Today is Doctoral Student Day, when we celebrate the curiosity, resilience, and dedication of our doctoral researchers (REALISTIC but not only!) at LACy (Laboratoire de l’Atmosphère et des Cyclones). 💪🎓 Pursuing a PhD is so much more than writing a…
Last week, our REALISTIC team members attended the ACTRIS France annual workshop in Autrans, France! 🏔️It was a great opportunity for Michael Sicard and Mathieu Coupin to showcase our latest projects: 📊 Mathieu Coupin presented his recent development on the…
In March 2026, a team of the French tv-show "C pas si loin"has been highlighting the work made by OSU-Réunion and OPAR (Observatory of Atmospheric Physics in Reunion).
This study attempts to quantify the radiative impact over Réunion Island (21° S, 55° E) in the southern tropical Indian Ocean of the aerosols and water vapor (WV) injected into the stratosphere by the eruption of the Hunga underwater volcano in the South Pacific on 15 January 2022. Ground-based lidar and satellite passive instruments are used to parameterize a state-of-the-art radiative transfer (RT) model for the first 13 months after the volcano eruption.
The MOSS-24 is a summer school on Aerosols and trace gases in the troposphere and stratosphere: dynamics, long-term evolution of atmospheric composition, and climate change, with a focus on aerosol lidar technics organized by Reunion University
A new article has been published by the first PhD of our REALISTIC team, Dominique Gantois on the multiwavelength aerosol lidars at the Maïdo Observatory.