UKCA Release Jobs/GA7p1 UM109 au917
UM10.9 GA7.1 + UKCA Strattrop (N96L85) CMIP6 TS2014 with L-NOx tunings
Suite-id
Met Office (XCS): u-au917
Monsoon: None: u-au917 is easily portable by changing SITE and MONSOON_ACCOUNT values via rose edit
Base/ inherited configuration
UM10.9 GA7.1 UKCA Strat+Trop+GLOMAP TS2000 suite 'u-as976 .
Deviations from base (as976)
- Tunings for Lightning NOx/ ozone chemistry as lodged under UM ticket 3806:
* Use a common NOx production rate for cloud-cloud and cloud-ground flashes
Branches
Note: Branches accompanied by a metadata change will be combined into a Config branch, a working copy used as the suite's meta= setting and for the runtime STASHmaster.
Branch name | Description | Metadata change? |
Remove vn10.9_ukca_linox_fixratio | Distributes Li-NOx emissions based on log(P) | |
vn10.9_ukca_linox_tweaks | Uses single NOx prod factor for cld-cld and cldgrn flashes |
No. Uses existing logical l_ukca_linox_logp |
Initialisation
The Met fields are beign initialised from the standard GA7 dump: /projects/ocean/hadgem3/initial/atmos/N96L85/ab642a.da19880901_00
The Aerosol and Chemistry tracers will initialise from a dump produced at the end of a 20-year spin-up run of the GA7.1+Strattrop AMIP run mi-aj670 - /data/d05/hadzm/dumps/aj670a.da20080901_00 (Monsoon2:/projects/ukca-admin/inputs/initial/N96eL85/aj670a.da20080901_00)
Emissions
As broadly described in here. Actual filenames can be seen in namelist values below.
Settings (incl. namelist settings)
RUN_UKCA settings
Item | Value | Remarks |
Important settings/ different from base job | ||
lightnox_scale_fac | 2.0 | |
Other settings, not usually modified | ||
biom_aer_ems_scaling | 2.0 | |
chem_timestep | 3600 | |
dir_strat_aer | '/home/d05/hadzm/job_files/SAD' | |
file_strat_aer | 'CMIP_1850_2014_average_sad_v3_56_level.asc' | |
fastjx_mode | 1 | |
fastjx_numwl | 18 | |
fastjx_prescutoff | 20.0 | |
i_mode_nzts | 15 | |
i_mode_setup | 2 | Sulp,ssalt,BC and OC in 5 modes, No Dust |
i_ukca_chem | 51 | |
i_ukca_conserve_method | 2 | |
i_ukca_dms_flux | 1 | |
i_ukca_hiorder_scheme | 0 | |
i_ukca_photol | 3 | |
i_ukca_quasinewton_end | 3 | |
i_ukca_quasinewton_start | 2 | |
i_ukca_scenario | 2 | enables GHG/Trace gas values via user-defined (RCP-format) files |
jvspec_dir | '$UMDIR/vn$VN/ctldata/UKCA/fastj' | |
jvscat_file | 'FJX_scat.dat' | |
jvspec_file | 'FJX_spec_Nov11.dat' | |
l_bcoc_bf | .true. | |
l_bcoc_bm | .true. | |
l_bcoc_ff | .true. | |
l_mode_bhn_on | .true. | |
l_mode_bln_on | .false. | |
l_ukca | .true. | |
l_ukca_ageair | .true. | |
l_ukca_aie1 | .true. | |
l_ukca_aie2 | .true. | |
l_ukca_arg_act | .true. | |
l_ukca_asad_columns | .false. | |
l_ukca_asad_plev | .false. | |
l_ukca_chem_aero | .true. | |
