Leosphere has a wide and strong range of skills within its team of researchers and engineers. The duality of profiles, atmospheric researchers plus optronics, optics and software engineers enables to set up reliable and robust instruments, that atmospheric physicists can trust, and that can be operated under any condition.

15 people, including 6 physics doctors, compose our team. The researchers act first as “demanding clients”, upstream the development phase, then as “experts” feeding developers with the latest ideas collected throughout their network, and at last, as “users” to validate that the product match their needs.

Posters

- Automated compact EZ LIDARS for aerosol and cloud tracking and wind profiling
L.Sauvage1 ,Iwona Stachlewska1, P.Chazette2, J.Sanak2, J.P.Cariou3, M.Valla3
AMS 2007 conference, San Antonio, TX, USA

- New eye safe compact EZ LIDARS for pollution and tropospheric clouds monitoring
L.Sauvage1, Patrick Chazette2, Iwona Stachlewska1, Joseph Sanak2
COST720 2006 symposium, Toulouse

- A pulsed Doppler lidar technology for high resolution wind monitoring in the PBL
L.Sauvage2, J.P.Cariou1, M.Valla1, Iwona Stachlewska2, M.Lardier2
ISARS’06 conference, Garmish

Articles

- Apr 2008: Assessment of EZ Lidar and ARM/SGP MPL performances for qualitative and quantitative measurements of aerosol and clouds
Simone Lolli1, Laurent Sauvage1, Iwona Stachlewska1, Richard Coulter2, Rob Newsom3 ILRC 2008, Boulder, CO, USA

- April 2008: A New Method of 2D air quality monitoring using a lidar inside an underground railways station
L.Sauvage1, B. Guinot1, S. Mazoué2, O. Petilon1, S. Loaëc1, S. Lolli1, V. Rouget1, J-C. Raut3, P. Chazette3 ILRC 2008, Boulder, CO, USA

- 2005: Aerosol monitoring over the PBL using a mobile eye safe Lidar
Laurent Sauvage, Patrick Chazette
SPIE 2005, Bruges