# Soil initialization file for Heterofor																					
# Generated on 16-06-2020 18:17																					
																					
# Soil surface conductance of water, m/s (from Castanea (Dufrene et al, 2005))																					
minSoilSurfaceConductance = 7.75E-05																					
maxSoilSurfaceConductance = 0.00125																					
																					
# Effective conductance of the compensatory process, 1/s																					
compensatoryEffectConductance = 1E-9																					
																					
# Preferential flow proportion, [0,1] dimensionless																					
preferentialFlowProportion = 0.0																					
																					
# Undecomposed litter fraction transferred from the forest floor to the mineral horizons																					
forestFloorTransfer = 0.4																					
																					
# Horizon properties																					
#Id	Horizon	Upper limit (m)	Lower limit (m)	Total coarse fraction (m3 total stone/m3 total soil)	Sampling coarse fraction (m3 stone in kopecky/m3 kopecky)	Bulk density of soil sample (kg fine earth/m3 kopecky)	Sand (g/g)	Silt (g/g)	Clay (g/g)	organicCarbon (mg/g)	stableCarbonFraction(g/g)) or NA	FC water content (m3/m3)	wiltingPointWaterContent (m3/m3) or NA	saturatedWaterContent (m3/m3) or NA	pH soil solution	Log pCO2 (with pCO2 in atm)	Fine root proportion	Tortuosity factor (m/m)	residualWaterContent (m3/m3) or NA	alphaVanGenuchten or NA	nVanGenuchten or NA
1	OL	0.0535	0.0087	0	0	17	0	0	0	462.24	0.57	NA	NA	NA	5.91	-3.5	0	0.155	NA	NA	NA
#	 	 	 	 	 	 	 	 	 	 		 	 	 	pH_H2O value from PhD thesis of H. Titeux	 	 	 			
2	OF	0.0087	0	0	0	88	0	0	0	462.24	0.57	NA	NA	NA	6.16	-3.5	0.1	0.155	NA	NA	NA
#	 	 	 	 	 	 	 	 	 	 		 	 	 	average pH of soil solution collected from surface lysimeter	 	 	 			
3	Ah	0	-0.05	0.08	0.08	688.62	0.178	0.546	0.275	68.8	0.57	0.35094146	0.197408642	0.45200158	6.16	-3.5	0.425	0.185	NA	NA	NA
#	 	 	 	 	 	 	 	 	 	 		 	 	 	average pH of soil solution collected from surface lysimeter	 	 	 			
4	Bw1	-0.05	-0.25	0.08	0.08	780.44	0.166	0.555	0.279	15.149	0.57	0.327003449	0.184348079	0.42	4.74	-3.5	0.443	0.185	NA	NA	NA
#	 	 	 	 	 	 	 	 	 	 		 	 	 	average pH of soil solution collected from BP20	 	 	 			
5	BC1	-0.25	-0.5	0.09	0.09	1110.62	0.125	0.443	0.432	5.316	0.57	0.378608078	0.253005412	0.445	5.13	-3.5	0.033	0.185	NA	NA	NA
#	 	 	 	 	 	 	 	 	 	 		 	 	 	average pH of soil solution collected from BP20 and BP70	 	 	 			
6	BC2	-0.5	-0.75	0.44	0.42	865.1	0.253	0.385	0.363	4.212	0.57	0.244752991	0.155599116	0.3	5.52	-3.5	0	0.185	NA	NA	NA
#	 	 	 	 	 	 	 	 	 	 		 	 	 	average pH of soil solution collected from BP70	 	 	 			
7	BC2_2	-0.75	-1.6	0.47	0.47	778.06	0.253	0.385	0.363	4.212	0.57	0.183564744	0.116699337	0.225	5.52	-3.5	0	0.185	NA	NA	NA
#	 	 	 	 	 	 	 	 	 	 	 	 	 	average pH of soil solution collected from BP70	 	 	 				
																					
# Soil organic carbon dynamics																					
# Cécillon et al. (2018)																					
defaultStableCarbonFraction = 0.57																					
#Adair et al. (2008)																					
agLigninDecayRate = 0.053																					
agCelluloseDecayRate = 0.834																					
agOthersDecayRate = 3.170																					
bgLigninDecayRate = 0.022																					
bgCelluloseDecayRate = 0.614																					
bgOthersDecayRate = 5.572																					
litterQualityParameter_b = 1.507																					
# Kurz et al. (2009)																					
deadWoodDecayFractionTransferedToLitter = 0.25																					
litterDecayFractionTransferedToActiveC = 0.17																					
#Jonard et al. (2007)																					
docProductionFraction = 0.1																					
basalRespirationActiveC = 1																					
activeToStableCTransfer = 0																					
# Cécillon et al. (2018), mg/g																					
maxStableOrganicCarbon = 11