Micro Climate
1 The APSIM MicroClimate Model
APSIM MicroClimate Model
The module MICROMET, described here, has been developed to allow the calculation of potential transpiration for multiple competing canopies that can be either layered or intermingled.
2 WageningenStripCrop
| Experiment Name | Design (Number of Treatments) |
|---|---|
| WUR2013 | Treatment (4) |
| WUR2014 | Treatment (5) |
3 Interface
3.1 MicroClimate
Parameters (Inputs)
| Name | Description | Units | Type | Value |
|---|---|---|---|---|
| a_interception | mm/mm | double | 0 | |
| b_interception | - | double | 1 | |
| c_interception | mm | double | 0 | |
| d_interception | mm | double | 0 | |
| SoilHeatFluxFraction | MJ/MJ | double | 0.4 | |
| MinimumHeightDiffForNewLayer | m | double | 0 | |
| NightInterceptionFraction | 0-1 | double | 0.5 | |
| ReferenceHeight | m | double | 2 | |
| ResourceName | String | MicroClimate |
Properties (Outputs)
| Name | Description | Units | Type | Settable? |
|---|---|---|---|---|
| Structure | IStructure | True | ||
| CanopyHeight | mm | double | False | |
| SurfaceRS | MJ/m2 | double | False | |
| PrecipitationInterception | mm | double | False | |
| RadiationInterception | MJ/m^2 | double | False | |
| RadiationInterceptionOnGreen | MJ/m^2 | double | False | |
| PetTotal | MJ/m^2 | double | False | |
| PetRadiationTerm | mm | double | False | |
| PetAerodynamicTerm | mm | double | False | |
| DryLeafTimeFraction | - | double | False | |
| NetRadiation | MJ/m^2 | double | False | |
| NetShortWaveRadiation | MJ/m^2 | double | False | |
| NetLongWaveRadiation | MJ/m^2 | double | False | |
| SoilHeatFlux | MJ/m^2 | double | False | |
| CanopyCover | - | double | False | |
| NumLayers | int32 | False |
Links (Dependencies)
| Name | Type | IsOptional? |
|---|---|---|
| clock | IClock | False |
| weather | IWeather | False |
| soilWater | ISoilWater | False |
| eoCalculator | ICalculateEo | False |