| Species to be
delivered |
Gas-phase |
|
Aerosol-phase |
| O3 |
HNO3 |
SULF_2.5 |
AMMO_coarse |
PM_2.5 |
| NO |
HCHO |
SULF_coarse |
SOA |
Natural DUST_2.5 |
| NO2 |
SO2 |
NITR_2.5 |
PPM_2.5 |
Natural DUST_coarse |
| NH3 |
|
NITR_coarse |
PPM_coarse |
OC_2.5 |
| |
|
AMMO_2.5 |
PM_coarse |
OC_coarse |
| |
|
|
BC_2.5 |
BC_coarse |
Note:
All size bins requested for base case
2005 (to be archived remotely) |
| Frequency |
Hourly (O3, NO2, NO)
Daily for all others
|
| Units |
ug/m3 |
| Output Grid |
- Data should be interpolated on the
POMI
modelling grids
- Only surface data (possibly at 2m
above surface) must be delivered but
3D results should be archived remotely
for the base case (results below 6000
m.
|
| File naming |
Results will be organised in separate
files per month and scenarios. File naming
is : POMI_XX_MMM_YYY.cdf
where
- XX corresponds to the model number
(01:CHIMERE, 02:EMEP, 03:CAMx, 04:RCG,
05:AURORA
- MMM is the month abbreviation (jan,
feb, ...)
- YYY is the scenario number (from scenario
table). Examples:
- 2012AQP over Lombardy -->
312
- 2012MFR over Po-Valley -->
320
|
| Delivery |
Scenarios should be transfered via DVD.
One full year scenario leads to 1Gb file
size |
| Fortran processor |
The following programme
generates surface output files in the requested
POMI format whereas vertical profiles at
given location must use produced using cdfrout_POMI_VP.f |