Land Sediment model

Atmospheric forcing

Code

include("../docs_utils.jl")
generate_table(Wflow.SoilLossModel, :atmospheric_forcing; relative_widths = [6, 4, 2])

Standard name	Description
`atmosphere_water__precipitation_volume_flux`	Precipitation

Code

include("../docs_utils.jl")
generate_table(Wflow.SoilLossModel, :hydrological_forcing; relative_widths = [6, 4, 2, 2, 2])

Standard name	Description	Unit input/output	Unit internal
`river_water__volume_flow_rate`	River discharge	m³ s⁻¹	m³ s⁻¹
`river_water__depth`	River water depth	m	m
`land_surface_water__volume_flow_rate`	Overland flow discharge	m³ s⁻¹	m³ s⁻¹
`land_surface_water__depth`	Overland flow water depth	m	m
`vegetation_canopy_water__interception_volume_flux`	Rainfall interception by the vegetation	mm Δt⁻¹	m s⁻¹

Code

generate_table(Wflow.SoilLossModel, :rainfall_erosion_input; relative_widths = [6, 4, 2, 2, 2, 2])

Standard name	Description	Unit input/output	Unit internal	Possible output	Default (IO unit)
`soil_erosion__rainfall_soil_detachability_factor`	Soil detachability factor	g J⁻¹	s² kg m⁻² kg⁻¹	✓	0.6
`soil_erosion__eurosem_exponent`	Exponent EUROSEM	mm⁻¹	m⁻¹	✓	2.0
`vegetation_canopy__height`	Canopy height	m	m	✓	0.5
`vegetation_canopy__gap_fraction`	Canopy gap fraction	-	-	✓	0.1
`compacted_soil__area_fraction`	Fraction of the soil that is covered (eg paved, snow, etc)	-	-	✓	0.01
`soil_erosion__usle_k_factor`	USLE soil erodibility factor	-	-	✓	0.1
`soil_erosion__usle_c_factor`	USLE crop management factor	-	-	✓	0.01
`soil_erosion__answers_rainfall_factor`	Answers rainfall erosion factor	-	-	✓	0.108

Code

generate_table(Wflow.SoilLossModel, :rainfall_erosion_output; relative_widths = [6, 4, 2, 2, 2])

Standard name	Description	Unit input/output	Unit internal
`rainfall_soil_erosion__mass_flow_rate`	Total soil erosion from rainfall (splash)	ton Δt⁻¹	kg s⁻¹

Code

generate_table(Wflow.SoilLossModel, :overland_flow_erosion_input; relative_widths = [6, 4, 2, 2, 2, 2])

Standard name	Description	Unit input/output	Unit internal	Possible output	Default (IO unit)
`soil_erosion__answers_overland_flow_factor`	Answers overland flow erosion factor	-	-	✓	0.9
`soil_erosion__usle_k_factor`	USLE soil erodibility factor	-	-	✓	0.1
`soil_erosion__usle_c_factor`	USLE crop management factor	-	-	✓	0.01

Code

generate_table(Wflow.SoilLossModel, :overland_flow_erosion_output; relative_widths = [3, 3, 1, 1, 2])

Standard name	Description	Unit input/output	Unit internal
`overland_flow_soil_erosion__mass_flow_rate`	Total soil erosion from overland flow	ton Δt⁻¹	kg s⁻¹

Code

generate_table(Wflow.SoilLossModel, :soil_erosion_input; relative_widths = [6, 4, 2, 2, 2, 2])

Standard name	Description	Unit input/output	Unit internal	Possible output	Default (IO unit)
`soil_clay__mass_fraction`	Soil content clay	-	-	✓	0.4
`soil_silt__mass_fraction`	Soil content silt	-	-	✓	0.3
`soil_sand__mass_fraction`	Soil content sand	-	-	✓	0.3
`soil_small_aggregates__mass_fraction`	Soil content small aggregates	-	-	✓	0.0
`soil_large_aggregates__mass_fraction`	Soil content large aggregates	-	-	✓	0.0

Code

generate_table(Wflow.SoilLossModel, :soil_erosion_output; relative_widths = [6, 4, 2, 2, 2, 2])

Standard name	Description	Unit input/output	Unit internal	Possible output
`soil_erosion__mass_flow_rate`	Total soil erosion	ton Δt⁻¹	kg s⁻¹	✓
`soil_erosion_clay__mass_flow_rate`	Total clay erosion	ton Δt⁻¹	kg s⁻¹	✓
`soil_erosion_silt__mass_flow_rate`	Total silt erosion	ton Δt⁻¹	kg s⁻¹	✓
`soil_erosion_sand__mass_flow_rate`	Total sand erosion	ton Δt⁻¹	kg s⁻¹	✓
`soil_erosion_small_aggregates__mass_flow_rate`	Total small aggregates erosion	ton Δt⁻¹	kg s⁻¹	✓
`soil_erosion_large_aggregates__mass_flow_rate`	Total large aggregates erosion	ton Δt⁻¹	kg s⁻¹	✓