r.green.biomassfor.impact

Calculates impact and multifunctionality values

Command linePython (grass.script)

r.green.biomassfor.impact [-r] forest=name boundaries=name forest_column_yield=string forest_column_yield_surface=string forest_column_management=string forest_column_treatment=string forest_roads=name [forest_column_roughness=string] [rivers=name] [lakes=name] [energy_tops_hf=float] [energy_cormometric_vol_hf=float] [energy_tops_cop=float] energy_map=name dhp=name [output_sw_map=name] [dtm=name] [soiltx_map=name] [soild_map=name] [soilcmp_map=name] output_basename_co2map=name output_basename_aco2map=name output_basename_nco2map=name [dtm2=name] [forest_column_roughness=string] [soilp2_map=name] [tree_diam=name] [tree_vol=name] [main_roads=name] [slp_min_cc=float] [slp_max_cc=float] [dist_max_cc=float] [slp_max_fw=float] [dist_max_fw=float] [slp_max_cop=float] [dist_max_cop=float] [output_fr_map=name] [firerisk_map=name] [output_tot_re_map=name] [output_imp_re_map=name] [touristic_map=name] [tev=name] [field_tev=name] [area_tev=name] [output_tev=name] [expl=name] [impact=float] [base=name] [--overwrite] [--verbose] [--quiet] [--qq] [--ui]

Example:

r.green.biomassfor.impact forest=name boundaries=name forest_column_yield=string forest_column_yield_surface=string forest_column_management=string forest_column_treatment=string forest_roads=name energy_map=name dhp=name output_basename_co2map=name output_basename_aco2map=name output_basename_nco2map=name

grass.script.run_command("r.green.biomassfor.impact", forest, boundaries, forest_column_yield, forest_column_yield_surface, forest_column_management, forest_column_treatment, forest_roads, forest_column_roughness=None, rivers=None, lakes=None, energy_tops_hf=0.49, energy_cormometric_vol_hf=1.97, energy_tops_cop=0.55, energy_map, dhp, output_sw_map=None, dtm=None, soiltx_map=None, soild_map=None, soilcmp_map=None, output_basename_co2map, output_basename_aco2map, output_basename_nco2map, dtm2=None, forest_column_roughness=None, soilp2_map=None, tree_diam=None, tree_vol=None, main_roads=None, slp_min_cc=30., slp_max_cc=100., dist_max_cc=800., slp_max_fw=30., dist_max_fw=600., slp_max_cop=30., dist_max_cop=600., output_fr_map=None, firerisk_map=None, output_tot_re_map=None, output_imp_re_map=None, touristic_map=None, tev=None, field_tev=None, area_tev=None, output_tev=None, expl=None, impact=0, base=None, flags=None, overwrite=False, verbose=False, quiet=False, superquiet=False)

Example:

gs.run_command("r.green.biomassfor.impact", forest="name", boundaries="name", forest_column_yield="string", forest_column_yield_surface="string", forest_column_management="string", forest_column_treatment="string", forest_roads="name", energy_map="name", dhp="name", output_basename_co2map="name", output_basename_aco2map="name", output_basename_nco2map="name")

Parameters

Command linePython (grass.script)

