TRUE                                  // Echo spatial maps (True) or do not (False).  Coding is used in echoing to reduce each cell to a single character, but the echoed information can still be large.
0                                     // Echo to screen level, after initialization (0 - Nothing but date, 1 - Names of maps read-in)
MAP_FILES
'\layers\zone_final.asc'              // The zonal map for the given resolution.  ALSO, the dimension of the world is taken from this layer.
'\layers\land_final.asc'              // The map defining sea (0) and land (1)
'\layers\elev_final.asc'              // The map of elevations
'\layers\lats_final.asc'              // The map of the latitudes of the centers of the cells
'\layers\top_sand_final.asc'          // The map of the topsoil sand percentage
'\layers\top_silt_final.asc'          // The map of the topsoil silt percentage
'\layers\top_clay_final.asc'          // The map of the topsoil clay percentage
'\layers\top_gravel_final.asc'        // The map of the topsoil gravel volume
'\layers\top_bulk_final.asc'          // The map of the topsoil bulk density
'\layers\top_carbon_final.asc'        // The map of the topsoil organic carbon content
'\layers\sub_sand_final.asc'          // The map of the sub-soil sand percentage
'\layers\sub_silt_final.asc'          // The map of the sub-soil silt percentage
'\layers\sub_clay_final.asc'          // The map of the sub-soil clay percentage
'\layers\sub_gravel_final.asc'        // The map of the sub-soil gravel volume
'\layers\sub_bulk_final.asc'          // The map of the sub-soil bulk density
'\layers\sub_carbon_final.asc'        // The map of the sub-soil organic carbon content
'\layers\decid_final.asc'             // The map showing initial deciduous tree cover
'\layers\egreen_final.asc'            // The map showing initial evergreen tree cover
'\layers\shrub_final.asc'             // The map of initial shrub cover (e.g., MOD44 as modified to isolate shrubs, such as it is)
'\layers\herb_final.asc'              // The map of initial herbaceous cover (e.g., MOD44, modified to exclude shrubs and approach expectations)
'\layers\sage_final.asc'          // The map of different rangeland types, for which parameters are provided in another file (now the SAGE effort Potential Vegetation map with 15 classes)
'\layers\goge_final.asc'            // The map of land cover types.  The following file identifies which of the classes are rangeland to be modeled.
'GoGe.leg'                            // Map legend with rangeland flag.  This file identifies which landscape cells should be modeled.
'\layers\prcp_avg.asc'                // Annual average precipitation, in mm / year
'\layers\temp_avg.asc'                // Annual average temperature, in C
'\layers\prcp\p_'                     // Path and prefix of monthly precipitation data.
'\layers\tmax\x_'                     // Path and prefix of maXimum monthly temperature data.
'\layers\tmin\n_'                     // Path and prefix of miNimum monthly temperature data.
'.asc'                                // Suffix for both monthly precipitation and temperature data.
'Land_Units.grg'                      // Name of file storing land unit parameter values
0                                     // A setting used to indicate fire maps should be used (1) or fire frequency should be controlled by the values for land units (0)
'\layers\fire\'                       // Path to fire maps, if used.
'fire_dat.grg'                        // Name of file storing fire histories, if used.
0                                     // A setting used to indicate fertilizer maps should be used (1) or fertilization should be controlled by the values for land units (0)
'\layers\fert\'                       // Path to fertilization maps, if used.
'fert_dat.grg'                        // Name of file storing fertilization histories, if used.
'CO2_80x3.grg'                        // Name of file storing effects of CO2 effect on production, by year, with three columns, one per facet.
2                                     // State variable treatment - 0: Do nothing   1: Write state at end   2: Read state at start    3: Read state at start and write at end
'\output\Stv_0p5_1013Out.grg'         // State variable file to which simulation results will be written to, if the state variable treatment flag is 1 or 3
'\output\Stv_0p5_1013In.grg'          // State variable file from which the simulation is started, if the state variable treatment flag is 2 or 3
1990                                  // Year to start simulation (1957)
1999                                  // Year to end simulation (for CRU 3 data, weather will wrap after 2006, unless other options are available) (Entire years will always be run)



NOTE: Adding or removing lines to this file may corrupt the model
