atm_{YY}))
|
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
OTotEvap |
Source code links: Pre-proc
|
|
BWGI_atm_{YY}
BWGIROL
|
Sea Ice Freshwater Budget (P-E) |
I |
pos down |
kg m-2 s-1 |
Yin/Yang |
Avg |
RAIN_atm_{YY} + SNOW_atm_{YY} - BWGI_atm_{YY}
Values \(<10^{-10}\) set to 0
|
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
OIceEvap |
Source code links: Pre-proc
|
Heat fluxes
Field Sent |
Field Description |
Rep Area |
Sign |
Units |
Grid |
Time Avg |
Pre-proc |
Remap Options |
Post-proc |
Destination |
Comments |
|---|---|---|---|---|---|---|---|---|---|---|---|
FSGO_atm_{YY}
FSGOROL
|
Solar Flux over Ocean |
O |
pos down |
W m-2 |
Yin/Yang |
Avg |
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_QsrMix |
Source code links: Pre-proc
|
||
FSGO_atm_{YY}
FSGOROL
|
Solar Flux over Ocean |
O |
pos down |
W m-2 |
Yin/Yang |
Avg |
(1-SICN_atm_{YY})*(BEGO_atm_{YY}-FSGO_atm_{YY})
+ SICN_atm_{YY}*(BEGI_atm_{YY}-FSGI_atm_{YY})
|
cv2, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_QnsMix |
Source code links: Pre-proc
|
|
FSGI_atm_{YY}
FSGIROL
|
Solar Flux over Sea Ice |
I |
pos down |
W m-2 |
Yin/Yang |
Avg |
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_QsrIce |
|||
FSGI_atm_{YY}
FSGIROL
|
Solar Flux over Sea Ice |
I |
pos down |
W m-2 |
Yin/Yang |
Avg |
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_QsrMix |
Source code links: Pre-proc
|
||
FSGI_atm_{YY}
FSGIROL
|
Solar Flux over Sea Ice |
I |
pos down |
W m-2 |
Yin/Yang |
Avg |
BEGI_atm_{YY} - FSGI_atm_{YY}
|
cv2, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_QnsIce |
Source code links: Pre-proc
|
|
FSGI_atm_{YY}
FSGIROL
|
Solar Flux over Sea Ice |
I |
pos down |
W m-2 |
Yin/Yang |
Avg |
(1-SICN_atm_{YY})*(BEGO_atm_{YY}-FSGO_atm_{YY})
+ SICN_atm_{YY}*(BEGI_atm_{YY}-FSGI_atm_{YY})
|
cv2, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_QnsMix |
Source code links: Pre-proc
|
|
BEGO_atm_{YY}
BEGOROL
|
Total Heat Flux over ocean |
O |
pos down |
W m-2 |
Yin/Yang |
Avg |
(1-SICN_atm_{YY})*(BEGO_atm_{YY}-FSGO_atm_{YY})
+ SICN_atm_{YY}*(BEGI_atm_{YY}-FSGI_atm_{YY})
|
cv2, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_QnsMix |
Source code links: Pre-proc
|
|
BEGI_atm_{YY}
BEGIROL
|
Total Heat Flux over sea ice |
I |
pos down |
W m-2 |
Yin/Yang |
Avg |
BEGI_atm_{YY} - FSGI_atm_{YY}
|
cv2, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_QnsIce |
Source code links: Pre-proc
|
|
BEGI_atm_{YY}
BEGIROL
|
Total Heat Flux over sea ice |
I |
pos down |
W m-2 |
Yin/Yang |
Avg |
(1-SICN_atm_{YY})*(BEGO_atm_{YY}-FSGO_atm_{YY})
+ SICN_atm_{YY}*(BEGI_atm_{YY}-FSGI_atm_{YY})
|
cv2, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_QnsMix |
