{{{ #!html

INCA AER LR

}}} ---- [[PageOutline(1-2,Table of contents)]] = IPSLCM6-AER ^([#hn To do list for Anne and Ramiro before launch CMIP6 simulations ])^ = == 1. Which simulations ? == ||=Simulation Name =||=Tier=||= Domains =||=Duration =||=Properties =||= Info =||= LINK =|| || piClim-control || 1 || Atm+Aer || 30 years ||Fixed SST ERF || PI sst, ice climatology, PI aer || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=16abe6d4-49d2-4948-be53-a1362579e31b&version=1|Official Description]] || || piClim-aer || 2 || Atm+Aer || 30 years ||Fixed SST ERF || PI sst, ice climatology, PD aer || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=bfe14f6a-e016-47b4-9c90-a4ec7c337612&version=1|Official Description]] || == 2. Ping files == {{{#!th rowspan=10 align=justify INFO }}} |---------------- {{{#!td * send email to Arnaud (2020/04/30) * Arnaud answer {{{ Hi Anne and Ramiro, I have generated xmls files for piClim-control experiment (30 years from 1850 to 1879) because they are different from piControl experiment. Could you test them on 1year simulation (before launching 30 years) ? Let me know if it is ok for you. Once you will have confirmed it is ok, I will generate xmls files for other experiments. Cheers, Arnaud }}} >> Ramiro (It has been run a test for 1 year for pi-control-AER (with ocean coupled) and the piClim-Control with forced ocean SST and ICE). }}} |---------------- {{{#!td Path is : IGCM/CMIP6/IPSLCM6.1.11-LR/IPSL-CM6A-LR-INCA/piClim-control [[BR]] * 2020/05/01 There is a new experiment directory [https://forge.ipsl.jussieu.fr/igcmg/changeset/5074/ EXPERIMENTS/LMDZORINCA/piClim-control_CMIP6/] with ping files * 2020/05/01 commit because I forget the inca ping file (!!!) see rev [https://forge.ipsl.jussieu.fr/igcmg/changeset/5075/CONFIG here] * 2020/05/01 commit for an error on dr2xml inca file [https://forge.ipsl.jussieu.fr/igcmg/changeset/5076/CONFIG here] [[BR]] Simulation bug with this error {{{ A grid must be defined for field 'CMIP6_rlutcsaf' }}} --> to do : understand this problem and correct it. (on next monday) [[BR]] 20200504 : correction done, the lmdz ping files was not the good one. New revision [https://forge.ipsl.jussieu.fr/igcmg/changeset/5077/ 5077]. Now the simulation run for 1 day, I will test a longer run (1 year) to check post-treatment }}} == 3. Input files for forced model == {{{#!th rowspan=10 style="background: #eef" SST/ICE }}} |---------------- {{{#!td {{{ Il me semble que pour être cohérent avec la non-réalisation d'un DECK, il doit prendre les SST du piControl officiel. Que dit le protocole pour ces simulations à SST fixées ? SST observées ou SST du piControl ? }}} translation {{{ to be coherent with the fact we not rerun a deck, we need to use SST from the offical picontrol simulation. Before to made this choice we need to check the protocol for fixed sst ? observed or picontrol sst ? }}} [[BR]] Ramiro:: {{{ TODO: verify protocol to know if we use sst from obsevation or from picontrol run}}} > - The protocol indicates that: Fixed SST ERF simulation. Use pre-industrial climatological average SST and sea-ice distributions. > - The official paper describing AerChemMIP indicates: > The control simulation for these experiments will use 1850concentrations of WMGHGs and emissions of NTCFs, > run for 30 years in atmosphere-only mode with SSTs and sea ice prescribed as a (monthly varying) climatology > taken from 30 years of the pre-industrial control (experiment piClim-control; see Table 6) following the > Radiative Forcing Model Intercomparison Project (RFMIP) specification (Pincus et al., 2016). '''We have then to use the piClim-control''' Anne:: {{{ TODO: ask Arnaud path for the official ipslcm6 picontrol simulation. --> path send by email 20200504}}} 2020504 : Arnaud:: > J'ai fait les xmls pour 30 ans de 1850 à 1879 mais vous pouvez prendre une autre periode de 30 ans que celle-là > si vous le souhaitez...