forest=name [required]
    Name of vector parcel map
    Name of vector parcel map
boundaries=name [required]
    Name of vector boundaries map (boolean map)
    Name of vector boundaries map (boolean map)
forest_column_yield=string [required]
    Vector field of yield
forest_column_yield_surface=string [required]
    Vector field of stand surface (ha)
forest_column_management=string [required]
    Vector field of forest management (1: high forest, 2:coppice)
forest_column_treatment=string [required]
    Vector field of forest treatment (1: final felling, 2:thinning)
forest_roads=name [required]
    Vector map of forest roads
    Vector map of forest roads
forest_column_roughness=string
    Vector field of roughness
rivers=name
    Vector map of rivers
    Vector map of rivers
lakes=name
    Vector map of lakes
    Vector map of lakes
energy_tops_hf=float
    Energy for tops and branches in high forest in MWh/m3
    Default: 0.49
energy_cormometric_vol_hf=float
    Energy for tops and branches for high forest in MWh/m3
    Default: 1.97
energy_tops_cop=float
    Energy for tops and branches for Coppices in MWh/m3
    Default: 0.55
energy_map=name [required]
    Bioenergy map in MWh/m3
dhp=name [required]
    Name of vector district heating points
    Name of vector district heating points
output_sw_map=name
    Name for output soil and water reduction bioenergy map
dtm=name
    Name of Digital terrain model map
soiltx_map=name
    Soil texture map
soild_map=name
    Soil depth map
soilcmp_map=name
    Soil compaction risk map
output_basename_co2map=name [required]
    Name for output CO2 emissions map
output_basename_aco2map=name [required]
    Name for output avoided CO2 emissions map
output_basename_nco2map=name [required]
    Name for output net CO2 emissions map
dtm2=name
    Name of Digital terrain model map
forest_column_roughness=string
    Vector field of roughness
soilp2_map=name
    Soil production map
tree_diam=name
    Average tree diameter map
tree_vol=name
    Average tree volume map
main_roads=name
    Vector map of main roads
    Vector map of main roads
slp_min_cc=float
    Percent slope lower limit with Cable Crane
    Default: 30.
slp_max_cc=float
    Percent slope higher limit with Cable Crane
    Default: 100.
dist_max_cc=float
    Maximum distance with Cable Crane
    Default: 800.
slp_max_fw=float
    Percent slope higher limit with Forwarder
    Default: 30.
dist_max_fw=float
    Maximum distance with Forwarder
    Default: 600.
slp_max_cop=float
    Percent slope higher limit with other techniques for Coppices
    Default: 30.
dist_max_cop=float
    Maximum distance with other techniques for Coppices
    Default: 600.
output_fr_map=name
    Name for output reduction map of fire risk
firerisk_map=name
    Fire risk map
output_tot_re_map=name
    Name for output total recreational map
output_imp_re_map=name
    Name for output improved recreational map
touristic_map=name
    Touristic map
tev=name
    Name of vector Total Economic Value map
    Name of vector Total Economic Value map
field_tev=name
    Name of field with TEV value
area_tev=name
    Area of TEV polygons
output_tev=name
    TEV result
expl=name
    Exploited areas [Energy/m2]
impact=float
    Percentange of the impact
    Default: 0
base=name
    Map of the reference situation for the impact
-r
    Remove all operational maps
--overwrite
    Allow output files to overwrite existing files
--help
    Print usage summary
--verbose
    Verbose module output
--quiet
    Quiet module output
--qq
    Very quiet module output
--ui
    Force launching GUI dialog