Source code links: Pre-proc
|
Other fields
Field Sent |
Field Description |
Rep Area |
Sign |
Units |
Grid |
Time Avg |
Pre-proc |
Remap Options |
Post-proc |
Destination |
Comments |
|---|---|---|---|---|---|---|---|---|---|---|---|
PMSL_atm_{YY}
PMSLROL
|
Mean Sea Level Pressure |
C |
N/A |
hPa |
Yin/Yang |
Avg |
100 * PMSL_atm_{YY}
|
bl, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_MSLP |
Source code links: Pre-proc
|
|
CO2_atm_{YY}
XSRFROW(:,iCO2)
|
CO2 Concentration (from ATM) |
C |
N/A |
ppm |
Yin/Yang |
Avg |
bl, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
O_AtmCO2 |
Source code links: Pre-proc
|
||
SLIM_atm_{YY}
SLIMROL
|
Non-solar sensitivity to
temp over sea ice (dQns/dT)
|
I |
N/A |
W m-2 K-1 |
Yin/Yang |
Avg |
bl, fracarea, src/dst mask = F/T
src/dst dyn mask = 0/0
|
O_dQnsdT |
Fields received by CanAMg
Field Received |
Field Description |
Rep Area |
Sign |
Units |
Grid |
Time Avg |
Post-proc |
Remap Options |
Pre-proc |
Source |
Comments |
|---|---|---|---|---|---|---|---|---|---|---|---|
GT_atm_{YY}
GTROW
|
Ground Temperature |
O |
N/A |
K |
Yin/Yang |
Inst |
cv, fracarea, src/dst mask = T/F
src/dst dyn mask = HUGE/HUGE
|
O_SSTSST |
|||
GTIO_atm_{YY}
??
|
Ground Temperature
over the sea-ice
|
I |
N/A |
K |
Yin/Yang |
Inst |
cv, fracarea, src/dst mask = T/F
src/dst dyn mask = 0/0
|
O_TepIce |
Only sent if |
||
SIC_atm_{YY}
SICROW
|
Sea Ice Thickness |
OI |
N/A |
kg m-2 |
Yin/Yang |
Inst |
Negative values set to 0 |
cv, fracarea, src/dst mask = T/F
src/dst dyn mask = HUGE/HUGE
|
OIceTck |
Source code links: Post-proc |
|
SICN_atm_{YY}
SICNROW
|
Sea Ice Fraction |
OI |
N/A |
1 |
Yin/Yang |
Inst |
Negative values set to 0 |
cv, fracarea, src/dst mask = T/F
src/dst dyn mask = HUGE/HUGE
|
OIceFrc |
Source code links: Post-proc |
|
SNO_atm_{YY}
SNOROT
|
Snow Thickness |
OI |
N/A |
kg m-2 |
Yin/Yang |
Inst |
Negative values set to 0 |
cv, fracarea, src/dst mask = T/F
src/dst dyn mask = HUGE/HUGE
|
OSnwTck/OIceFrc where OIceFrc > 0
Set to 0 where OIceFrc <= 0
|
OSnwTck
OIceFrc
|
|
CO2flx_atm_{YY}
FCOOROW
|
CO2 Flux (from Ocn) |
OI |
pos down? |
kg CO2 m-2 s-1 |
Yin/Yang |
Inst |
cv, fracarea, src/dst mask = T/F
src/dst dyn mask = HUGE/HUGE
|
-1*O_CO2FLX*0.044011 |
O_CO2FLX |
Source code links: Pre-proc
|
Other CanAMg fields needed by CanCPL
Field Sent |
Field Description |
Rep Area |
Sign |
Units |
Grid |
Time Avg |
Pre-proc |
Remap Options |
Post-proc |
Destination |
Comments |
|---|---|---|---|---|---|---|---|---|---|---|---|
FLND_atm_{YY}
FLNDROW
|
Non ocean fraction (from ATM) |
C |
N/A |
1 |
Yin/Yang |
Inst |
N/A |
N/A |
Used to check consistency
with ocean mask
|
||
GMSK_atm_{YY}
??
