Fontainebleau-Barbeau station data
Some data produced by the research station since 2005 are located on different portals decribed below. If you need more recent ecosystem fluxes, meteorological data, ancillary data you cannot find on these different portals, please
contact us by email or look at the "contact us" webpage.
-
-
Ecosystem fluxes of CO2, H2O, latent (LE) and heat (H) energy.
The forest ecosystem flux data (measured by eddy covariance, named EC data) are located on different portals, obtained by different calculation procedures.
The European Fluxes Database Cluster

The Barbeau flux data (GPP, NEE, Reco) located on this portal were acquired in the context of the GHG-Europe project. The data are calculated and curated by the station team, following the reference bilbiography and their own expertise on the studied ecosystem. The EC data are then uploaded on the database with radiation measurements (PPFD, net radiation, global radiation,...) and some other biometeorological variables.
You will find the site details and available datasets on this link.
If you want to download data, please refer to the data access guideline. You will need an account and ask PI for data through the specific webpage.
The ICOS carbon portal

Since 2019, the Barbeau forest station is Class 1 ecosystem station in the ICOS european infrastructure.
Raw data from standardized EC system and biometeorological data are recorded and sent automatically to the carbon portal each night. EC flux are calculated by the Ecosystem Thematic Center following standardized ICOS procedure.
The ICOS flux, meteo and ancillary data for Barbeau station are available on this link.
Soil C stocks and other info about FR-Fon soil are available on this link.
ICOS portal make also available a lot of data products on this link.
As for other european ecosystems, the historical observational time series of Barbeau (before ICOS) are available in data release. The known data release available for our station are :
- the Fluxnet2015 Dataset
- the Drought-2018 ecosystem eddy covariance flux product
- the Warm Winter 2020 ecosystem eddy covariance flux product