à la fois par rapport au protocole demandé mais peut etre aussi par rapport à la periode > de 30 ans du picontrol de laquelle vous voulez extraire les sst de forcage (peut etre que certains 30 ans sont "mieux" que d'autres"...)... > Translation : > I did xmls files for 30 years from 1850 to 1879, but you can use an other 30 years periods than this one if the > protocol ask it, or if you prefer an other period from the picontrol simulation }}} {{{#!th rowspan=10 style="background: #eaf" LIMIT.nc }}} |---------------- {{{#!td We will run a leap simulation, with 365 and 366 years. To switch between one limit file to another we use !SmoothFile part {{{ # For leap years, copy ELC-144x142x79-leap_clim_limit.nc over ELC-144x142x79_clim_limit.nc file # As ELC-144x142x79-leap_clim_limit.nc is also copied at each (re)submission, for 1850-1851 copy again ELC-144x142x79_clim_limit.nc # Copy ELC-144x142x79_clim_limit.nc again for year 1900, which is Not bissextile (it does not divide by 400) # Submit Job with PeriodNb=2 to reach 1852, the first bissextile year ; than change PeriodNb=16 (multiple of 4) for next resubmissions [SmoothFiles] List= (${R_IN}/ATM/LIMIT/CMIP6/CM61-LR-pi-03/interpol/ELC-144x142x79-leap_clim_limit.nc, limit.nc, 3:4:) # (${R_IN}/ATM/LIMIT/CMIP6/CM61-LR-pi-03/interpol/ELC-144x142x79_clim_limit.nc, limit.nc, 1:1:2),\ # (${R_IN}/ATM/LIMIT/CMIP6/CM61-LR-pi-03/interpol/ELC-144x142x79_clim_limit.nc, limit.nc, 51:1:51),\ # (${R_IN}/ATM/LIMIT/CMIP6/CM61-LR-pi-03/interpol/ELC-144x142x79_clim_limit.nc, limit.nc, 161:1:162) }}} See section 2.2.4 [https://forge.ipsl.jussieu.fr/igcmg_doc/wiki/Doc/Setup#COMPdirectory here] * 20200505 : Anne launch a simulation to test it. }}} {{{#!th rowspan=10 style="background: #eff" AER pi/pd }}} |---------------- {{{#!td pi / pd:: Ramiro {{{ do you have files for these two inputs files ?}}} > The links I have added to the table indicates the input needed by each simulation. > piClim-control and piClim-aer. > For piClim-control we need 1850 forcings, for piClim-aer the forcings are the same but aerosols emissions > and their precursors should be for 2014. Below it is explained in detail. }}} == 4. Experiment directory == Add a new experiment directory for forced model : [https://forge.ipsl.jussieu.fr/igcmg/changeset/5069/CONFIG/UNIFORM/v6/IPSLCM6 first commit] === 4.1 Questions to solve === * which !ModelName in config.card ? * which !TagName in config.card ? --> the answer to the [wiki:incadev/IPSLCM6-AER#a2.Pingfiles ping files] give some clues. We need to take same parameter than for coupled model [[BR]] 2020/05/01 : make modification in experiment directory and change name of this directory to be coherent with the type of experiment : piclim-control instead of picontrol [https://forge.ipsl.jussieu.fr/igcmg/changeset/5072/CONFIG see here] {{{#!div style="background: #ffd; border: 3px ridge" IMPORTANT:: Do we have to follow any rule for !ModelName and !TagName in the config.card ?? --> YES it's depends of CMIP6 protocole and xml files path }}} == 5a. Before launch a simulation == - official ipsl check https://forge.ipsl.jussieu.fr/igcmg/wiki/IPSLCM6/IPSL-CM6A-LR#Checklist - add od550 variables in