|
Grid cell mask (from ATM) |
C |
N/A |
1 |
Yin/Yang |
Inst |
Same as field that
receives seam correction
|
{field}_crcrn |
Used in YY to ORCA
seam correction
|
Fields sent by NEMO4
Namelist Param |
Field Sent |
Field Description |
Rep Area |
Sign |
Units |
Grid |
Time Avg |
Pre-proc |
Remap Options |
Post-proc |
Destination |
Comments |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
sn_snd_temp%cldes =
‘oce and ice’
|
O_SSTSST |
Ocean Surface Temp |
O |
N/A |
K |
eORCA T |
Inst |
cv, fracarea, src/dst mask = T/F
src/dst dyn mask = HUGE/HUGE
|
GT_atm_{YY} |
|||
sn_snd_temp%cldes =
‘oce and ice’
|
O_TepIce |
Sea Ice Surface Temp |
I |
N/A |
K |
eORCA T |
Inst |
cv, fracarea, src/dst mask = T/F
src/dst dyn mask = 0/0
|
GTIO_atm_{YY} |
Only sent if |
||
OIceFrc |
Sea Ice Fraction |
OI |
N/A |
1 |
eORCA T |
Inst |
cv, fracarea, src/dst mask = T/F
src/dst dyn mask = HUGE/HUGE
|
Negative values set to 0 |
SICN_atm_{YY} |
Source code links: Post-proc |
||
OIceFrc |
Sea Ice Fraction |
OI |
N/A |
1 |
eORCA T |
Inst |
OSnwTck/OIceFrc where OIceFrc > 0
0 where OIceFrc <= 0
|
cv, fracarea, src/dst mask = T/F
src/dst dyn mask = HUGE/HUGE
|
Negative values set to 0 |
SNO_atm_{YY} |
||
sn_snd_thick%cldes =
‘weighted iwe and swe’
|
OIceTck |
Sea Ice Water Equivalent |
OI |
N/A |
kg m-2 |
eORCA T |
Inst |
cv, fracarea, src/dst mask = T/F
src/dst dyn mask = HUGE/HUGE
|
SIC_atm_{YY} |
Source code links: Post-proc |
||
sn_snd_thick%cldes =
‘weighted iwe and swe’
|
OSnwTck |
Snow Water Equivalent
over Sea Ice
|
OI |
N/A |
kg m-2 |
eORCA T |
Inst |
OSnwTck/OIceFrc where OIceFrc > 0
0 where OIceFrc <= 0
|
cv, fracarea, src/dst mask = T/F
src/dst dyn mask = HUGE/HUGE
|
Negative values set to 0 |
SNO_atm_{YY} |
|
sn_snd_co2%cldes =
‘coupled’
|
O_CO2FLX |
CO2 Flux (from Ocn) |
OI |
pos down? |
mol C m-2 s-1 |
eORCA T |
Inst |
-1*O_CO2FLX*0.044011 |
cv, fracarea, src/dst mask = T/F
src/dst dyn mask = HUGE/HUGE
|
CO2flx_atm_{YY} |
Source code links: Pre-proc
|
Fields received by NEMO4
Wind fields
Namelist Param |
Field Received |
Field Description |
Rep Area |
Sign |
Units |
Grid |
Time Avg |
Post-proc |
Remap Options |
Pre-proc |
Source |
Comments |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
sn_rcv_tau%cldes
‘oce and ice’
|
O_OTaux1 |
Atm-Ocn Wind Stress
(x component)
|
O |
pos down |
N m-2 |
eORCA T |
Avg |
bl, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
-1*UFSO_atm_{YY}
|
UFSO_atm_{YY} |
Source code links: Pre-proc
|
|
sn_rcv_tau%cldes
‘oce and ice’
|
O_OTauy1 |
Atm-Ocn Wind Stress
(y component)
|
O |
pos down |
N m-2 |
eORCA T |
Avg |
bl, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
-1*VFSO_atm_{YY}
|
VFSO_atm_{YY} |
Source code links: Pre-proc
|
|
sn_rcv_tau%cldes
‘oce and ice’
|
O_ITaux1 |
Atm-Ice Wind Stress
(x component)
|
I |
pos down |
N m-2 |
eORCA T |
Avg |
bl, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
