Calculation of the Monin-Obhukov-Length. The calculation depends on the stability of the atmosphere. This value will be taken from the Gradient-Richardson-Number. The profile and stability parameterization uses Bendix/Foken method background.
Usage
turb_flux_monin(...)
# Default S3 method
turb_flux_monin(
z1 = 2,
z2 = 10,
v1,
v2,
t1,
t2,
elev,
surface_type = NULL,
obs_height = NULL,
...
)
# S3 method for class 'weather_station'
turb_flux_monin(weather_station, ...)Arguments
- ...
Additional arguments.
- z1
Lower height of measurement (e.g. height of anemometer) in m.
- z2
Upper height of measurement in m.
- v1
Windspeed at lower height (e.g. height of anemometer) in m/s.
- v2
Windspeed at upper height in m/s.
- t1
Temperature at lower height (e.g. height of anemometer) in °C.
- t2
Temperature at upper height in °C.
- elev
Elevation above sea level in m.
- surface_type
Type of surface. Options: r surface_properties$surface_type
- obs_height
Height of obstacle in meters (m).
- weather_station
Object of class weather_station