lmdz output : modify the output level for od550 variables in file modeles/LMDZ/DefLists/file_def_histmth_lmdz.xml {{{ - - - - - - - - - - - - - + + + + + + + + + + + + + }}} {{{#!div style="background: #eba; border: 3px ridge" {{{ #!comment IMPORTANT (BLOCKING ISSUE):: - A better understanding of how is operating the ping files. There are few inconsistencies in the final files (maybe logical) for example, we have in the NetCDF files: drydust but wetdustci and emidustci. I think this is because drydust is defined as drydustci+seddustci. Probably the ping files will resolve this in the last step but currently, the NetCDF variable names are somehow confusing. Similarly, we have drynh4 but wetnh4as as the variable name. - The values of emioa is not fully consistent with the AeroCOM simulation. It can be that we are not saving the MSA related variables or an issue with the emissions in altitude (or both). This was known in advance as OA definitions on ping-files we agreed without MSA. For double-checking, we need the MSA related variables and emissions in altitude. - There were not saved modal information of NO3 for emission and deposition. The same for nh4. Although might not be necessary for official AerChemMIP variables, it would be useful for double-checking. - The MDW variables were not saved => problem of communication. So I have uncommented the lines and added also number concentrations of the modes. - Preliminary analysis indicates that everything has reasonable values but OA that need to be checked. [[https://forge.ipsl.jussieu.fr/inca/attachment/wiki/incadev/IPSLCM6-AER/AerChemMIP_comparison.txt|Check Info File]] - A test with 1year values of Emi_alt_AIPOMM and/or Emi_alt_ASPOMM in addition to emissions at surface indicates a full agreement between AeroCOM and AerChemMIP DECISION NEED:: A. KEEP WITH current emioa and current situation B. CHANGE XML files and rerun when necessary }}} }}} == 5b. After launch a simulation == 1. Run 2 years and use check_CMIP6.sh script 2. Send results to Anne and Arnaud 3. After approval register the simulation at [[https://docs.google.com/spreadsheets/d/1hF2edFrYwVw1ttPgpRg1NnlbwMpjRqU3o0DJt3SRMC4/edit#gid=90403863]| List simulations]] 4. The run the full simulation (check about the Smooth files setting) 5. Run the check_CMIP6.sh script for full simulation 6. Run the batch_prePARE_CMIP6.sh for full simulation 7. Report the results to Anne and Arnaud (see tables of Checks at Section 7) 8. Update the document [[https://docs.google.com/spreadsheets/d/1hF2edFrYwVw1ttPgpRg1NnlbwMpjRqU3o0DJt3SRMC4/edit#gid=90403863]| List simulations]] == 6. History == ||=Date =||= Person =||= Action =||= Changes =||= Topic =|| || 2020/04/30 || Anne ||Feedback email about ping files || || ping files || || 2020/05/01 || Ramiro ||Test of 1 year config. coupled || || || || 2020/05/01 || Anne ||New experiment directory ||Added LMDZORINCA || EXPERIMENT || || 2020/05/01 || Anne ||Solved inca ping file issue || || ping files || || 2020/05/01 || Anne ||Added inca dr2xml || || ping files || || 2020/05/01 || Anne ||Investigated about config.card || || config.card || || 2020/05/01 || Ramiro ||Check protocol about SST-PI ||We have use picontrol (>=30yr) || ping files || || 2020/05/03 || Ramiro ||Update wiki with official links || || documentation || || 2020/05/04 || Anne ||Solved issue CMIP6_rlutcsaf || || ping files || || 2020/05/04 || Arnaud ||Email about xml files 1850-1879 ||Possible to extend them || ping files || || 2020/05/04 || Ramiro ||1850-1879 fits the requirements ||No extend