Changes between Version 26 and Version 27 of DevelopmentActivities/ORCHIDEE-CN/NH3

Timestamp:

2017-07-07T15:18:19+02:00 (7 years ago)

Author:

taudoux

Comment:

--

DevelopmentActivities/ORCHIDEE-CN/NH3

@@ -320 +320 @@
 
 
-In order to know if the loop is closed, we stacked in barplot all the nitrogen outputs (N2, N2O, NH3, NOX emissions ; NH4 and NO3 Leaching; NH4 and NO3 Plant Uptake ; difference between nitrogen pools shown previously) divided by all nitrogen inputs (NOX and NHX deposition; Mineralisation but also Fertilizer) [[BR]]
+In order to know if the loops are closed : [[BR]] 
+Loop at inorganic nitrogen scale : we stacked in barplot all the nitrogen outputs (N2, N2O, NH3, NOX emissions ; NH4 and NO3 Leaching; NH4 and NO3 Plant Uptake ; difference between nitrogen pools shown previously) divided by all nitrogen inputs (NOX and NHX deposition; Mineralisation but also Fertilizer) [[BR]]
 path : /home/users/taudoux/documents/Results/B/EFe/ [[BR]] 
 
@@ -358 +359 @@
 ||= 0.5 =||= 0.8 =||
 ||= [[Image(US-Ne3_0.5e.png, 50%)]] =||= [[Image(US-Ne3_0.8e.png, 50%)]] =||
+
+
+Loop at ORCHIDEE scale : we stacked in barplot all the nitrogen outputs (N2, N2O, NH3, NOX emissions ; NH4 and NO3 Leaching; ; difference between nitrogen pools shown previously + difference between SOIL_ACTIVE_N , SOIL_SURF_N , SOIL_SLOW_N , SOIL_PASSIVE_N , TOTAL_M_N LITTER_STR_AB_N , LITTER_MET_AB_N , LITTER_STR_BE_N , LITTER_MET_BE_N , LITTER_WOD_AB_N , LITTER_WOD_BE_N); divided by all nitrogen inputs (NOX and NHX deposition and Fertilizer) [[BR]]
+
+||||= DK-Ris =||
+||= 0.5 =||= 0.8 =||
+||= [[Image(DK-Ris_0.5ebis.png, 50%)]] =||= [[Image(DK-Ris_0.8ebis.png, 50%)]] =||
+
+||||= FR-Gri =||
+||= 0.5 =||= 0.8 =||
+||= [[Image(FR-Gri_0.5ebis.png, 50%)]] =||= [[Image(FR-Gri_0.8ebis.png, 50%)]] =||
+
+||||= NL-Lan =||
+||= 0.5 =||= 0.8 =||
+||= [[Image(NL-Lan_0.5ebis.png, 50%)]] =||= [[Image(NL-Lan_0.8ebis.png, 50%)]] =||
+
+||||= NL-Lut =||
+||= 0.5 =||= 0.8 =||
+||= [[Image(NL-Lut_0.5ebis.png, 50%)]] =||= [[Image(NL-Lut_0.8ebis.png, 50%)]] =||
+
+||||= US-Bo1 =||
+||= 0.5 =||= 0.8 =||
+||= [[Image(US-Bo1_0.5ebis.png, 50%)]] =||= [[Image(US-Bo1_0.8ebis.png, 50%)]] =||
+
+||||= US-Ne1 =||
+||= 0.5 =||= 0.8 =||
+||= [[Image(US-Ne1_0.5ebis.png, 50%)]] =||= [[Image(US-Ne1_0.8ebis.png, 50%)]] =||
+
+
+||||= US-Ne2 =||
+||= 0.5 =||= 0.8 =||
+||= [[Image(US-Ne2_0.5ebis.png, 50%)]] =||= [[Image(US-Ne2_0.8ebis.png, 50%)]] =||
+
+
+||||= US-Ne3 =||
+||= 0.5 =||= 0.8 =||
+||= [[Image(US-Ne3_0.5ebis.png, 50%)]] =||= [[Image(US-Ne3_0.8ebis.png, 50%)]] =||
 
