Ground bottom flow result type (Water Overlay): Difference between revisions

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{| class="wikitable"
{{result types|<onlyinclude>
! Image
{{result types|type=row|overlay=Water
! Result type
|name=GROUND_LAST_SEEPAGE
! Unit
|icon=overlay_icon_water_ground_last_seepage.png
! Display mode
|unit=m sup1;
! Description
|mode=[[Result_type_(Water_Overlay)#Last_resulttype|Last]]
|-
|description=The amount of water that has seeped into the underground from a deeper layer below, raising the ground watertable.
|[[File:overlay_icon_water_ground_last_seepage.png|25px|center]]
}}</onlyinclude>}}
|GROUND LAST_SEEPAGE
{{Grid Overlay unit display information}}
|m
||[[Result_type_(Water_Overlay)#Last_resulttype|Last]]
|The amount of water that has seeped into the underground from a deeper layer below, raising the ground watertable.
|}


==See also==
Any water on the surface is considered water stress. Open water is usually designed to function as a buffer for water, meaning an increase in the amount of water is not necessarily considered stress, unless the water level increases too much. "Too much" is defined by the [[Allowed water increase m model attribute (Water Overlay)|ALLOWED_WATER_INCREASE_M]] attribute. As long as that amount of water is not exceeded, water stress in that location is considered 0.
 
{{article end
|notes=
 
|seealso=
* [[Underground_seepage_formula_(Water_Overlay)|Seepage formula]]
* [[Underground_seepage_formula_(Water_Overlay)|Seepage formula]]
* [[Underground_model_(Water_Overlay)|Underground model]]
* [[Underground_model_(Water_Overlay)|Underground model]]
 
}}
{{Template:WaterOverlay_result_nav}}
{{WaterOverlay result nav}}

Revision as of 09:56, 15 January 2021

Icon Result type Unit Mode Description
File:Overlay icon water ground last seepage.png GROUND_LAST_SEEPAGE m sup1; Last The amount of water that has seeped into the underground from a deeper layer below, raising the ground watertable.

¹ the units between () are as displayed in the 3D client. If exported to GeoTiff the SI-convention is used: meters (m) and seconds (s).

Any water on the surface is considered water stress. Open water is usually designed to function as a buffer for water, meaning an increase in the amount of water is not necessarily considered stress, unless the water level increases too much. "Too much" is defined by the ALLOWED_WATER_INCREASE_M attribute. As long as that amount of water is not exceeded, water stress in that location is considered 0.

See also

Water Module
Benchmarks button.png
Introduction button.png
Water Module
Benchmarks button.png
Getting started button.png
Tutorials
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Overview button.png
Overview
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Theory button.png
Theory
Benchmarks button.png
Benchmarks button.png
Benchmarks
Group
Surface
Building last storage • Evaporated • Flood arrival time • Flood rise rate • Last evaporated • Last rain • Rain • Surface avg direction • Surface duration • Surface elevation • Surface flow • Surface last datum • Surface last direction • Surface last flow • Surface last speed • Surface last value • Surface last u • Surface last v • Surface max speed • Surface max value • Water stress
Underground
Ground bottom flow • Ground flow • Ground last direction • Ground last storage • Ground last value • Ground max storage • Ground max value • Ground watertable • Ground last unsaturated storage • Ground last unsaturated fraction
Sewer
Sewer last value • Sewer max value
Substances
Tracer a • Tracer b • Tracer c • Tracer d
Other
Base types • Debug uv • Debug uv direction • Debug avg areas • Debug waterways • Gpu overview • Impacted buildings • Surface difference
Related
Results
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