-1*UFSI_atm_{YY}
|
UFSI_atm_{YY} |
Source code links: Pre-proc
|
|
sn_rcv_tau%cldes
‘oce and ice’
|
O_ITauy1 |
Atm-Ice Wind Stress
(y component)
|
I |
pos down |
N m-2 |
eORCA T |
Avg |
bl, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
-1*VFSI_atm_{YY}
|
VFSI_atm_{YY} |
Source code links: Pre-proc
|
|
sn_rcv_w10m%cldes =
‘coupled’
|
O_Wind10 |
10 Meter Wind
Speed Over Ocean
|
C |
N/A |
m s-1 |
eORCA T |
Avg |
bl, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
SWMX_atm_{YY} |
Water fluxes
Namelist Param |
Field Received |
Field Description |
Rep Area |
Sign |
Units |
Grid |
Time Avg |
Post-proc |
Remap Options |
Pre-proc |
Source |
Comments |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
sn_rcv_emp%cldes =
‘conservative’
|
OTotRain |
Total Liquid Precip
Over Ocean (rain)
|
C |
pos down |
kg m-2 s-1 |
eORCA T |
Avg |
Negative values set to zero
|
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
RAIN_atm_{YY} |
||
sn_rcv_emp%cldes =
‘conservative’
|
OTotSnow |
Total Solid Precip
Over Ocean (snow)
|
C |
pos down |
kg m-2 s-1 |
eORCA T |
Avg |
Negative values set to zero
|
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
SNOW_atm_{YY} |
||
sn_rcv_emp%cldes =
‘conservative’
|
OTotEvap |
Total Evaporation Over Ocean |
OI |
pos up |
kg m-2 s-1 |
eORCA T |
Avg |
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
RAIN_atm_{YY} + SNOW_atm_{YY} - (BWGI_atm_{YY}
* SICN_atm_{YY} + BWGO_atm_{YY} * (1-SICN_atm_{YY}))
|
RAIN_atm_{YY}, SNOW_atm_{YY},
BWGO_atm_{YY}, BWGI_atm_{YY},
SICN_atm_{YY}
|
Source code links: Pre-proc
|
|
sn_rcv_emp%cldes =
‘conservative’
|
OIceEvap |
Solid Evaporation Over
Ice (sublimation)
|
I |
pos up |
kg m-2 s-1 |
eORCA T |
Avg |
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
RAIN_atm_{YY} + SNOW_atm_{YY} - BWGI_atm_{YY}
Set to 0 below 10-10
|
RAIN_atm_{YY}, SNOW_atm_{YY},
BWGI_atm_{YY}, SICN_atm_{YY}
|
Source code links: Pre-proc
|
|
sn_rcv_rnf%cldes =
‘coupled’
|
O_Runoff |
Runoff Into Ocean |
OI |
pos down |
kg m-2 s-1 |
eORCA T |
Avg |
cv, fracarea, src mask = F
dst mask = F (riv) / T (ocn)
src/dyn mask = HUGE/HUGE
|
ROF_atm_{YY}
ROFO_atm_{YY}
|
Heat fluxes
Namelist Param |
Field Received |
Field Description |
Rep Area |
Sign |
Units |
Grid |
Time Avg |
Post-proc |
Remap Options |
Pre-proc |
Source |
Comments |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
sn_rcv_qsr%cldes =
‘conservative’
|
O_QsrIce |
Solar Heat Flux Over Ice |
I |
pos down |
W m-2 |
eORCA T |
Avg |
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
FSGI_atm_{YY} |
|||
sn_rcv_qsr%cldes =
‘conservative’
|
O_QsrMix |
Mixed Solar Heat Flux
Over Ocean and Ice
|
OI |
pos down |
W m-2 |
eORCA T |
Avg |
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
FSGO_atm_{YY}, FSGI_atm_{YY},
SICN_atm_{YY}
|
Source code links: Pre-proc
|
||
sn_rcv_qns%cldes =
‘conservative’
|
O_QnsIce |
Non-Solar Heat Flux Over Ice |
