BIOMASS, the third launched satellite mission designed at CESBIO !

After SMOS in 2009, and VENµS in 2017, the CESBIO Laboratory is very proud to see its third proposed mission, Biomass, reach orbit.

As always, it has been a long journey from the idea, at the beginning of the century, to the selection in 2013 as the seventh Earth Explorer Mission by ESA, to the launch on April 29th, 2025 on a VEGA-C launcher from Kourou.

This fantastic mission exists thanks to one of the pioneers of SAR observations, Thuy le Toan, who dedicated the last part of her carrer, and something like 15 years after her retirement, to this mission. And yet she was there, yesterday, in Kourou, explaining all the benefits she expects from the mission with the enthousiasm of a young researcher (that she still is).

A slightly editedof the initial stage of the lauch of VEGA-C (with the artistically added CESBIO logo)
A slightly edited picture from Biomass launch (ESA copyright)

A very happy Thuy Le Toan during Arianespace broadcast, just after Biomass launch.

Thuy of course did not do this work alone, and a whole familly of PhD students, postdocs, engineers and researchers at CESBIO, CNES, in many European countries, at ESA and within the industry, were involved in the design and optimisation of the mission, processors and products. At CESBIO, the permanent team involves (in alphabetical order) Alexandre Bouvet, Laurent Ferro-Famil, Thierry Koleck, Milena Planells, Ludovic Villard, as well as a few PhD students, and… Thuy le Toan, of course.

I won’t come back to the interest of the mission, Thuy and Alexandre described it perfectly in a recent paper in « the conversation » (In French, but there are good translation tools in your browser). Let’s say that if everything goes as planned (including the deployment of the large umbrella antenna), our colleagues have very happy years ahead to discover the power of this completely new observation tool. Have fun !

And finally, regarding Thuy, I have no doubt it won’t be long before she thinks about the next generation advanced Biomass-2 mission !

Plus d'actualités

Satellite Stereoscopy for Water Resource Monitoring?

=> In arid or semi-arid regions, where irrigation is widespread, monitoring agricultural water resources is essential to anticipate shortages. These resources may come from large dams, small reservoirs, or groundwater aquifers. This is the case in the state of Telangana, in South India, where numerous large dams (shown in cyan blue in the figure below) […]

Biophysical parameter retrieval from Sentinel-2 images using physics-driven deep learning for PROSAIL inversion

The results presented here are based on published work: Y. Zérah, S. Valero, and J. Inglada. « Physics-constrained deep learning for biophysical parameter retrieval from sentinel-2 images: Inversion of the prosail model« , in Remote Sensing of Environment, doi: 10.1016/j.rse.2024.114309. This work is part of the PhD of Yoël Zérah, supervised by Jordi Inglada and Silvia Valero. […]

Nouvel article : peu d’apport des images Sentinel-1 pour le suivi du dépérissement des chênes et châtaigniers

Dans le cadre du projet SuFoSat mené au CESBIO, une collaboration entre trois laboratoires (CESBIO, Dynafor et P2PE) a permis d’évaluer l’apport des images Sentinel-1 pour la détection précoce du dépérissement sur deux essences de feuillus : les chênes et les châtaigniers sur une vaste zone (12 tuiles Sentinel-2, voir Figure 1). Des classifications ont été […]

Rechercher