Changes between Version 38 and Version 39 of DevelopmentActivities/ORCHIDEE-CN/NH3


Ignore:
Timestamp:
2017-07-12T09:24:14+02:00 (7 years ago)
Author:
nvuilsce
Comment:

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  • DevelopmentActivities/ORCHIDEE-CN/NH3

    v38 v39  
    3333 * Nitrogen Pools (Soil_NH4, Soil_NO3, Soil_NOX and Soil_N2O) 
    3434 * Emissions (NH3) and Depositions (NHX) [[BR]] 
     35 
     36>''' Detaille ce qu'il y a dans ces 3 différents répertoires''' 
    3537path : /home/users/taudoux/documents/Results/Parameters/ [[BR]] 
    3638path : /home/users/taudoux/documents/Results/Pools/ [[BR]] 
    3739path : /home/users/taudoux/documents/Results/Emission-Deposition/  
    3840 
    39 ==== Files ====  
     41==== Files ==== 
     42>''' Où se trouvent les scripts que tu mentionnes'''  
    4043* The script "script_calcul_parameters.ksh" used in order to create files of Temperature, Humidity and pH of each site in function of time listed in :  
    4144 * /home/users/taudoux/documents/Results/Parameters/T2M/SITES/ 
     
    6063 
    6164 
    62 ||||||||=  Average emission of ammonia (g(NH3-N).m⁻².day⁻¹) on each site in function of the parameter considered    =|| 
     65||||||||=  '''Average emission of ammonia (g(NH3-N).m⁻².day⁻¹) on each site in function of the parameter considered'''    =|| 
    6366||= Temperature (K) =||= Humidity (-) =||= pH (-) =||= Deposition g(NHx).m^-2 =|| 
    6467||  [[Image(t2m.png, 50%)]]  ||  [[Image(litterhum.png, 50%)]]  ||  [[Image(nh3_em_pH.png, 50%)]]  ||  [[Image(nh3_em_nhx_depot.png, 50%)]]  || 
     
    6669||  [[Image(nh3_em_nh4_soil.png, 50%)]]  ||  [[Image(nh3_em_n2o_soil.png, 50%)]]  ||  [[Image(nh3_em_nox_soil.png, 50%)]]  ||  [[Image(nh3_em_no3_soil.png, 50%)]]  || 
    6770 
     71> '''Where is bar_plot_donneeS.py''' 
    6872Figure, created using "bar_plot_donnees.py", in which for each site are listed the average emission of NH3 for both model. 
    6973 
    70 ||||||||=  Correlation with NH3 emissions (g(NH3-N).m⁻².day⁻¹)   =|| 
     74||||||||=  '''Correlation with NH3 emissions (g(NH3-N).m⁻².day⁻¹)'''   =|| 
    7175||= Temperature (K) =||= Humidity (-) =||= Deposition g(NHx).m^-2 =||   || 
    7276||  [[Image(R2t2m.png, 50%)]]  ||  [[Image(R2litterhum.png, 50%)]]  ||  [[Image(R2Depot.png, 50%)]]  ||   ||  
     
    7781 
    7882 
    79 ||= Comparison with LMDz-INCA model's data =|| 
     83||= '''Comparison with LMDz-INCA model's data''' =|| 
    8084||  [[Image(Comparison.png, 50%)]]  || 
    8185 
     
    107111  * arg2= PFT  
    108112  * arg3= Last Time Step  
     113> ''' Donne un exemple de la manière dont tu appelles ce script surtout pour le last time step''' 
    109114 
    110115* Others scripts don't need arguments and generate files.txt according to their appellation :  
    111116 * 0.5 --> Simuls_ratio0.5_v1/ ; 0.8 --> Simuls_ratio0.8_v1/   
    112117 *  e --> EFe/ ; f --> EFf ; g --> EFg etc. 
    113  
     118> ''' Ca correspond à quoi EFe , EFf EFg ??? Mentionne que ratio0.5 et ratio0.8 correspondent aux apports d'engrais et au rapport NH4+/NO3- c'est ça ?''' 
    114119* Scripts python used to generate graphics are in the folder :  
    115120 * /home/users/taudoux/documents/Results/B/barplot_X.py ( X depends on the simulation we are analyzing) 
     
    123128 * /home/users/taudoux/documents/Results/B/RundBis/ 
    124129 
    125  
     130> '''Annonce brièvement ici ce que sont les deux versions modifiées avec lesquelles tu as travaillé, V1 et V2.''' 
    126131 
    127132 
     
    187192* The second (B.) consisted to normalized the fluxes by the amount of fertilizer added  
    188193* The third (C.) consisted to normalized the fluxes by the amount of all nitrogen inputs 
    189 * The third (C.) consisted to normalized the fluxes by all nitrogen inputs. 
    190194 
    191195 
     
    683687---- 
    684688 
    685 == Brief look at the global simulation done by Palmira MESSINA == 
     689=== Brief look at the global simulation done by Palmira MESSINA === 
    686690This has been done with rev ?.  [[BR]] 
    687691