I |
pos down |
W m-2 |
eORCA T |
Avg |
cv2, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
BEGI_atm_{YY} - FSGI_atm_{YY}
|
BEGI_atm_{YY}
FSGI_atm_{YY}
|
Source code links: Pre-proc
|
|
sn_rcv_qsr%cldes =
‘conservative’
|
O_QnsMix |
Mixed Non-Solar Heat
Flux Over Ocean and Ice
|
OI |
pos down |
W m-2 |
eORCA T |
Avg |
cv2, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
(1-SICN_atm_{YY})*(BEGO_atm_{YY}-FSGO_atm_{YY})
+ SICN_atm_{YY}*(BEGI_atm_{YY}-FSGI_atm_{YY})
|
FSGO_atm_{YY}, FSGI_atm_{YY},
BEGO_atm_{YY}, BEGI_atm_{YY},
SICN_atm_{YY}
|
Source code links: Pre-proc
|
Other fields
Namelist Param |
Field Received |
Field Description |
Rep Area |
Sign |
Units |
Grid |
Time Avg |
Post-proc |
Remap Options |
Pre-proc |
Source |
Comments |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
sn_rcv_dqnsdt%cldes =
‘coupled’
|
O_dQnsdT |
Non-solar sensitivity
to temp over sea ice
|
I |
N/A |
W m-2 |
eORCA T |
Avg |
bl, fracarea, src/dst mask = F/T
src/dst dyn mask = 0/0
|
SLIM_atm_{YY} |
|||
sn_rcv_co2%cldes =
‘coupled’
|
O_AtmCO2 |
CO2 Concentration (from Atm) |
C |
N/A |
ppm |
eORCA T |
Avg |
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
CO2_atm_{YY} |
Source code links: Pre-proc
|
||
sn_rcv_mslp%cldes =
‘coupled’
|
O_MSLP |
Mean Sea Level Pressure |
C |
N/A |
atm |
eORCA T |
Avg |
bl, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
PMSL_atm_{YY}*100
|
PMSL_atm_{YY} |
Source code links: Pre-proc
|
Other NEMO fields needed by CanCPL
Namelist Param |
Field Sent |
Field Description |
Rep Area |
Sign |
Units |
Grid |
Time Avg |
Pre-proc |
Remap Options |
Post-proc |
Destination |
Comments |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
GTICE_ocn |
Sea Ice Surface Temp
(Interp from Atm)
|
I |
N/A |
K |
eORCA T |
Inst |
cv2, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE?
|
N/A |
Not in use? |
|||
tmask |
Ocean mask on ORCA T |
C |
N/A |
1 |
eORCA T |
Inst |
cv, fracarea, src/dst mask = F/T
src/dst dyn mask = HUGE/HUGE
|
N/A |
Used for masking on eORCA T
Remapped for land frac validation
|
|||
glamt |
Longitudes on ORCA T |
C |
N/A |
deg |
eORCA T |
Inst |
N/A |
N/A |
Used for masking on eORCA T
Longitudes of cell centers
|
|||
gphit |
Latitudes on ORCA T |
C |
N/A |
deg |
eORCA T |
Inst |
N/A |
N/A |
Used for masking on eORCA T
Latitudes of cell centers
|
|||
glamf |
Longitudes on ORCA F |
C |
N/A |
deg |
eORCA F |
Inst |
N/A |
N/A |
Used for masking on eORCA T
Longitudes of cell corners
|
|||
gphif |
Latitudes on ORCA F |
C |
N/A |
deg |
eORCA F |
Inst |
N/A |
N/A |
Used for masking on eORCA T
Latitudes of cell corners
|
|||
e1t |
Horizontal scale
factor on ORCA T
|
C |
N/A |
m |
eORCA T |
Inst |
N/A |
N/A |
Used for masking on eORCA T
Cell area = e1t*e2t
|
|||
e2t |
Horizontal scale
factor on ORCA T
|
C |
N/A |
m |
eORCA T |
Inst |
N/A |
N/A |
Used for masking on eORCA T
Cell area = e1t*e2t
|