In each simulation
pars_and_input_short.csv
rows - timestep
columns - values of parameters which values where changing during the simulation.
vegetation.csv
rows - time (simulation number)
columns - variables
variable |
units |
description |
simulation_number |
- |
time step counter |
year |
- |
year |
DoY |
- |
decimal day of year (DOY) |
Photosynthesis |
umol m-2 s-1 |
net photosynthesis of canopy (Actot) |
Electron_transport |
umol m-2 s-1 |
electron transport rate (Ja) |
NPQ_energy |
W m-2 |
non-photochemical quenching [energy units] |
NPQ_photon |
umol m-2 s-1 |
non-photochemical quenching |
canopy_level_FQE |
umol photons (umol photons)-1 |
fluorescence quantum yield at canopy level |
LST |
K |
land surface temperature |
emis |
- |
thermal energy emissivity |
aPAR.csv
rows - time (simulation number)
columns - variables
variable |
units |
description |
simulation_number |
- |
time step counter |
year |
- |
year |
DoY |
- |
decimal day of year (DOY) |
iPAR |
umol m-2 s-1 |
intercepted PAR |
iPARE |
W m-2 |
intercepted PAR [energy units] |
LAIsunlit |
m2 m-2 |
leaf area index of sunlit leaves |
LAIshaded |
m2 m-2 |
leaf area index of shaded leaves |
aPARtot |
umol m-2 s-1 |
absorbed PAR by all leaves |
aPARsun |
umol m-2 s-1 |
absorbed PAR by sunlit leaves |
aPARsha |
umol m-2 s-1 |
absorbed PAR by shaded leaves |
aPARCabtot |
umol m-2 s-1 |
absorbed PAR by chlorophylls a,b of all leaves |
aPARCabsun |
umol m-2 s-1 |
absorbed PAR by chlorophylls a,b of sunlit leaves |
aPARCabsha |
umol m-2 s-1 |
absorbed PAR by chlorophylls a,b of shaded leaves |
aPARCartot |
umol m-2 s-1 |
absorbed PAR by carotenoinds of all leaves |
aPARCarsun |
umol m-2 s-1 |
absorbed PAR by carotenoinds of sunlit leaves |
aPARCarsha |
umol m-2 s-1 |
absorbed PAR by carotenoinds of shaded leaves |
aPARtotE |
W m-2 |
absorbed PAR by all leaves [energy units] |
aPARsunE |
W m-2 |
absorbed PAR by sunlit leaves [energy units] |
aPARshaE |
W m-2 |
absorbed PAR by shaded leaves [energy units] |
aPARCabtotE |
W m-2 |
absorbed PAR by chlorophylls a,b of all leaves [energy units] |
aPARCabsunE |
W m-2 |
absorbed PAR by chlorophylls a,b of sunlit leaves [energy units] |
aPARCabshaE |
W m-2 |
absorbed PAR by chlorophylls a,b of shaded leaves [energy units] |
aPARCartotE |
W m-2 |
absorbed PAR by carotenoinds of all leaves [energy units] |
aPARCarsunE |
W m-2 |
absorbed PAR by carotenoinds of sunlit leaves [energy units] |
aPARCarshaE |
W m-2 |
absorbed PAR by carotenoinds of shaded leaves [energy units] |
fluxes.csv
rows - time (simulation number)
columns - variables
variable |
units |
description |
simulation_number |
- |
time step counter |
nu_iterations |
- |
number of iterations in energy balance |
year |
- |
year |
DoY |
- |
decimal day of year (DOY) |
Rnctot |
W m-2 |
net radiation of canopy |
lEctot |
W m-2 |
latent heat flux of canopy (transpiration) |
Hctot |
W m-2 |
sensible heat of canopy |
Actot |
umol m-2 s-1 |
net photosynthesis of canopy |
Tcave |
ºC |
‘average’ canopy temperature |
Rnstot |
W m-2 |
net radiation of soil |
lEstot |
W m-2 |
latent heat flux of soil (evaporation) |
Hstot |
W m-2 |
sensible heat of soil |
Gtot |
W m-2 |
soil heat flux |
Tsave |
ºC |
‘average’ soil temperature |
Rntot |
W m-2 |
total net radiation |
lEtot |
W m-2 |
total latent heat flux |
Htot |
W m-2 |
total sensible heat |
resistances.csv
rows - time (simulation number)
columns - variables
variable |
units |
description |
raa |
s m-1 |
aerodynamic resistance above the canopy |
raws |
s m-1 |
aerodynamic resistance within the soi |
rss |
s m-1 |
soil resistance to evaporation |
ustar |
m s-1 |
friction velocity u* |
radiation.csv
rows - time (simulation number)
columns - variables
variable |
units |
description |
simulation_number |
- |
time step counter |
year |
- |
year |
DoY |
- |
decimal day of year (DOY) |
ShortIn (Rin) |
W m-2 |
Incoming shortwave radiation (copy from input) |
LongIn (Rli) |
W m-2 |
Incoming longwave radiation (copy from input) |
HemisOutShort (Eouto) |
W m-2 |
hemispherical outgoing shortwave radiation |
HemisOutLong (Eoutt + Eoutte) |
W m-2 |
hemispherical outgoing longwave radiation |
HemisOutTot (Eouto + Eoutt + Eoutte) |
W m-2 |
total hemispherical outgoing radiation |
Net (Rntot) |
W m-2 |
total net radiation |
Reflectance and its quantiles
For the meaning of reflectance factors, please, refer to Definition
reflectance.csv
rows - time (simulation number)
columns - wl
variable |
units |
description |
Lo_ * pi / (Esun_ + Esky_) |
- |
fraction of radiation in observation direction * pi / irradiance |
rsd.csv
rows - time (simulation number)
columns - wl
variable |
units |
description |
rsd |
- |
directional-hemispherical reflectance factor |
rdd.csv
rows - time (simulation number)
columns - wl
variable |
units |
description |
rdd |
- |
bi-hemispherical reflectance factor |
rso.csv
rows - time (simulation number)
columns - wl
variable |
units |
description |
rso |
- |
bi-directional reflectance factor |
rdo.csv
rows - time (simulation number)
columns - wl
variable |
units |
description |
rdo |
- |
hemispherical-directional reflectance factor |
Radiation per wavelength
Eout_spectrum.csv
rows - time (simulation number)
columns - wl number (2162)
variable |
units |
description |
Eout_ |
W m-2 um-1 |
hemispherical outgoing radiation spectrum |
Lo_spectrum.csv
rows - time (simulation number)
columns - wl number (2162)
variable |
units |
description |
Lotot_ |
W m-2 um-1 sr-1 |
radiance spectrum in observation direction excluding fluorescence |
Esun.csv
rows - time (simulation number)
columns - wl number (2162)
variable |
units |
description |
Esun_ |
W m-2 um-1 |
direct top of canopy irradiance |
Esky.csv
rows - time (simulation number)
columns - wl number (2162)
variable |
units |
description |
Esky_ |
W m-2 um-1 |
diffuse top of canopy irradiance |