forest : str, required
    Name of vector parcel map
    Name of vector parcel map
    Used as: input, vector, name
boundaries : str, required
    Name of vector boundaries map (boolean map)
    Name of vector boundaries map (boolean map)
    Used as: input, vector, name
forest_column_yield : str, required
    Vector field of yield
forest_column_yield_surface : str, required
    Vector field of stand surface (ha)
forest_column_management : str, required
    Vector field of forest management (1: high forest, 2:coppice)
forest_column_treatment : str, required
    Vector field of forest treatment (1: final felling, 2:thinning)
forest_roads : str, required
    Vector map of forest roads
    Vector map of forest roads
    Used as: input, vector, name
forest_column_roughness : str, optional
    Vector field of roughness
rivers : str, optional
    Vector map of rivers
    Vector map of rivers
    Used as: input, vector, name
lakes : str, optional
    Vector map of lakes
    Vector map of lakes
    Used as: input, vector, name
energy_tops_hf : float, optional
    Energy for tops and branches in high forest in MWh/m3
    Default: 0.49
energy_cormometric_vol_hf : float, optional
    Energy for tops and branches for high forest in MWh/m3
    Default: 1.97
energy_tops_cop : float, optional
    Energy for tops and branches for Coppices in MWh/m3
    Default: 0.55
energy_map : str, required
    Bioenergy map in MWh/m3
    Used as: input, raster, name
dhp : str, required
    Name of vector district heating points
    Name of vector district heating points
    Used as: input, vector, name
output_sw_map : str, optional
    Name for output soil and water reduction bioenergy map
    Used as: name
dtm : str, optional
    Name of Digital terrain model map
    Used as: input, raster, name
soiltx_map : str, optional
    Soil texture map
    Used as: input, raster, name
soild_map : str, optional
    Soil depth map
    Used as: input, raster, name
soilcmp_map : str, optional
    Soil compaction risk map
    Used as: input, raster, name
output_basename_co2map : str, required
    Name for output CO2 emissions map
    Used as: output, raster, name
output_basename_aco2map : str, required
    Name for output avoided CO2 emissions map
    Used as: output, raster, name
output_basename_nco2map : str, required
    Name for output net CO2 emissions map
    Used as: output, raster, name
dtm2 : str, optional
    Name of Digital terrain model map
    Used as: input, raster, name
forest_column_roughness : str, optional
    Vector field of roughness
soilp2_map : str, optional
    Soil production map
    Used as: input, raster, name
tree_diam : str, optional
    Average tree diameter map
    Used as: input, raster, name
tree_vol : str, optional
    Average tree volume map
    Used as: input, raster, name
main_roads : str, optional
    Vector map of main roads
    Vector map of main roads
    Used as: input, vector, name
slp_min_cc : float, optional
    Percent slope lower limit with Cable Crane
    Default: 30.
slp_max_cc : float, optional
    Percent slope higher limit with Cable Crane
    Default: 100.
dist_max_cc : float, optional
    Maximum distance with Cable Crane
    Default: 800.
slp_max_fw : float, optional
    Percent slope higher limit with Forwarder
    Default: 30.
dist_max_fw : float, optional
    Maximum distance with Forwarder
    Default: 600.
slp_max_cop : float, optional
    Percent slope higher limit with other techniques for Coppices
    Default: 30.
dist_max_cop : float, optional
    Maximum distance with other techniques for Coppices
    Default: 600.
output_fr_map : str, optional
    Name for output reduction map of fire risk
    Used as: output, raster, name
firerisk_map : str, optional
    Fire risk map
    Used as: input, raster, name
output_tot_re_map : str, optional
    Name for output total recreational map
    Used as: output, raster, name
output_imp_re_map : str, optional
    Name for output improved recreational map
    Used as: output, raster, name
touristic_map : str, optional
    Touristic map
    Used as: input, raster, name
tev : str, optional
    Name of vector Total Economic Value map
    Name of vector Total Economic Value map
    Used as: input, vector, name
field_tev : str, optional
    Name of field with TEV value
    Used as: name
area_tev : str, optional
    Area of TEV polygons
    Used as: name
output_tev : str, optional
    TEV result
    Used as: output, , name
expl : str, optional
    Exploited areas [Energy/m2]
    Used as: input, raster, name
impact : float, optional
    Percentange of the impact
    Default: 0
base : str, optional
    Map of the reference situation for the impact
    Used as: input, raster, name
flags : str, optional
    Allowed values: r
    r
        Remove all operational maps
overwrite: bool, optional
    Allow output files to overwrite existing files
    Default: False
verbose: bool, optional
    Verbose module output
    Default: False
quiet: bool, optional
    Quiet module output
    Default: False
superquiet: bool, optional
    Very quiet module output
    Default: False

DESCRIPTION

Compute the impact of using biomass forestry residuals for energy production.

NOTES

EXAMPLE

REFERENCE

SEE ALSO

r.green, r.green.biomassfor

AUTHORS

Francesco Geri, Pietro Zambelli, Sandro Sacchelli, Marco Ciolli

SOURCE CODE

Available at: r.green.biomassfor.impact source code (history)
Latest change: Thursday Feb 20 13:02:26 2025 in commit 53de819