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ICOS

Lonzée Data

Weather

Overview of the meteorological parameters measured at Lonzée

Time series

Time series of air temperature
Time series of relative humidity
Time series of atmospheric pressure
Time series of precipitation
Time series of wind speed
Time series of wind direction
Time series of snow
Time series of CO2 concentration
Time series of H2O concentration
Time series of vapor pressure deficit

Wind rose

Wind rose

The radial distance of each sector indicates the percentage of wind occurrences originating from that direction bin during the considered period, the color indicates the wind speed expressed in ms-1.

Eddy covariance

Overview of the CO2 and energy fluxes measured with the Eddy Covariance technique

Time series of CO2 flux
Time series of CO2 storage
Time series of CO2 flux and storage
Time series of sensible heat flux
Time series of latent heat flux
Time series of contribution to the total fluxes

◻ ≡ QCflag = 1

◼ ≡ QCflag = 2

Time series of CO2 time lag
Time series of H2O time lag
Time series of H2O flux
Scatter plot of fluxes (H+LE Vs Rn-G)
Scatter plot of fluxes (Fc+Sc Vs PPFDin)
Scatter plot of H2O time lag Vs relative humidity
Footprint of the site
Picture of the site of Lonzée

Radiation

Time series

Time series of incoming and outgoing radiation
Time series of global and net radiation
Time series of incoming and outgoing photosynthetic flux
Time series of NDVI

Crop and soil

Profiles at the EC meteo plot

Time series of soil temperature
Time series of soil water content

Profiles at CP1

Time series of soil temperature
Time series of soil water content

Profiles at CP2

Time series of soil temperature
Time series of soil water content

Soil heat flux

Time series of soil heat flux
Time series WTD
Time series of canopy temperature

Vegetation

Time series of crop biomass
Time series of crop green area index
Time series of crop height

The crop's configuration and the crop today

Today's picture of the site
Today's picture of the site

Quality assurance and control

QC air temperature
QC relative humidity
QC precipitation
QC SWRin PPFDin

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