l_ukca_chem_plev | .false. | |
l_ukca_dust | .false. | deactivated as i_mode_setup =2 |
l_ukca_het_psc | .true. | |
l_ukca_ibvoc | .false. | |
l_ukca_intdd | .true. | |
l_ukca_h2o_feedback | .true. | Requires that: [namelist:gen_phys_inputs] l_use_methox=.false. |
l_ukca_limit_nat | .true. | |
l_ukca_linox_logp | .true. | |
l_ukca_mode | .true. | |
l_ukca_prescribech4 | .false. | |
l_ukca_primbcoc | .true. | |
l_ukca_primss | .true. | |
l_ukca_primsu | .true. | |
l_ukca_prim_moc | .true. | |
l_ukca_qch4inter | .false. | |
l_ukca_quasinewton | .true. | |
l_ukca_radaer | .true. | |
l_ukca_radaer_sustrat | .true. | |
l_ukca_radch4 | .true. | |
l_ukca_radf11 | .false. | |
l_ukca_radf113 | .false. | |
l_ukca_radf12 | .false. | |
l_ukca_radf22 | .false. | |
l_ukca_radn2o | .true. | |
l_ukca_rado3 | .true. | |
l_ukca_sa_clim | .true. | |
l_ukca_scale_biom_aer_ems | .true. | |
l_ukca_scale_soa_yield | .true. | |
l_ukca_scale_seadms_ems | .false. | |
l_ukca_set_trace_gases | .true. | |
l_ukca_sfix | .false. | |
l_ukca_src_in_conservation | .true. | |
l_ukca_trophet | .false. | |
l_ukca_use_background_aerosol | .true. | |
mode_activation_dryr | 37.5 | |
mode_aitsol_cvscav | 0.5 | |
mode_incld_so2_rfrac | 0.25 | |
mode_parfrac | 2.5 | |
soa_yield_scaling | 2.0 | |
ukca_em_dir | ||
ukca_em_files | '$CMIP6_CHEM_EMS/BC_biofuel_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/BC_fossil_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/DMS_biomass_low_2014_time_slice.nc' '$CMIP6_BIOG_EMS/DMS_land_spiro1992.nc' '$CMIP6_CHEM_EMS/OC_biofuel_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/OC_fossil_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/SO2_high_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/SO2_low_anthropogenic_2014_time_slice.nc' '$UM_NETCDF_UKCAEMISS_SO2NAT_DIR/$UM_NETCDF_UKCAEMISS_SO2NAT_FILE' '$CMIP6_CHEM_EMS/BC_biomass_high_2014_time_slice.nc' '$CMIP6_CHEM_EMS/BC_biomass_low_2014_time_slice.nc' '$CMIP6_CHEM_EMS/OC_biomass_high_2014_time_slice.nc' '$CMIP6_CHEM_EMS/OC_biomass_low_2014_time_slice.nc' '$CMIP6_BIOG_EMS/MEGAN-MACC_biogenic_C2H6_clim_2001-2010.nc' '$CMIP6_BIOG_EMS/POET_oceanic_C2H6_1990_lumped.nc' '$CMIP6_CHEM_EMS/C2H6_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/C2H6_biomass_low_2014_time_slice.nc' '$CMIP6_BIOG_EMS/MEGAN-MACC_biogenic_C3H8_clim_2001-2010.nc' '$CMIP6_BIOG_EMS/POET_oceanic_C3H8_1990_lumped.nc' '$CMIP6_CHEM_EMS/C3H8_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/C3H8_biomass_low_2014_time_slice.nc' '${UMDIR}/ancil/atmos/n96e/ukca_emiss/cmip5/2000/v2/ukca_emiss_CH4.nc' '$CMIP6_BIOG_EMS/MEGAN-MACC_biogenic_CO_clim_2001-2010.nc' '$CMIP6_BIOG_EMS/POET_oceanic_CO_1990_processed.nc' '$CMIP6_CHEM_EMS/CO_