- Timestamp:
- 10/05/16 14:26:33 (8 years ago)
- File:
-
- 1 edited
Legend:
- Unmodified
- Added
- Removed
-
branches/2016/dev_v3.20_2016_gravity_drainage/INPUT/YROSIAE/source_3.20/bio.param
r4 r21 59 59 # ln_ikaite : activate CaCO3 precipitation 60 60 .TRUE. 61 # ln_decoupNC : activate N cycle disconnected from C cycle 62 .TRUE. 63 # ln_decoupPC : activate P cycle disconnected from C cycle 64 .TRUE. 61 65 # 62 66 #--------------------------------------------------------------------------------- … … 89 93 #--------------------------------------------------------------------------------- 90 94 # 91 # nn_bio_opt : type of biological model (0=NP; 1=NPD Redfield ; 2=NPD + Si; 3=NPD non-RedF; 4=NPD n.r + iron, 5=carbon cycle & gases)92 5 95 # nn_bio_opt : type of biological model (0=NP; 1=NPD Redfield) 96 1 93 97 #--- Bio-optical parameters 94 98 # … … 103 107 0.0e-5 104 108 # mumax_bio : maximum specific growth rate (s-1) ( Sarthou 5e-6 -> 3.8e-5 ) 105 1.00e-5109 3.0e-5 106 110 # klys_bio : loss rate (s-1) ( Sarthou 5.8e-8 -> 2.75e-6 ) 107 1.00e-6111 2.750e-6 108 112 # krsp_bio : respiration rate (s-1) 109 113 1.0e-6 110 114 # krem_bio : remineralization rate for carbon (2.0e-7 Moreau et al Elementa Oxy 2015) 111 5.0e-6 115 1.0e-7 112 116 # frem_bio : Fraction of nutrient loss that is remineralized in case of an N-P formulation 113 1.00 117 1.0 118 # ksyn_N : intensity of N flux compared with C flux (IF ln_decoupNC = TRUE) 119 1. 120 # klys_N 121 1. 122 # krsp_N 123 1. 124 # krem_N 125 1. 126 # ksyn_P 127 1. 128 # klys_P 129 1. 130 # krsp_P 131 1. 132 # krem_P 133 1. 114 134 # 115 135 #--- Photosynthesis / light limitation … … 137 157 0.14 138 158 # po4_c : phosphorus to carbon molar ratio in diatoms (mol/mol) - 0.014 Sarthou 2005; 0.0094 139 0.0 14159 0.0094 140 160 # oxy_c : oxygen release to carbon uptake ratio during photosynthesis (mol/mol) - Redf = 138/106 = 1.30 / Sarmiento Gruber 2006 150/106 = 1.41, Anderson et al 141 161 1.30
Note: See TracChangeset
for help on using the changeset viewer.