needed || ping files || || 2020/05/05 || Ramiro ||Added all needed forcing files ||Added to wiki || documentation || || 2020/05/05 || Ramiro ||Checked limit.nc from piContorl ||It is compatible with AerChem || limit.nc || || 2020/05/05 || Ramiro ||Change at dustsource.f90 ||Added scaling factor file || x2DUST exp || || 2020/05/05 || Ramiro ||Prepated 4 experiments of piClim ||control, aer, 2xDUST, 2xS || RUNS || || 2020/05/05 || Ramiro ||Added table with document piClim ||control, aer, 2xDUST, 2xS || DOCUMENTATION || || 2020/05/05 || Anne ||Solved issue with leap years ||New scheme in lmdz.card || limit.nc Calendar || || 2020/05/05 || Anne ||Simulation to test patch || || limit.nc Calendar || || 2020/05/05 || Ramiro ||Run tests 4 experiments piClim ||control, aer, 2xDUST, 2xS || RUNNING-TEST || || 2020/05/07 || Anne ||Checked LMDZ def_histmth_lmdz ||file_def_histmth_lmdz || XML files LMDZ || || 2020/05/07 || Ramiro ||Added file_def_histmth_lmdz.xml ||20200507 Anne and others more || XML files LMDZ || || 2020/05/07 || Ramiro ||Recompiled to have AMD-ROME || || IRENE || || 2020/05/07 || Ramiro ||Tested 2xDUST and 2xSS emissions ||Approx factor 2x || RUNNING-TEST || || 2020/05/07 || Ramiro ||Run 4 experiments piClim ||control, aer, 2xDUST, 2xS || RUNNING || || 2020/05/11 || Ramiro ||STOP 4 experiments piClim ||control, aer, 2xDUST, 2xS || STOPPED || || 2020/05/13 || Anne ||Commit new code for DUST EXp || 2xDUST || SVN [925] [https://forge.ipsl.jussieu.fr/igcmg/changeset/5093/CONFIG/UNIFORM [5093]] || || 2020/05/13 || Anne ||remove Emi_No from output files || All experiments || SVN [926] || || 2020/05/26 || Ramiro ||prepared files piClim-BC piClim-OC || piClim-BC, piClim-OC || forcing files. Script || || 2020/05/28 || Ramiro ||Launch set of simulations || piClim- 2xdust,2xss,aer || RUNNING || || 2020/06/03 || Ramiro ||Update list of simulations || piClim- 2xdust,2xss,aer || DOCUMENTATION || || 2020/06/03 || Ramiro ||Added section 5b of this wiki || info todo after lauch sim. || DOCUMENTATION || || 2020/06/04 || Ramiro ||Prepared piClim-NH3 and piClim-SO2 || piClim-NH3, piClim-SO2 || forcing files. Script || || 2020/06/04 || Ramiro ||Run 2years of piClim-NH3, piClim-SO2 || piClim-NH3, piClim-SO2 || RUNNING || || 2020/06/05 || Ramiro ||Run 30 yr runs || piClim-{NO3,SO2,OC,BC} || RUNNING || || 2020/06/05 || Ramiro ||STOP runs to discuss test of OA || piClim-{NO3,SO2,OC,BC} || Tests || || 2020/06/05 || Ramiro ||Runs tests of piClim-OC || Saving MSA and/or Emi_alt || Checks || || 2020/06/06 || Ramiro ||Added BLOCK ISSUE in red || BLOCK ISSUE || DOCUMENTATION || || 2020/06/07 || Ramiro ||1 year check for piClim-AER || TEST-SIMULATION || CHECKS || || 2020/06/10 || Ramiro ||Added changes to INCA to solve problem emioa, emibc || INCA source code || code change || || 2020/06/10 || Ramiro ||Run 1 month to check save of Emi_alt and Emi_alt_su || INCA source code || TEST || || 2020/06/10 || Ramiro ||1 year to full check patch to emioa and emibc || INCA source code || TEST || || 2020/06/28 || Ramiro ||Added double check with AeroCOM 1850 and 2014 || TEST-SIMULATION || CHECKS || || 2020/06/28 || Ramiro ||Commented the blocking issue || WIKI || DOCUMENTATION || ---- == 7a. IPSLCM6-AER piClim-AER and piClim-control == Here it is indicated the final setting derived from the previous steps. {{{#!th rowspan=12 align=justify style="background: #eef" piClim-control }}} |---------------- {{{#!td ||=LMDZ file =||= Source =||= Simulation =||= Changes =||= Info =||= LINK =|| || limit.nc || ELC-144x142x79_clim_limit.nc || CM61-LR-pi-03 || None || Previous Ramiro version 30yr discarded. || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=16abe6d4-49d2-4948-be53-a1362579e31b&version=1|Official Description]] || || solarforcing.nc || solarforcing_v3.1_piControl_ave_6bands_366days.nc || SOLAR-CMIP6-v3.1corr || None || piControl || || || taulwstrat.2D.nc || taulwstrat.2D.ave.nc || STRATAERO-CMIP6-v3 || None || pi? || || || tauwwstrat.2D.nc || tauswstrat.2D.ave.nc || STRATAERO-CMIP6-v3 || None || pi? || || || climoz_LMDZ.nc || climoz_LMDZ_1850_1850_clim.nc || historical.v20160711.v2 || None || UoR || || || cfsites_grid.nc || cfsites_grid_CMIP6.nc || SITES || None || pi? || || || startphy.nc || CM61-pre-pi-01_18491231_restartphy.nc || IPSLCM6 || None || || || || start.nc || CM61-pre-pi-01_18491231_restart.nc || IPSLCM6 || None || || || ---- ||=INCA file =||= Source =||= Version =||= Changes =||= Info =||= LINK =|| || sflx_ANT.nc || sflx_lmdz_ANT_1850_phy.nc || IPCC-AR6-SFLX-VERS2 || None || || || || sflx_BBG.nc || sflx_lmdz_BBG_1850_phy.nc || IPCC-AR6-SFLX-VERS2 || None || || || || aircraft_mth.nc || aircraft_1850_phy.nc || IPCC-AR6-AIRCRAFT || None || || || || oxydants.nc || oxydants_1850.nc || IPCC-AR6-OXYDANTS || None || || || || sflx_GHG.nc || sflx_lmdz_GHG.nc || IPCC-AR6-SFLX-VERS2 || None || || || || sflx_MISC.nc || sflx_lmdz_MISC.nc || IPCC-AR6-SFLX-VERS2 || None || || || || sflx_NAT.nc || sflx_lmdz_NAT.nc || IPCC-AR6-SFLX-VERS2 || None || || || || rhvEC.txt || rhvEC_v2.txt || || None || || || || wthEC.txt || wthEC_v2.txt || || None || || || || clyEC.txt || clyEC_v2.txt || || None || || || || wth.dat || wth_v2.dat || || None || || || || cly.dat || cly_v2.dat || || None || || || || rhv.dat || rhv_v2.dat || || None || || || || landuse.nc || landuse.nc || || None || || || || phototable.dat || new_phototable.dat || || None || || || || fq_antro.dat || scale_uniform_fact1.dat || || None || || || IMPORTANT:: - I have added the changes on the code to use the fq_antro.dat which is just a file to rescale the dust emission per grid cell. In principle only two files are needed one named scale_uniform_fact1.dat for all experiments. Other with scale_uniform_fact2.dat for the experiment 2xDUST. - Note also that piClim-Control should have 1850 CO2, CH4, N2O and O3. }}} '''Note''' : The code was commited on rev [925] . We add a flag '''fq_flag''' to modify or not the dust emission frequency. This flag is manage from inca.card (see igcmg rev [https://forge.ipsl.jussieu.fr/igcmg/changeset/5093/CONFIG/UNIFORM 5093]) and will modify value in file inca.def read by INCA model. When this flag is activate, INCA model will read file fq_antro.dat. {{{#!th rowspan=12 align=justify style="background: #eef" piClim-aer }}} |---------------- {{{#!td DIFFERENCE with piClim-control ||=INCA file =||= Source =||= Version =||= Changes =||= Info =||= LINK =|| || sflx_ANT.nc || sflx_lmdz_ANT_2014_phy.nc || IPCC-AR6-SFLX-VERS2 || None || || || || sflx_BBG.nc || sflx_lmdz_BBG_2014_phy.nc || IPCC-AR6-SFLX-VERS2 || None || || || || aircraft_mth.nc || aircraft_2014_phy.nc || IPCC-AR6-AIRCRAFT || None || || || || oxydants.nc || oxydants_2014.nc || IPCC-AR6-OXYDANTS || None || || || COMMON with piClim-control ||=INCA file =||= Source =||= Version =||= Changes =||= Info =||= LINK =|| || sflx_GHG.nc || sflx_lmdz_GHG.nc || IPCC-AR6-SFLX-VERS2 || None || || || || sflx_MISC.nc || sflx_lmdz_MISC.nc || IPCC-AR6-SFLX-VERS2 || None || || || || sflx_NAT.nc || sflx_lmdz_NAT.nc || IPCC-AR6-SFLX-VERS2 || None || || || IMPORTANT:: - By exploring the files oxydants and