Terrain water evaporation factor (Water Overlay): Difference between revisions

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[[Terrain]]s can be configured with plant-related attributes, similar to [[construction]]s configured as [[Water evaporation factor (Water Overlay)|crops and foliage]], allowing it to draw water from the [[Underground model (Water Overlay)|underground]] and evaporate it.
[[Terrain]]s can be configured with plant-related attributes, similar to [[Building]]s configured as [[Water evaporation factor (Water Overlay)|crops and foliage]], allowing it to draw water from the [[Underground model (Water Overlay)|underground]] and evaporate it.


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|notes=
|notes=
* For plants to evaporate water, both the [[terrain root depth m (Water Overlay)|ROOT_DEPTH_M]] and the WATER_EVAPORATION_FACTOR must be appropriately configured.
* For plants to evaporate water, both the [[terrain root depth m (Water Overlay)|ROOT_DEPTH_M]] and the WATER_EVAPORATION_FACTOR must be appropriately configured.
* When a construction is present in any given location, the values for evaporation in the underground will overrule any values set by [[Hydrological attributes of terrains (Water Overlay)|terrain]] in the same location. To model underground evaporation without a construction, set the attributes of the construction on the applicable terrain type instead.
* When a Building is present in any given location, the values for evaporation in the underground will overrule any values set by [[Hydrological attributes of terrains (Water Overlay)|terrain]] in the same location. To model underground evaporation without a Building, set the attributes of the Building on the applicable terrain type instead.
* The groundwater level reduction is inversely proportional to the [[terrain water storage percentage (Water Overlay)|WATER_STORAGE_PERCENTAGE]], as the contribution of a given volume of water to the groundwater level increases when the capacity for water storage in the underground layer decreases.
* The groundwater level reduction is inversely proportional to the [[terrain water storage percentage (Water Overlay)|WATER_STORAGE_PERCENTAGE]], as the contribution of a given volume of water to the groundwater level increases when the capacity for water storage in the underground layer decreases.
* When there is no construction present on the surface, and the terrain has a WATER_EVAPORATION_FACTOR of 0, the amount of evaporation which takes place in that location is 0.
* When there is no Building present on the surface, and the terrain has a WATER_EVAPORATION_FACTOR of 0, the amount of evaporation which takes place in that location is 0.
|howtos=
|howtos=
* [[How to add and remove an Attribute]]
* [[How to add and remove an Attribute]]

Revision as of 11:12, 5 October 2022

Icon Attribute Unit Layer Range Description
Waterwizard icon evaporation factor.png WATER_EVAPORATION_FACTOR factor Surface How fast this terrain can evaporate water from the underground. The weather's evaporation speed is multiplied by this factor to determine the rate of evaporation.

Terrains can be configured with plant-related attributes, similar to Buildings configured as crops and foliage, allowing it to draw water from the underground and evaporate it.

Notes

  • For plants to evaporate water, both the ROOT_DEPTH_M and the WATER_EVAPORATION_FACTOR must be appropriately configured.
  • When a Building is present in any given location, the values for evaporation in the underground will overrule any values set by terrain in the same location. To model underground evaporation without a Building, set the attributes of the Building on the applicable terrain type instead.
  • The groundwater level reduction is inversely proportional to the WATER_STORAGE_PERCENTAGE, as the contribution of a given volume of water to the groundwater level increases when the capacity for water storage in the underground layer decreases.
  • When there is no Building present on the surface, and the terrain has a WATER_EVAPORATION_FACTOR of 0, the amount of evaporation which takes place in that location is 0.

How-to's

See also

Water Module
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Water Module
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Tutorials
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Overview
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Theory
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Benchmarks
Group
Terrain attributes
Ground infiltration md •  Hydraulic conductivity md •  Hydraulic conductivity with thickness md •  Root depth m •  Water •  Water evaporation factor •  Water manning •  Water microrlief m •  Water storage percentage
Related
Building attributes • Hydrological features • Hydraulic structures • Model attributes • Results • Simulation data
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