06_formations_surfex_ecoclimap_fin
06_formations_surfex_ecoclimap_fin 06_formations_surfex_ecoclimap_fin
NATURE parameters defined at functional type levelindependent of LAIFor a given functional type, these parameters keep the samevalue in every cover.Their initialization relies on lookup tables.Example for visible albedo of vegetation:ALBVIS(NO )=0.1 ALBVIS(C3)=0.1ALBVIS(ROCK)=0.1 ALBVIS(C4)=0.1ALBVIS(SNOW)=0.1 ALBVIS(IRR)=0.1ALBVIS(TREE)=0.05 ALBVIS(GRAS)=0.1ALBVIS(CONI)=0.05 ALBVIS(TROG)=0.1ALBVIS(EVER)=0.05 ALBVIS(PARK)=0.1
NATURE parameters defined at functional type leveldependant on LAIveg ZH =>Z0=max(0.001,0.13*max(0.001,ZH)EMISALBEDONO 0. 0.1 f3(veg,SNOW) f4(veg,sand)ROCK 0. 1. f3(veg,SNOW) f4(veg,sand)SNOW 0. 0.01 f3(veg,SNOW) f4(veg,sand)TREE 0.95 Height of TREE f3(veg,SNOW) f4(veg,sand)CONI 0.95 Height of CONI f3(veg,SNOW) f4(veg,sand)EVER 0.99 Height of EVER f3(veg,SNOW) f4(veg,sand)C3 f1(LAI) min(1,exp((LAI-3.5)/1.3))) f3(veg,SNOW) f4(veg,sand)C4 f1(LAI) min(2.5,exp((LAI-3.5)/1.3))) f3(veg,SNOW) f4(veg,sand)IRR f1(LAI) min(2.5,exp((LAI-3.5)/1.3))) f3(veg,SNOW) f4(veg,sand)GRAS 0.95 LAI/6 f3(veg,SNOW) f4(veg,sand)TROG 0.95 LAI/6 f3(veg,SNOW) f4(veg,sand)PARK 0.95 LAI/6 f3(veg,SNOW) f4(veg,sand)f1(LAI)=1-exp(-0.6*LAI)f3(veg,SNOW)=EMISVEG*veg+EMISSOIL(SNOW)*(1-veg)f4(veg,sand)=ALBVEG*veg+ALBSOIL(sand)*(1-veg)
- Page 1 and 2: ECOCLIMAPSurfex Course14-16 october
- Page 3 and 4: A global database of surface parame
- Page 5 and 6: Description of covers in ECOCLIMAP:
- Page 7 and 8: Composition of 1 covernatural param
- Page 9 and 10: Definition of root and total soil d
- Page 11: Definition of town parameters at co
- Page 15 and 16: Grouping of functional types in pat
- Page 17 and 18: Parameters aggregation processlinke
- Page 19 and 20: Parameters aggregation processlinke
- Page 21 and 22: Namelists associated to ECOCLIMAP i
- Page 23 and 24: Other useful namelistsinputs / outp
- Page 25 and 26: ECOCLIMAP files format ECOCLIMAP fi
- Page 27 and 28: PlanECOCLIMAP: principleTechnical a
- Page 29 and 30: PlanECOCLIMAP: principleTechnical a
- Page 32 and 33: ECOCLIMAP II Europe:Definition of f
- Page 34 and 35: ECOCLIMAP I : the map on Europe
- Page 36 and 37: ECOCLIMAP II simplified map LegendL
- Page 38 and 39: ECOCLIMAP IComparison of C4 fractio
- Page 40 and 41: Comparison of irrigated crops fract
- Page 42 and 43: ECOCLIMAP II AfricaECOCLIMAP II Afr
- Page 44 and 45: 44ECOCLIMAP II Africa - 37 classes
- Page 46 and 47: ECOCLIMAP II Africa - Soil albedoVi
- Page 48 and 49: ECOCLIMAP II Africa - LCM-I with 90
- Page 50 and 51: 50ECOCLIMAP-II Africa- EvaluationGL
- Page 52: 52FIN
NATURE parameters de<strong>fin</strong>ed at functional type leveldependant on LAIveg ZH =>Z0=max(0.001,0.13*max(0.001,ZH)EMISALBEDONO 0. 0.1 f3(veg,SNOW) f4(veg,sand)ROCK 0. 1. f3(veg,SNOW) f4(veg,sand)SNOW 0. 0.01 f3(veg,SNOW) f4(veg,sand)TREE 0.95 Height of TREE f3(veg,SNOW) f4(veg,sand)CONI 0.95 Height of CONI f3(veg,SNOW) f4(veg,sand)EVER 0.99 Height of EVER f3(veg,SNOW) f4(veg,sand)C3 f1(LAI) min(1,exp((LAI-3.5)/1.3))) f3(veg,SNOW) f4(veg,sand)C4 f1(LAI) min(2.5,exp((LAI-3.5)/1.3))) f3(veg,SNOW) f4(veg,sand)IRR f1(LAI) min(2.5,exp((LAI-3.5)/1.3))) f3(veg,SNOW) f4(veg,sand)GRAS 0.95 LAI/6 f3(veg,SNOW) f4(veg,sand)TROG 0.95 LAI/6 f3(veg,SNOW) f4(veg,sand)PARK 0.95 LAI/6 f3(veg,SNOW) f4(veg,sand)f1(LAI)=1-exp(-0.6*LAI)f3(veg,SNOW)=EMISVEG*veg+EMISSOIL(SNOW)*(1-veg)f4(veg,sand)=ALBVEG*veg+ALBSOIL(sand)*(1-veg)
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