This file summarizes the main land use information and references several other files that specify the details.
Field | Description | Type |
---|---|---|
Name of the land use and management record | string | |
Calibration group | string | |
Pointer to the plant community file | string | |
Pointer to the management schedule file | string | |
Pointer to the Curve Number database | string | |
Pointer to the conservation practice database | string | |
Pointer to the urban database | string | |
Urban runoff simulation option | string | |
Pointer to the overland Manning's n database | string | |
Pointer to the tile drain file | string | |
Pointer to the septic file | string | |
Pointer to the filter strip file | string | |
Pointer to the grassed waterway file | string | |
Pointer to the user BMP file | string |
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Calibration group
User-defined calibration groups that can be used as conditions in calibration.cal.
Pointer to the plant community file
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Pointer to the conservation practice database
The pointer to the conservation practice database is a foreign key referencing name in cons_practice.lum.
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Pointer to the Curve Number database
The pointer to the Curve Number database file is a foreign key referencing name in cntable.lum.
Pointer to the management schedule file
The pointer to the management schedule file is a foreign key referencing name in management.sch.
Pointer to the filter strip file
The pointer to the filter strip file is a foreign key referencing name in filterstrip.str.
Pointer to the user BMP file
The pointer to the user BMP file is a foreign key referencing name in bmpuser.str.
Pointer to the overland Manning's n database
The pointer to the overland Manning's n database is a foreign key referencing name in ovn_table.lum.
Name of the land use and management record
The name of the land use and management record is a primary key referenced by lu_mgt in hru-data.hru. All names in the landuse.lum file must be unique.
Pointer to the septic file
The pointer to the septic file is a foreign key referencing name in septic.str.
Urban runoff simulation option
Most large watersheds and river basins contain areas of urban land use. Estimates of the quantity and quality of runoff in urban areas are required for comprehensive management analysis. SWAT+ calculates runoff from urban areas with the SCS curve number method or the Green & Ampt equation. Loadings of sediment and nutrients are determined using one of two options. The first is a set of linear regression equations developed by the USGS (Driver and Tasker, 1988) for estimating storm runoff volumes and constituent loads. The other option is to simulate the build-up and wash-off mechanisms, similar to SWMM (Storm Water Management Model; Huber and Dickinson, 1988).
Option | Description |
---|---|
Driver and Tasker (1988)
Huber and Dickinson (1988)
usgs_reg
USGS regression equations
buildup_washoff
build-up/wash-off algorithm
Pointer to the tile drain file
The pointer to the tile drain file is a foreign key referencing name in tiledrain.str.
Pointer to the grassed waterway file
The pointer to the grassed waterway file is a foreign key referencing name in grassedww.str.