Changes between Version 15 and Version 16 of DevelopmentActivities/ORCHIDEE-CN/stage_edouard-rambaut
- Timestamp:
- 2018-06-25T15:40:22+02:00 (6 years ago)
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DevelopmentActivities/ORCHIDEE-CN/stage_edouard-rambaut
v15 v16 40 40 === 1 - Maps of emissions for the 2010-2015 period 41 41 42 [[Image(ORCHIDEE tot.png, 70%)]] 42 || [[Image(ORCHIDEE tot.png, 70%)]] || 43 43 44 44 '''Figure 1 : Emissions of N2O (in gN2O-N.m-2.an-1) estimated by ORCHIDEE for the 2010-2015 period for all the PFTs''' 45 45 === 2 - Evolution of the emissions for the 1861-2016 period 46 46 47 [[Image(n2o temp.png, 70%)]] 47 || [[Image(n2o temp.png, 70%)]] || 48 48 49 '''Figure 3: Emissions of N2O (in gN2O-N.m-2.an-1) estimated by ORCHIDEE for the 1860-2015 period for the whole world'''49 '''Figure 2 : Emissions of N2O (in gN2O-N.m-2.an-1) estimated by ORCHIDEE for the 1860-2015 period for the whole world''' 50 50 51 51 In black is represented the emissions for all the PFTs.[[BR]] … … 58 58 59 59 === 3 - Effects of the fertilizers on the emissions 60 || [[Image(Ferti.png, 70%)]] || 60 61 61 [[Image(Ferti.png, 70%)]]62 62 63 ''' Global annual emissions of N2O (in TgN.an-1) estimated by ORCHIDEE in fonction of the fertilizers (in TgN.an-1). In blue i represented the linear regresssion and the grey zone correspond to the confidence intreval of the regression. '''63 ''' Figure 3 : Global annual emissions of N2O (in TgN.an-1) estimated by ORCHIDEE in fonction of the fertilizers (in TgN.an-1). In blue i represented the linear regresssion and the grey zone correspond to the confidence interval of the regression. ''' 64 64 65 [[Image((s1b-s4)s1b.png, 70%)]] 65 || [[Image((s1b-s4)s1b.2.png, 70%)]] || 66 66 67 ''' Share of the emissions of N2O in ORCHIDEE due to the modification of the N cycle'''68 67 69 This figure represent : (S1B-S4) / S1B 68 ''' Figure 4 : Share of the emissions of N2O in ORCHIDEE due to the modification of the N cycle''' 69 70 This figure represent : (S1B-S4) / S1B[[BR]] 71 * with S1B the annual N2O emissions in the S1B simulations[[BR]] 72 * with S4 the annual N2O emissions in the S4 simulations 70 73 71 74 … … 73 76 == B - Comparaison of N2O emissions between EDGAR and ORCHIDEE 74 77 75 a) [[Image(7075 final.png, 47%)]] b) [[Image(0712real.png, 47%)]] 78 The PFT selected in ORCHIDEE to do the comparaison are the following : 10 ; 11 ; 12 ; 13 (only wherethe N_Fertilizants there was striclty positive) 76 79 77 PFT selected in ORCHIDEE : 10 ; 11 ; 12 ; 13 (only of the N_Fertilizants there was striclty positive) 78 79 ''' Figure N a: Means emissions estimated of N2O for each region for differents regions by EDGAR and ORCHIDEE for the period 1970-1975 (in Tg N2O-N.an-1). The Standard-Deviation are represented by the variation bar. The regions of temperate Asia, tropical Asia, north America and south America are nammed withe following terms «ATemp», «ATrop», «AN», «AS».''' 80 81 '''Figure N b :Means emissions estimated of N2O for each region for differents regions by EDGAR and ORCHIDEE for the period 2007-2012 (in Tg N2O-N.an-1). The Standard-Deviation are represented by the variation bar. The regions of temperate Asia, tropical Asia, north America and south America are nammed withe following terms «ATemp», «ATrop», «AN», «AS».''' 