Inundate land below water level (Subsidence Overlay): Difference between revisions
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These land tiles flood on the surface due to land subsidence and high managed water levels. This results in the ground water level equalizing with the surface height. In such situation, subsidence due to oxidation will no longer occur. In case the land patches are generally hollow in shape and protected by small levees, this setting should be turned off. | |||
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Latest revision as of 09:58, 8 July 2026
| Icon | Attribute | Unit | Range | Description | Default value |
|---|---|---|---|---|---|
 |
INUNDATE_LAND_BELOW_WATER_LEVEL | boolean | Land, which subsides below the managed water level, will be considered inundated. | 0 |
These land tiles flood on the surface due to land subsidence and high managed water levels. This results in the ground water level equalizing with the surface height. In such situation, subsidence due to oxidation will no longer occur. In case the land patches are generally hollow in shape and protected by small levees, this setting should be turned off.
How-to's
See also
- Group
- Model
- Climate start temp • Climate final temp • Climate start year • Climate final year • Climate oxidation • Climate soil temp factor • Default clay thickness • Default peat fraction • Default top layer thickness • Active drainage factor • Hi passive drainage • Low passive drainage • Passive drainage factor • A • B • C • Years • Years per timeframe • Start year • Inundate land below water level
- Related