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--- filereference:output:soil [2021/11/11 20:23] – enviadmin
+++ filereference:output:soil [2023/02/26 18:25] (current) – enviadmin
@@ Line 13: / Line 13: @@
 Contains the state of the soil data for every simulation output.
-Note that the file is structured top to bottom: the first z is the first soil layer below the surface followed by the next deeper layer for z=2 etc.
+Note that the file is structured top to bottom: The first z is the first soil layer below the surface followed by the next deeper layer for z=2 etc.
 </WRAP>
@@ Line 28: / Line 28: @@
 |  |**Variable** |**Unit** |**Description** |
-|  |Temperature| °C | Description |
+|  |Temperature| °C | Absolute Temperature of soil layer |
-|  |Volumetic Water Content| m³ H2O/m³ | Description|
+|  |Volumetric Water Content| m³(Water)/m³(Soil) | Amount of liquid water per cube meter soil|
-|  |Relative Soil Wetness related to sat| % | Description|
+|  |Relative Soil Wetness related to sat| % | Amount of liquid water relative to the soils saturation value|
-|  |Relative Soil Wetness related to av. field capacity| % | Description|
+|  |Available Water Capacity | % | Plant usable water in soil layer in percent. (Amount of plant extractable water related to the maximum possible amount of plant extractable water [[wp>Available_water_capacity]]) $$ AWC(rel) = \frac{ \theta- \theta_{pwp}} {\theta_{fc} - \theta_{pwp} } $$|
-|  |Local RAD (normalized)| m²/m³ | Description|
+|  |Local RAD | m²/m³ | Root Surface Area per cube meter soil|
-|  |Local RAD Owner| - | Description|
+|  |Local RAD Owner| - | List index of plant "owning" the roots in this cell. (Only one plant can have roots in one cell. If several plants compete for one grid, the plant with the highest local RAD wins|
-|  |Root Water Uptake (g H2O/m³*1/s)| - | Description|
+|  |Root Water Uptake | g(Water)/m³(Soil)*1/s | Water extracted by the plant root in this cell|
@@ Line 40: / Line 40: @@
 </WRAP>
 <WRAP clear></WRAP>