Changes between Version 11 and Version 12 of ESM2025-N-cycle

Timestamp:

05/19/22 14:22:52 (2 years ago)

Author:

klaurent

Comment:

--

ESM2025-N-cycle

@@ -19 +19 @@
 
 
-Using the mask with fraction : 
-
-|| FracMask  ||||||     -   Output INCASFLX    -    ||||||     -  Notebook computing   -   ||
-|| (Mt/yr) ||   Ocean  ||   Land   || Ratio O/L ||   Ocean  ||   Land   || Ratio O/L ||
-||**Bouwman**  || 5.650486 || 11.83547 || 0.478  ||  13.967 ||  16.726  ||  0.835   ||
-||             ||  32.3%   || 67.7%   ||        ||  45.5% ||  54.5% ||    ||
-||**Transcom** || 6.634 || 16.614 || 0.399     ||  8.879 ||  14.421 ||  0.616   ||
-||             ||  28.5%  || 71.5%  ||       ||  38.1% || 61.9% ||  ||
-||**Piscidee** || 6.432 || 7.107 || 0.905      ||  6.579 ||  6.989 ||  0.941   ||
-||             ||47.5%  ||  52.5%  ||        ||  48.5% ||  51.5% ||       ||
-
-Using the mask with 0/1 values :
-
-|| 0/1 Mask ||||||     -   Output INCASFLX    -    ||||||     -  Notebook computing   -   ||
-|| (Mt/yr) ||   Ocean  ||   Land   || Ratio O/L ||   Ocean  ||   Land   || Ratio O/L ||
-||**Bouwman**  || 5.650486 || 11.83547 || 0.478      ||  12.797 ||  17.899 ||  0.714   ||
-||             || 32.3% || 67.7%||          ||  41.7% ||  58.3% ||   ||
-||**Transcom** || 6.634 || 16.614 || 0.399     ||  8.118 ||  15.184 ||  0.535   ||
-||             || 28.5%  || 71.5%  ||       ||  34.8% ||  65.2% ||     ||
-||**Piscidee** || 6.432 || 7.107 || 0.905      ||  6.174 ||  7.395 ||  0.834   ||
-||             || 47.5% || 52.5% ||          ||  45.5% ||  54.5% ||      ||
-
-Values per latitudes :
-|| (Tg/yr)  ||90-30S|| 30S-0||0-30N||30-90N||Total||
-|| **Bouwman**  ||5.728||7.115||9.948||8.392||31.183||
-|| **Trancsom** ||2.714||7.432||8.762||4.857||23.765||
-|| **Piscidee** ||1.736||4.413||4.392||3.302||13.843||
-
-
-Calcul file by file :
-From Transcom (orchidee+pisces) : (no mask + not output of sflx) -> correspond to values of table 2 thompson part 1.
-
-||  ||||||     -   Output INCASFLX    -    ||||||     -  Notebook computing   -   ||
-|| (Mt/yr) ||   Ocean  ||   Land   || Ratio O/L ||   Ocean  ||   Land   || Ratio O/L ||
-||**Transcom**  ||  6.634174 || 16.61481 ||  0.399293   || 4.23125 || 10.59692 || 0.399291    || 
-
-
 
 * //Bouwman Inventory// :
@@ -71 +34 @@
 
 == Meeting Reports == 
+=== On Wednesday, 1st June === 
+
 === On Wednesday, 18th May === 
+
+In person with Juliette, Didier, Nicolas.
+
+* Notebook **Budget_inventories** : total budget of N2O emissions (in tables), differences found between outputs INCASFLX and calculations in notebook (with mask, area and change units), different charts (by latitude, by land/ocean part, with histograms...)
+
+
+Using the mask with fraction: 
+
+|| FracMask  ||||||     -   Output INCASFLX    -    ||||||     -  Notebook computing   -   ||
+|| (Mt/yr) ||   Ocean  ||   Land   || Ratio O/L ||   Ocean  ||   Land   || Ratio O/L ||
+||**Bouwman**  || 5.650486 || 11.83547 || 0.478  ||  13.967 ||  16.726  ||  0.835   ||
+||             ||  32.3%   || 67.7%   ||        ||  45.5% ||  54.5% ||    ||
+||**Transcom** || 6.634 || 16.614 || 0.399     ||  8.879 ||  14.421 ||  0.616   ||
+||             ||  28.5%  || 71.5%  ||       ||  38.1% || 61.9% ||  ||
+||**Piscidee** || 6.432 || 7.107 || 0.905      ||  6.579 ||  6.989 ||  0.941   ||
+||             ||47.5%  ||  52.5%  ||        ||  48.5% ||  51.5% ||       ||
+
+Using the mask with 0/1 values:
+
+|| 0/1 Mask ||||||     -   Output INCASFLX    -    ||||||     -  Notebook computing   -   ||
+|| (Mt/yr) ||   Ocean  ||   Land   || Ratio O/L ||   Ocean  ||   Land   || Ratio O/L ||
+||**Bouwman**  || 5.650486 || 11.83547 || 0.478      ||  12.797 ||  17.899 ||  0.714   ||
+||             || 32.3% || 67.7%||          ||  41.7% ||  58.3% ||   ||
+||**Transcom** || 6.634 || 16.614 || 0.399     ||  8.118 ||  15.184 ||  0.535   ||
+||             || 28.5%  || 71.5%  ||       ||  34.8% ||  65.2% ||     ||
+||**Piscidee** || 6.432 || 7.107 || 0.905      ||  6.174 ||  7.395 ||  0.834   ||
+||             || 47.5% || 52.5% ||          ||  45.5% ||  54.5% ||      ||
+
+Values per latitudes:
+|| (Tg/yr)  ||90-30S|| 30S-0||0-30N||30-90N||Total||
+|| **Bouwman**  ||5.728||7.115||9.948||8.392||31.183||
+|| **Trancsom** ||2.714||7.432||8.762||4.857||23.765||
+|| **Piscidee** ||1.736||4.413||4.392||3.302||13.843||
+
+
+Calcul file by file:
+From Transcom (orchidee+pisces) : (no mask + not output of sflx) -> correspond to values of table 2 thompson part 1.
+
+||  ||||||     -   Output INCASFLX    -    ||||||     -  Notebook computing   -   ||
+|| (Mt/yr) ||   Ocean  ||   Land   || Ratio O/L ||   Ocean  ||   Land   || Ratio O/L ||
+||**Transcom**  ||  6.634174 || 16.61481 ||  0.399293   || 4.23125 || 10.59692 || 0.399291    || 
+
+
+
+Transcom is not a pre-industrial inventory, it's actual. So, it's better to work with piscidee inventory.
+
+__//**To DO**//__
+* Modify Bouwman run to take only 'oce' and 'soil' variables -> relaunch notebook to compare if it's better,
+* Continue modification in INCA's code.
+
+=== On Friday, 13th May ===
+
+Informal with Didier.
+
+Preparation to change INCA's code in Irene.
+
+* Modify inca.card to take new NAT files and BBG from ciclad.
+* Modify mksflx_p2p.F90 to put flx_n2o_ant to zero and add aflux terms.
+* Modify sflx_inti.F90 to take into account BBG emissions.
+* Modify set_ub_vals.F90 to rescale N2O flux (with parallel part and constant N2O flux at 285 ppb)
+
+Launch different runs in order to check each step.
+
+__//**Next**//__
+* Change ANT in ciclad,
+* Put flx_n2o_ant to 0,
+* Erase the rescaling,
+* Add N2O loss as an output...
 
 === On Wednesday, 4th May ===