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/CO_biomass_low_2014_time_slice.nc' '$CMIP6_BIOG_EMS/nox_soil_0.5_0.5_scaled12TgNO.nc' '$CMIP6_CHEM_EMS/NO_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/NO_biomass_low_2014_time_slice.nc' '$CMIP6_BIOG_EMS/MEGAN-MACC_biogenic_NVOC_clim_2001-2010.nc' '$CMIP6_CHEM_EMS/NVOC_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/NVOC_biomass_low_2014_time_slice.nc' '$CMIP6_BIOG_EMS/MEGAN-MACC_biogenic_HCHO_clim_2001-2010.nc' '$CMIP6_CHEM_EMS/HCHO_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/HCHO_biomass_low_2014_time_slice.nc' '$CMIP6_BIOG_EMS/MEGAN-MACC_biogenic_MeCHO_clim_2001-2010.nc' '$CMIP6_CHEM_EMS/MeCHO_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/MeCHO_biomass_low_2014_time_slice.nc' '$CMIP6_BIOG_EMS/MEGAN-MACC_biogenic_Me2CO_clim_2001-2010.nc' '$CMIP6_CHEM_EMS/Me2CO_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/Me2CO_biomass_low_2014_time_slice.nc' '$CMIP6_BIOG_EMS/MEGAN-MACC_biogenic_C5H8_clim_2001-2010.nc' '$CMIP6_BIOG_EMS/MEGAN-MACC_biogenic_Monoterp_clim_2001-2010.nc' '$CMIP6_BIOG_EMS/NH3_ocean_bouwman1997.nc' '$CMIP6_CHEM_EMS/NH3_anthropogenic_2014_time_slice.nc' '$CMIP6_CHEM_EMS/NH3_biomass_low_2014_time_slice.nc' '$CMIP6_CHEM_EMS/NO_aircrft_anthropogenic_2014_time_slice.nc' |
Met Office: CMIP6_CHEM_EMS = '/data/d02/hadtq/ancil/cmip6/AerosolChemistryEmissions/2014/v1.5/' |
ukca_ccl4mmr | ignored | |
ukca_cfc115mmr | ignored | |
ukca_ch2br2mmr | ignored | |
ukca_cosmmr | ignored | |
ukca_h1202mmr | ignored | |
ukca_h1211mmr | ignored | |
ukca_h1301mmr | ignored | |
ukca_h2402mmr | ignored | |
ukca_h2mmr | 3.4528E-08 | |
ukca_hcfc141bmmr | ignored | |
ukca_hcfc142bmmr | ignored | |
ukca_mebrmmr | ignored | |
ukca_meccl3mmr | ignored | |
ukca_meclmmr | ignored | |
ukca_n2mmr | 7.5468E-01 | |
ukca_rcpdir | '/home/d05/hadzm/job_files/scenario_files' | |
ukca_rcpfile | 'CMIP6_TraceGas_2014.dat' | |
ukcaaclw | '$UMDIR/vn$VN/ctldata/UKCA/radaer/ga7_1/nml_ac_lw' | in app/um/opt/rose-app-ga7p1.conf |
ukcaacsw | '$UMDIR/vn$VN/ctldata/UKCA/radaer/ga7_1/nml_ac_sw' | |
ukcaanlw | '$UMDIR/vn$VN/ctldata/UKCA/radaer/ga7_1/nml_an_lw' | |
ukcaansw | '$UMDIR/vn$VN/ctldata/UKCA/radaer/ga7_1/nml_an_sw' | |
ukcacrlw | '$UMDIR/vn$VN/ctldata/UKCA/radaer/ga7_1/nml_cr_lw' | |
ukcacrsw | '$UMDIR/vn$VN/ctldata/UKCA/radaer/ga7_1/nml_cr_sw' | |
ukcaprec | '$UMDIR/vn$VN/ctldata/spectral/ga7_1/RADAER_pcalc.ukca' |
STASH requests
Diagnostics Requested in u-as976 can be seen here. Note this suite has additional UKCA fields requested, over the standard GA7 ones.
Assessment
UKCA evaluation suite output compared to u-an114 can be seen [here]
Output from the Met Office standard evaluation (Validation notes) package can be seen [here] (Internal link).