start:hype_model_description:processes_above_ground
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start:hype_model_description:processes_above_ground [2020/04/30 07:55] cpers [Evaporation] |
start:hype_model_description:processes_above_ground [2020/04/30 10:56] cpers [Table] |
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| The actual evaporation may also depend on soil temperature (//soiltemp//). It is then reduced for temperatures above land use parameter //ttrig// and depend on two other land use parameters (//tredA//, //tredB//) as well (Figure 3). | The actual evaporation may also depend on soil temperature (//soiltemp//). It is then reduced for temperatures above land use parameter //ttrig// and depend on two other land use parameters (//tredA//, //tredB//) as well (Figure 3). | ||
| - | |{{:start:hype_model_description:pet_soiltemp.png?400|}}| | + | | {{:start:hype_model_description:pet_soiltemp.png?400}} | |
| - | |Figure 3 Soil temperature factor for reduction of soil evapotranspiration. Parameter values: //ttrip//=1, //tredA//=0.5, //tredB//=1.| | + | | Figure 3 Soil temperature factor for reduction of soil evapotranspiration. \\ Parameter values: //ttrip//=1, //tredA//=0.5, //tredB//=1. | |
| The soil temperature evapotranspiration reduction is calculated as: | The soil temperature evapotranspiration reduction is calculated as: | ||
start/hype_model_description/processes_above_ground.txt · Last modified: 2024/02/21 08:54 by cpers
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