aircarft they may contain aerosol precursors (used or not by the AER part) so I have indicated them to be from 2014 according to description of experiment. - Note also that piClim-aer is regarding GHG like piClim-Control so: 1850 CO2, CH4, N2O and O3. }}} ---- == 7. IPSLCM6-AER (Set of simulations) == Full set of simulations to be run ||= '''Name''' =||= '''Sim-Name''' =||='''Tier'''=||= '''Min. Config''' =||= '''Period''' =||= '''Kind''' =||= '''Notes''' =||= '''Link''' =|| || piClim-control ||LOI61-LR-AER-piclim-Control-v? || 1 || Atm+Aer || 30 years ||Fixed SST ERF || PI sst, ice climatology, PI aer || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=16abe6d4-49d2-4948-be53-a1362579e31b&version=1|Official Description]] || || piClim-aer ||LOI61-LR-AER-piclim-AER-v? || 2 || Atm+Aer || 30 years ||Fixed SST ERF || PI sst, ice climatology, PD aer || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=bfe14f6a-e016-47b4-9c90-a4ec7c337612&version=1|Official Description]] || =|| ||= '''Name''' =||= '''Sim-Name''' =||='''Tier'''=||= '''Min. Config''' =||= '''Period''' =||= '''Kind''' =||= '''Notes''' =||= '''Link''' =|| || piClim-2xDust ||LOI61-LR-AER-piclim-2xDUST-v2 || 2 || Atm+Aer || 30 years ||Fixed SST ERF || PI-sst, PI forcing, 2x dust emission || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=e30efbfb-c593-45c5-93ce-aee32e15dc78&version=1|Official Description]] || || piClim-2xSS ||LOI61-LR-AER-piclim-2xSS-v2 || 2 || Atm+Aer || 30 years ||Fixed SST ERF || PI-sst, PI forcing, 2x ss emission || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=94ba6329-d08b-4170-82a7-405126aaae01&version=1|Official Description]] || ||= '''Name''' =||= '''Sim-Name''' =||='''Tier'''=||= '''Min. Config''' =||= '''Period''' =||= '''Kind''' =||= '''Notes''' =||= '''Link''' =|| || piClim-2xDMS || || 3 || Atm+Aer || 30 years ||Fixed SST ERF || PI-sst, PI forcing, 2x DMS emission || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=f322cac8-d990-458a-9d50-9713feac4366&version=1|Official Description]] || || piClim-BC || LOI61-LR-AER-piClim-BC-vF || 2 || Atm+Aer || 30 years ||Fixed SST ERF || PI-sst, PI forcing, 2014 BC emission || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=a655f42b-b8e9-41bc-bf21-da454a1969be&version=1|Official Description]] || || piClim-SO2 || LOI61-LR-AER-piClim-SO2-vF || 3 || Atm+Aer || 30 years ||Fixed SST ERF || PI-sst, PI forcing, 2014 SO2 emission || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=a8618c78-e5e2-44db-90fe-e28f6426e1d5&version=1|Official Description]]|| || piClim-OC || LOI61-LR-AER-piClim-OC-vF || 3 || Atm+Aer || 30 years ||Fixed SST ERF || PI-sst, PI forcing, 2014 OC emission || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=1718c7a7-ee54-4193-b706-ff45128d4936&version=1|Official Description]] || || piClim-NH3 || LOI61-LR-AER-piClim-NH3-vF || 3 || Atm+Aer || 30 years ||Fixed SST ERF || PI-sst, PI forcing, 2014 NH3 emission || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=a8c66e82-edb5-41ae-9f9e-0de42795fd1b&version=1|Official Description]] || || ~~piClim-NOx~~ || || ~~3~~ || ~~Atm+Aer~~ || ~~30 years~~ ||~~Fixed SST ERF~~ || ~~PI-sst, PI forcing, 2014 NOx emission~~ || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=a8c66e82-edb5-41ae-9f9e-0de42795fd1b&version=1|Official Description]] || || ~~piClim-NTCF~~ || || ~~1~~ || ~~Atm+Aer~~ || ~~30 years~~ ||~~Fixed SST ERF~~ || ~~PI-sst, PI forcing, 2014 NTCF emission~~ || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=6594e679-b6ba-4cb6-a0b9-eaa4c17fdab8&version=1|Official