1 | #************************************************************************** |
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2 | # Suggested parameter set up for ORCHIDEE |
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3 | # |
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4 | # See all optional parameters in modipsl/modeles/ORCHIDEE/orchidee.default |
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5 | # |
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6 | # Note when running with libIGCM, variables set here to _AUTOBLOCKER_ can |
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7 | # not be changed in run.def otherwise the simulation will stop. Variables |
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8 | # set to _AUTO_ can be changed from the comp.card but they can also be |
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9 | # changed directly in the run.def. A value set in run.def can never be |
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10 | # changed again by libIGCM. |
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11 | #************************************************************************** |
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12 | |
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13 | |
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14 | # Parameters related to the restart file and the start date |
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15 | #************************************************************************** |
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16 | # Name of restart file for sechiba part of the model |
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17 | # (default NONE) |
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18 | SECHIBA_restart_in = _AUTOBLOCKER_ |
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19 | |
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20 | # Name of restart file for stomate part of the model |
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21 | # (default NONE) |
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22 | STOMATE_RESTART_FILEIN = _AUTOBLOCKER_ |
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23 | |
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24 | |
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25 | # Parameters related to the diagnostic output files |
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26 | #************************************************************************** |
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27 | # Use XIOS for writing diagnostics file |
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28 | # (default y) |
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29 | # All IOIPSL output are deactivated if XIOS_ORCHIDEE_OK=y |
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30 | XIOS_ORCHIDEE_OK = y |
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31 | |
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32 | |
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33 | # Parameters related to debugging and error checking |
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34 | #************************************************************************** |
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35 | # Mass balance and surface area checks |
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36 | # 1 - is recommended when running global long-term simulations. |
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37 | # Under this option, mass and area conservation are checked for all |
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38 | # biogeochemical processes but only at the highest level thus stomate.f90 |
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39 | # and stomate_lpj.f90. Although these checks are not very expensive in terms |
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40 | # of computer time, skipping the numerous lower level checks is expected to |
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41 | # save some time. Under this option the mass balance error is only written |
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42 | # to the history file. No information is provided in which subroutine the |
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43 | # problem occurred. |
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44 | # 2 - is recommended when developing and testing the model. Now the mass |
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45 | # balance is explicitly checked in stomate.f90, stomate_lpj.f90 and all |
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46 | # its subroutines. Under this option the mass balance error is written to |
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47 | # the history file and if the mass balance is not closed, the warning |
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48 | # message will indicate in which subroutine the problem likely |
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49 | # originated. |
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50 | # 3 - is recommended when having a problem with mass balance closure. The |
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51 | # mass balance is explicitly checked in stomate.f90, stomate_lpj.f90 and all |
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52 | # its subroutines. If a mass balance occurs, the model is stopped. |
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53 | # (default) |
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54 | ERR_ACT = 1 |
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55 | |
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56 | # If the model crashes and it is not clear in which subroutine the crash |
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57 | # occurs one could increase the print level for text output in out_orchidee_* |
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58 | # PRINTLEV = 1 : some output in initialization phase |
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59 | # PRINTLEV = 2 : more output in initialization phase and printing of new date |
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60 | # PRINTLEV = 3, 4,.. : more output also at each timestep |
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61 | # (default 2) |
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62 | PRINTLEV=2 |
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63 | |
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64 | # If the model crashes on an ipslerr there is a fair change that the pixel and |
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65 | # PFT where the crash occur will be printed in the out_orchidee_* file. Try to |
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66 | # re-run the model for a single pixel or a small region (for example, |
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67 | # 3 by 3). LIMIT_EAST, LIMIT_NORTH, LIMIT_SOUTH and LIMIT_WEST should |
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68 | # be set in the run.def |
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69 | |
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70 | # If it is known in which subroutine the model crashes, the local print level |
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71 | # of that subroutine could be increased. Additional write statements will then |
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72 | # be activated. These write statements print the values of specific variables. |