 
@@ -363 +401 @@
 Here are the results : [[BR]]
 path : /home/users/taudoux/documents/Results/B/EFi/
+
 ||= FR-Gri =||
 ||= 0.8 =||
@@ -380 +419 @@
 ||= 0.8 =||
 ||= [[Image(US-Ne3_0.8i.png, 50%)]] =||
+
+
+Code was whanged : run_off, the variable "harvest_above_n" were added and ''the denitrifiers activity was changed''. [[BR]] 
+We looked again at the differents loops. [[BR]] 
+
+Loop at inorganic nitrogen scale : we stacked in barplot all the nitrogen outputs (N2, N2O, NH3, NOX emissions ; NH4 and NO3 Leaching; NH4 and NO3 Plant Uptake ; difference between nitrogen pools shown previously) divided by all nitrogen inputs (NOX and NHX deposition; Mineralisation but also Fertilizer) [[BR]]
+
+Values in abscissa are all the nitrogen inputs but the fertilization is for each point : 0 , 54.8 , 82.2 , 109.6 , 140 , 164.4 , 191.8 , 219.2 , 365.25 kg/ha/y.
+
+||= DK-Ris =||
+||= 0.5 =||
+||= [[Image(DK-Ris_0.5f.png, 50%)]] =||
+
+||= FR-Gri =||
+||= 0.5 =||
+||= [[Image(FR-Gri_0.5f.png, 50%)]] =||
+
+||= NL-Lan =||
+||= 0.5 =||
+||= [[Image(NL-Lan_0.5f.png, 50%)]] =||
+
+||= NL-Lut =||
+||= 0.5 =||
+||= [[Image(NL-Lut_0.5f.png, 50%)]] =||
+
+||= US-Bo1 =||
+||= 0.5 =||
+||= [[Image(US-Bo1_0.5f.png, 50%)]] =||
+
+||= US-Ne1 =||
+||= 0.5 =||
+||= [[Image(US-Ne1_0.5f.png, 50%)]] =||
+
+
+||= US-Ne2 =||
+||= 0.5 =||
+||= [[Image(US-Ne2_0.5f.png, 50%)]] =||
+
+
+||= US-Ne3 =||
+||= 0.5 =||
+||= [[Image(US-Ne3_0.5f.png, 50%)]] =||
+
+Loop at ORCHIDEE scale : we stacked in barplot all the nitrogen outputs (N2, N2O, NH3, NOX emissions ; NH4 and NO3 Leaching; ; difference between nitrogen pools shown previously + difference between SOIL_ACTIVE_N , SOIL_SURF_N , SOIL_SLOW_N , SOIL_PASSIVE_N , TOTAL_M_N LITTER_STR_AB_N , LITTER_MET_AB_N , LITTER_STR_BE_N , LITTER_MET_BE_N , LITTER_WOD_AB_N , LITTER_WOD_BE_N) and the variable harvest_above_n; divided by all nitrogen inputs (NOX and NHX deposition and Fertilizer) [[BR]]
+
+||= DK-Ris =||
+||= 0.5 =||
+||= [[Image(DK-Ris_0.5g.png, 50%)]] =||
+
+||= FR-Gri =||
+||= 0.5 =||
+||= [[Image(FR-Gri_0.5g.png, 50%)]] =||
+
+||= NL-Lan =||
+||= 0.5 =||
+||= [[Image(NL-Lan_0.5g.png, 50%)]] =||
+
+||= NL-Lut =||
+||= 0.5 =||
+||= [[Image(NL-Lut_0.5g.png, 50%)]] =||
+
+||= US-Bo1 =||
+||= 0.5 =||
+||= [[Image(US-Bo1_0.5g.png, 50%)]] =||
+
+||= US-Ne1 =||
+||= 0.5 =||
+||= [[Image(US-Ne1_0.5g.png, 50%)]] =||
+
+
+||= US-Ne2 =||
+||= 0.5 =||
+||= [[Image(US-Ne2_0.5g.png, 50%)]] =||
+
+
+||= US-Ne3 =||
+||= 0.5 =||
+||= [[Image(US-Ne3_0.5g.png, 50%)]] =||
+
+
+