Tool Glugla Coefficient
Derivation of Glugla coefficient and, optionally, air capacitiy from soil texture data using a simple pedotransfer function. If one grain size fraction input is not provided its content is estimated from the contents of the other two fractions.
References
- Braeunig, A. (2000): Entwicklung forstlich rekultivierter sowie renaturierter Boeden und Simulation ihres Wasserhaushaltes in der Mitteldeutschen Braunkohlen-Bergbaufolgelandschaft. Freiberger Forschungshefte, C 489, Geooekologie. Dissertation..
- Author: M.Bock (scilands), O.Conrad (c) 2022
- Menu: Simulation|Soil Hydrology
Parameters
| Name | Type | Identifier | Description | Constraints |
Input | Sand (*) | Grid, input, optional | SAND | Percent | - |
Silt (*) | Grid, input, optional | SILT | Percent | - |
Clay (*) | Grid, input, optional | CLAY | Percent | - |
Output | Air Capacity (*) | Grid, output, optional | AIR | - | - |
Glugla Coefficient | Grid, output | GLUGLA | - | - |
Options | Grid System | Grid system | PARAMETERS_GRID_SYSTEM | - | - |
(*) optional |
Command-line
Usage: saga_cmd sim_hydrology 12 [-SAND <str>] [-SILT <str>] [-CLAY <str>] [-AIR <str>] [-GLUGLA <str>]
-SAND:<str> Sand
Grid, input, optional
-SILT:<str> Silt
Grid, input, optional
-CLAY:<str> Clay
Grid, input, optional
-AIR:<str> Air Capacity
Grid, output, optional
-GLUGLA:<str> Glugla Coefficient
Grid, output