Ground last storage 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_STORAGE
! Unit
|icon=overlay_icon_water_ground_last_storage.png
! Display mode
|unit=m (mm)&sup1;
! Description
|mode=[[Result type (Water Overlay)#Last_resulttype|Last]]
|-
|description=The (effective) amount of water in both the underground unsaturated and saturated zone.
|[[File:overlay_icon_water_ground_last_storage.png|25px|center]]
}}</onlyinclude>}}
|GROUND_LAST_STORAGE
 
|m (mm)&sup1;
|[[Result_type_(Water_Overlay)#Last_resulttype|Last]]
|The (effective) amount of water in both the underground unsaturated and saturated zone.
|}
{{Grid Overlay unit display information}}
{{Grid Overlay unit display information}}
==Notes==
{{article end
|notes=
* The displayed result is the height of the water column below the surface. It is the sum of the amount water in the saturated zone and the unsaturated zone, where the amount is represented as the water column. This value can be used to validate water balances and comparisons with values such as water on surface, rain, seepage and evaporation.
* The displayed result is the height of the water column below the surface. It is the sum of the amount water in the saturated zone and the unsaturated zone, where the amount is represented as the water column. This value can be used to validate water balances and comparisons with values such as water on surface, rain, seepage and evaporation.
* In the underground, water in the unsaturated zone is assumed to be equally spread across the entire height of the unsaturated zone.  
* In the underground, water in the unsaturated zone is assumed to be equally spread across the entire height of the unsaturated zone.  
* To obtain the amount of water in the saturated zone, the Water datum height is converted using the surface datum height, the underground depth and the water storage percentage.
* To obtain the amount of water in the saturated zone, the Water datum height is converted using the surface datum height, the underground depth and the water storage percentage.
{{Template:WaterOverlay_result_nav}}
|seealso=
 
}}
{{WaterOverlay result nav}}

Revision as of 06:58, 30 October 2020

Icon Result type Unit Mode Description
Overlay icon water ground last storage.png GROUND_LAST_STORAGE m (mm)¹ Last The (effective) amount of water in both the underground unsaturated and saturated zone.

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).

Notes

  • The displayed result is the height of the water column below the surface. It is the sum of the amount water in the saturated zone and the unsaturated zone, where the amount is represented as the water column. This value can be used to validate water balances and comparisons with values such as water on surface, rain, seepage and evaporation.
  • In the underground, water in the unsaturated zone is assumed to be equally spread across the entire height of the unsaturated zone.
  • To obtain the amount of water in the saturated zone, the Water datum height is converted using the surface datum height, the underground depth and the water storage percentage.
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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
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