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73 | # (default 2) |
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74 | #PRINTLEV_sapiens_lcchange = 4 |
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75 | |
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76 | # When a local print level is set, the grid and pft number for which the |
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77 | # values needs to written should be set. This setting reduces reduces |
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78 | # the size and enhances the readability of the out_orchidee_* files. |
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79 | TEST_GRID = 1 |
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80 | TEST_PFT = 2 |
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81 | |
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82 | |
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83 | # Hydrology parameters |
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84 | #************************************************************************** |
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85 | # Activate river routing. This version has not yet been tested with river routing. |
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86 | # (default y) |
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87 | RIVER_ROUTING = y |
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88 | |
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89 | # Activate creation of river_desc.nc file |
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90 | # RIVER_DESC will be activated only the first execution in the simulation |
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91 | RIVER_DESC = _AUTO_ |
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92 | |
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93 | # SOILTYPE_CLASSIF : Type of classification used for the map of soil types |
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94 | # (default zobler) |
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95 | SOILTYPE_CLASSIF = zobler |
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96 | |
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97 | |
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98 | # Parameters related to vegetation map |
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99 | #************************************************************************** |
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100 | # Update vegetation frequency |
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101 | # (default 0Y) |
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102 | VEGET_UPDATE = _AUTO_ |
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103 | |
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104 | # Read lai map |
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105 | # (default n) |
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106 | LAI_MAP = _AUTO_ : DEFAULT = n |
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107 | |
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108 | # Prescribed vegetation |
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109 | # (default n) |
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110 | IMPOSE_VEG = n |
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111 | |
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112 | |
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113 | # Parameters related to surface and thermal physical properties |
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114 | #************************************************************************ |
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115 | # ROUGH_DYN : Account for a dynamic roughness height (activation of Su et |
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116 | # al. parametrization) |
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117 | # (default y) |
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118 | ROUGH_DYN = y |
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119 | |
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120 | # OK_FREEZE : Activate the complet soil freezing scheme |
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121 | # (default y) |
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122 | OK_FREEZE = y |
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123 | |
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124 | # OK_EXPLICITSNOW : Activate explict snow scheme |
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125 | # (default y) |
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126 | OK_EXPLICITSNOW = y |
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127 | |
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128 | # Controls several settings related to the energy budget and water stress. |
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129 | # 1 - DEFAULT uses the enerbil module in combination with the hydraulic |
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130 | # architecture (ok_hydrol_arch and ok_gs_feedback true, while |
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131 | # ok_mleb and ok_impose_canopy_structure are set to false). |
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132 | # 2 - option to use enerbil module and original water stress |
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133 | # (not hydraulic architecture) |
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134 | # 3 - The energy budget is calculated using the multi-layer energy scheme |
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135 | # with a single layer: ok_hydrol_arch, ok_gs_feedback, ok_impose_canopy_structure |
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136 | # and and ok_mleb all TRUE, but the energy budget is calculated for a single |
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137 | # layer (jnlvls=1,jnlvls_under=0,jnlvls_canopy=1,jnlvls_over=0). No mleb output, |
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138 | # ok_mleb_history_file is set to FALSE. |
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139 | # 4 - multi-layer energy budget: ok_hydrol_arch, ok_gs_feedback and ok_mleb all TRUE. |
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140 | # ok_impose_canopy_structure is False, and the energy budget is calculated for |
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141 | # multiple layers (jnlvls=29,jnlvls_under=10,jnlvls_canopy=10,jnlvls_over=9). |
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142 | # No mleb output, ok_mleb_history_file is set to FALSE. |
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143 | # 5 - user specific: user specific settings for these controls and layers will need |
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144 | # to be defined in the run.def by the user. |
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145 | ENERGY_CONTROL=1 |
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146 | |
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147 | # Carbon related parameters |
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148 | #************************************************************************** |
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149 | # Analytic spinup |
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150 | # (default n) |
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151 | SPINUP_ANALYTIC = n |
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152 | SPINUP_PERIOD = 10 |
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153 | |
