General presentation

Articles in this section

Surface assimilation

3 May 2016 by faroux

Assimilation of near-surface and remotely sensed variables are performed using two assimilation techniques :
The (...)
Chemistry and aerosols

3 May 2016 by faroux

SURFEX is able to evaluate using several models and parameterisations :
Emission parameterizations :
The dust (...)
Tile Lakes

3 May 2016 by faroux

Surface fluxes over ocean and sea can be parameterized using either simple or more elaborated parameterisations : (...)
Tile Sea and Ocean

3 May 2016 by faroux

Surface fluxes over ocean and sea can be parameterized using either simple or more elaborated parameterisations : (...)
Tile Nature

3 May 2016 by faroux

ISBA (Interaction Sol-BiosphÃ¨re-AtmosphÃ¨re) is a land surface model interfaced with atmospheric and hydrological (...)
How to begin with SURFEX ?

5 March 2014 by Eric Martin

Get the code
The code is available in the code download section. This section offers download of the main (...)

The model for the tile "Nature" is the ISBA (interaction soil-biosphere-atmosphere) model :	more details here
The model for the tile "Town" is the TEB (Town energy balance) model :	The TEB page on the CNRM-GAME website.
Surface fluxes above the tile "sea and ocean" can be treated in a very simple way or by using more physically based model :	more details here
Surface fluxes above the lake tile can be treated in a very simple way or by using the FLake model	more details here
Emission and deposition of dust and aerosols are treated over land and oceans	more details here
Assimilation of near surface meteorological variables and remotely sensed variables can be performed using an optimal interpolation or an Ensemble Kalman filter scheme	more details here