80 || a) [[Image(7075 final.png, 47%)]] b) [[Image(0712real.png, 47%)]] || 82 81 83 82 84 [[Image(CARTE 2.png, 100%)]] 83 ''' Figure 5: Means emissions estimated of N2O for each region for differents regions by EDGAR and ORCHIDEE for the period 1970-1975 (in Tg N2O-N.an-1). The Standard-Deviation are represented by the variation bar. The regions of temperate Asia, tropical Asia, north America and south America are nammed withe following terms «ATemp», «ATrop», «AN», «AS». [[BR]] 84 * a) For the period 1970-1975 [[BR]] 85 * b) For the period 2007-2012 ''' 85 86 86 '''Emissions of N2O (en gN.m-2.an-1) to the global scale by EDGAR (a) and by ORCHIDEE (b)''' 87 || [[Image(CARTE 2.png, 100%)]] || 88 89 '''Figure 6 : Emissions of N2O (en gN.m-2.an-1) to the global scale by EDGAR (a) and by ORCHIDEE (b)''' 87 90 88 91 … … 93 96 === 1 - Map of the emission 94 97 95 a) [[Image(7075 ORCHID 02.png, 47%)]] b) [[Image(ORCHID 0712.png, 47%)]] 96 '''Figure N a : Emissions of NH3(in gNH3-N.m-2.an-1) estimated by ORCHIDEE for the 1970-1975 period for all the PFTs''' 98 || a) [[Image(7075 ORCHID 02.png, 47%)]] b) [[Image(ORCHID 0712.png, 47%)]] || 99 '''Figure 7 : Emissions of NH3(in gNH3-N.m-2.an-1) estimated by ORCHIDEE period for all the PFTs[[BR]] 100 * a) For the period 1970-1975 101 * b) For the period 2007-2012''' 97 102 98 99 '''Figure N b : Emissions of NH3(in gNH3-N.m-2.an-1) estimated by ORCHIDEE for the 2007-2012 period for all the PFTs'''100 103 === 2 - Evolution of the emissions for the 1861-2016 period 101 104 102 [[Image(1860-2015.png, 70%)]] 105 || [[Image(1860-2015.png, 70%)]] || 103 106 104 '''Figure : Emissions of N2O(in Tg.yr-1) estimated by ORCHIDEE for the 1860-2015 period for the whole world'''107 '''Figure 9 : Emissions of NH3 (in Tg.yr-1) estimated by ORCHIDEE for the 1860-2015 period for the whole world''' 105 108 106 109 In red is represented the emissions for all the PFTs.[[BR]] … … 116 119 === 3 - Effects of the fertilizers on the emissions 117 120 118 [[Image(S1bS4S1.png, 70%)]] 121 || [[Image(S1bS4S1.2.png, 70%)]] || 122 123 ''' Figure 10 : Share of the emissions of NH3 in ORCHIDEE due to the modification of the N cycle''' 124 119 125 120 126 == B - Comparaison of NH3 emissions between ORCHIDEE and EDGAR 121 127 122 a) [[Image(MOYENNES 7075.2.png,47%)]] b) [[Image(MOYENNES 0712.2.png,47%)]] 128 || a) [[Image(MOYENNES 7075.2.png,47%)]] b) [[Image(MOYENNES 0712.2.png,47%)]] || 123 129 124 Figure N a : Regionnal mean for the 1970-1975 period 130 '''Figure 11 : Means emissions estimated of N2O for each region for differents regions by EDGAR and ORCHIDEE for the period 1970-1975 (in Tg N2O-N.an-1). The Standard-Deviation are represented by the variation bar. The regions of temperate Asia, tropical Asia, north America and south America are nammed withe following terms «ATemp», «ATrop», «AN», «AS». [[BR]] 131 * For the period 1970-1975 132 * For the period 2007-2012''' 125 133 126 Figure N b : Regionnal mean for the 2007-2012 period 134 || [[Image(7012 NH3 eo.2.png, 70%)]] || 127 135 128 [[Image(7012 NH3 eo.png, 70%)]] 129 130 '''Figure : Emissions of NH3 (in Tg.yr-1) estimated by ORCHIDEE and EDGAR for the 1970-2012 period for the whole world''' 136 '''Figure 12 : Emissions of NH3 (in Tg.yr-1) estimated by ORCHIDEE and EDGAR for the 1970-2012 period for the whole world''' 131 137 132 138 133 In cyan is repres nted the emission of NH3 estimated by EDGAR139 In cyan is represented the emission of NH3 estimated by EDGAR 134 140 135 141 The other color represent the same emissions as in the II-A-Figure 136 142 137 143 138 a) [[Image(EDGAR 7075 NH3.png, 45%)]] b) [[Image(0712 edgar NH3.png, 45%)]] 144 || a) [[Image(EDGAR 7075 NH3.png, 45%)]] b) [[Image(0712 edgar NH3.png, 45%)]] || 139 145 140 '''Figure N a : Emissions of NH3(in gNH3-N.m-2.an-1) estimated by EDGFAR for the 1970-1975 period''' 146 '''Figure 13 : Emissions of NH3(in gNH3-N.m-2.an-1) estimated by EDGFAR for the 1970-1975 period [[BR]] 147 a) For the 1970-1975 period [[BR]] 148 b) For the 2007-2012 period''' 141 149 142 150 143 '''Figure N b: Emissions of NH3(in gNH3-N.m-2.an-1) estimated by EDGGAR for the 2007-2012 period'''144 151 145 152