Description]] || ||= '''Name''' =||= '''Sim-Name''' =||='''Tier'''=||= '''Min. Config''' =||= '''Period''' =||= '''Kind''' =||= '''Notes''' =||= '''Link''' =|| || ssp370sst || || 1 || Atm+Aer+Ocean || 40+46 years || SSTs prescribed from ssp370 || Forcings from SSP370. Already prepated at IRENE || [[https://view.es-doc.org/index.html?2enderMethod=id&project=cmip6&id=23a6ea10-1dda-4ecc-a0d5-4f5a9f18ba3b&version=1|Official Description]] || || ssp370sst-lowAER || || 1 || Atm+Aer+Ocean || 40+46 years || SSTs prescribed from ssp370 || Forcings from SSP370. Prepare low-aerosols || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=b480afd9-31fd-400c-9260-eb6b0ace3f8c&version=1|Official Description]] || || ssp370sst-lowBC || || 1 || Atm+Aer+Ocean || 40+46 years || SSTs prescribed from ssp370 || Forcings from SSP370. Prepare low-bc || [[https://view.es-doc.org/index.html?renderMethod=id&project=cmip6&id=e8886df8-76ea-4b14-ae60-a7eb6fba8497&version=1|Official Description]] || Notes: - piClim-NOx discarted as is more focused on interactive chemistry. - piClim-NTCF discarted as it is similar to piClim-aer with prescribed ozone fields. CHECKS of v2 simulations:: This set of simulations is tested and runs are right but the emioa and emibc are both not correctly saved ||= '''Name''' =||= '''Sim-Name''' =||= '''Check''' Files global values (vs AeroCOM) =||= '''30 yr Check-Files''' =||= '''PrePARE output''' =||= '''Comment''' =|| || piClim-control ||LOI61-LR-AER-piclim-Control-v2 || [[attachment:AerChemMIP_comparison.txt| Emi-Dep]] || || || || || piClim-aer ||LOI61-LR-AER-piclim-AER-v2 || [[attachment:AerChemMIP_comparison.txt| Emi-Dep]] || || || || || piClim-2xDust ||LOI61-LR-AER-piclim-2xDUST-v2 || [[attachment:AerChemMIP_comparison_emidep.txt| Emi-Dep]] || [[attachment:out_check_30yr_piClim-2xdust.log|check-30yr]] || [[attachment:out_prePARE_30yr_piClim-2xdust.log|prePARE]] || Replace emioa and emibc by LOI61-LR-AER-piClim-NH3-vF || || piClim-2xSS ||LOI61-LR-AER-piclim-2xSS-v2 || [[attachment:AerChemMIP_comparison_emidep.txt| Emi-Dep]] || [[attachment:out_check_30yr_piClim-2xss.log|check-30yr]] || [[attachment:out_prePARE_30yr_piClim-2xdust.log|prePARE]] || Replace emioa and emibc by LOI61-LR-AER-piClim-NH3-vF || CHECKS of vF simulations:: This set of simulation is tested and with emioa and emibc correctly saved ||= '''Name''' =||= '''Sim-Name''' =||= '''Check''' Files global values (vs AeroCOM) =||= '''30 yr Check-Files''' =||= '''PrePARE output''' =||= '''Comment''' =|| || piClim-BC || LOI61-LR-AER-piClim-BC-vF || [[attachment:AerChemMIP_comparison_emidep.txt| Emi-Dep]] || [[attachment:out_check_30yr_piClim-BC.log| check-30yr]] || [[attachment:out_prePARE_30yr_piClim-BC.log|prePARE]] || Ready for submission || || piClim-SO2 ||LOI61-LR-AER-piClim-SO2-vF || [[attachment:AerChemMIP_comparison_emidep.txt| Emi-Dep]] || [[attachment:out_check_30yr_piClim-SO2.log| check-30yr]] || [[attachment:out_prePARE_30yr_piClim-SO2.log|prePARE]] || Ready for submission || || piClim-OC || LOI61-LR-AER-piClim-OC-vF || [[attachment:AerChemMIP_comparison_emidep.txt| Emi-Dep]] || [[attachment:out_check_30yr_piClim-OC.log| check-30yr]] || [[attachment:out_prePARE_30yr_piClim-OC.log|prePARE]] || Ready for submission || || piClim-NH3 ||LOI61-LR-AER-piClim-NH3-vF || [[attachment:AerChemMIP_comparison_emidep.txt| Emi-Dep]] || [[attachment:out_check_30yr_piClim-NH3.log| check-30yr]] || [[attachment:out_prePARE_30yr_piClim-NH3.log|prePARE]] || Ready for submission || || piClim-control ||LOI61-LR-AER-piClim-Control-vF || [[attachment:AerChemMIP_comparison_emidep.txt| Emi-Dep]] || [[attachment:out_check_30yr_piClim-control-vF.log|check-30yr]] || [[attachment:out_prePARE_30yr_piClim-control-vF.log|prePARE]] || Ready for submission || || piClim-aer ||LOI61-LR-AER-piClim-AER-vF || [[attachment:AerChemMIP_comparison_emidep.txt| Emi-Dep]] || || || === Description of each simulation === COLOR CODES:: {{{#!th rowspan=1 align=justify style="background: #eea" Prepared files but not yet full run }}} |---------------- {{{#!td rowspan=1 align=justify style="background: #eba" Not yet prepared }}} |---------------- {{{#!td rowspan=1 align=justify style="background: #eef" Prepared and run }}} ---- INFO:: {{{#!th rowspan=2 align=justify style="background: #eef" piClim-control }}} |---------------- {{{#!td Described above }}} |---------------- {{{#!th rowspan=2 align=justify style="background: #eef" piClim-aer }}} |---------------- {{{#!td Described above }}} |---------------- {{{#!th rowspan=2 align=justify style="background: #eef" piClim-2xDUST }}} |---------------- {{{#!td DIFFERENCE with piClim-control ||=INCA file =||= Source =||= Version =||= Changes =||= Info =||= LINK =|| || fq_antro.dat || scale_uniform_fact2.dat || || None || Used for 2xDUST || || The simulation is identical to piClim-Control but with doubled emissions of DUST at 1850. }}} |---------------- {{{#!th rowspan=2 align=justify style="background: #eef" piClim-2xSS }}} |---------------- {{{#!td DIFFERENCE with piClim-control - The simulation is identical to piClim-Control but with doubled emissions of SeaSalt at 1850. - I have double checked the ss_corr factor in INCA code. It seems to be a global factor to flux emissions so I have double the value from piClim-control: form 1.15 to 2.30 }}} |---------------- {{{#!th rowspan=2 align=justify style="background: #eef" piClim-OC }}} |---------------- {{{#!td DIFFERENCE with piClim-control - The simulation is identical to piClim-Control but Organic Carbon of 2014. - This part will need changes on the surface fluxes but not like AER that changes all, but just those specific of OC. }}} |---------------- {{{#!th rowspan=2 align=justify style="background: #eef" piClim-BC }}} |---------------- {{{#!td DIFFERENCE with piClim-control - The simulation is identical to piClim-Control but Black Carbon of 2014. - This part will need changes on the surface fluxes but not like AER that changes all, but just those specific of BC. }}} |---------------- {{{#!th rowspan=2 align=justify style="background: #eef" piClim-NH3 }}} |---------------- {{{#!td DIFFERENCE with piClim-control - The simulation is identical to piClim-Control but NH3 of 2014. - This part will need changes on the surface fluxes but not like AER that changes all, but just those specific of NH3. }}} |---------------- {{{#!th rowspan=2 align=justify style="background: #eea" piClim-2xDMS }}} |---------------- {{{#!td DIFFERENCE with piClim-control - The simulation is identical to piClim-Control but with 2xDMS - This part will need changes on the surface fluxes. They are changes in sflx_lmdz_MISC.nc which has been created and named sflx_lmdz_MISC_2xDMS.nc (it has 2x factor over conc_dms). This doubles the concentrations provided on a surface (lat,lon). }}} |---------------- {{{#!th rowspan=2 align=justify style="background: #eef" piClim-SO2 }}} |---------------- {{{#!td DIFFERENCE with piClim-control - The simulation is identical to piClim-Control but SO2 of 2014. - This part will need changes on the surface fluxes but not like AER that changes all, but just those specific of SO2. }}}