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154 | # Activate Stomate component |
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155 | # (default y) |
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156 | STOMATE_OK_STOMATE = _AUTOBLOCKER_ |
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157 | |
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158 | # As an alternative to DO_WOOD_HARVEST forest management can be accounted |
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159 | # for. All forest will be managed by the same strategy unless a map is read |
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160 | # FM = 1 is unmanaged, FM = 2 is a thin and fell strategy, FM = 3 is a |
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161 | # coppice strategy and FM = 4 is a short rotation coppice strategy. |
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162 | # (default 2) |
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163 | FOREST_MANAGED_FORCED=2 |
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164 | |
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165 | |
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166 | # Parameters related to nitrogen cycle |
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167 | #************************************************************************** |
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168 | # Update nitrogen input maps |
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169 | # (default 0Y) |
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170 | NINPUT_UPDATE = _AUTO_ |
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171 | |
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172 | # Impose the CN ratio of leaves |
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173 | STOMATE_IMPOSE_CN = _AUTO_ |
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174 | |
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175 | # Set STOMATE_READ_CN=y to read cnleaf_map.nc file if STOMATE_IMPOSE_CN=y |
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176 | STOMATE_READ_CN = n |
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177 | CNLEAF_VAR = CN_LEAF |
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178 | |
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179 | |
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180 | # File and variable name for nitrogen input files |
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181 | #************************************************************************** |
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182 | Nammonium_FILE = ndep_nhx.nc |
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183 | Nammonium_VAR = nhx |
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184 | |
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185 | Nnitrate_FILE = ndep_noy.nc |
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186 | Nnitrate_VAR = noy |
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187 | |
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188 | Nfert_FILE = NONE |
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189 | Nfert_VAR = nfer |
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190 | |
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191 | Nmanure_FILE = NONE |
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192 | Nmanure_VAR = Nmanure |
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193 | |
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194 | Nfert_cropland_FILE = nfert_cropland.nc |
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195 | Nfert_cropland_VAR = nfer |
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196 | |
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197 | Nmanure_cropland_FILE = nmanure_cropland.nc |
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198 | Nmanure_cropland_VAR = Nmanure |
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199 | |
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200 | Nfert_pasture_FILE = nfert_pasture.nc |
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201 | Nfert_pasture_VAR = Nfer |
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202 | |
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203 | Nmanure_pasture_FILE = nmanure_pasture.nc |
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204 | Nmanure_pasture_VAR = Nmanure |
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205 | |
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206 | Nbnf_FILE= bnf.nc |
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207 | Nbnf_VAR= BNF_MGN_PERM2_PERYR |
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208 | |
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209 | |
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210 | # Parameters describing the canopy structure |
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211 | #************************************************************************** |
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212 | # Number of diameter classes - enables to create complex canopies |
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213 | # (default = 1) |
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214 | NCIRC = 3 |
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215 | |
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216 | # Use recruiment. Note that this is an overall flag that makes use |
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217 | # of the variable RECRUITMENT_PFT which specifies whether a specific |
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218 | # PFT grows recruits in canopy gaps. |
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219 | OK_RECRUITMENT=y |
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220 | |
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221 | |
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222 | # Parameters that should be removed once these issues are resolved |
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223 | #************************************************************************** |
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224 | # This patch should be accepted or rejected and the flag should then |
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225 | # be removed |
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226 | LNVGRASSPATCH=y |
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227 | |
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228 | # Parameters related to chemistry bvoc |
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229 | #************************************************************************ |
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230 | # CHEMISTRY_OK_BVOC : Activate chemistry |
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231 | CHEMISTRY_BVOC = _AUTO_: DEFAULT=n |
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232 | |
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233 | # CO2 FOR BVOC - WILKINSON : CO2 inhibition effect for isoprene based on Wilkinson approach? |
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234 | CO2_FOR_BVOC_WILKINSON=n |
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235 | |
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236 | # CO2 FOR BVOC - POSSELL : CO2 inhibition effect for isoprene based on Possell approach? |
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237 | CO2_FOR_BVOC_POSSELL=n |
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238 | |
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