International Workshop on the Radiative Properties of Martian Dust Aerosols

On September 23 and 24, 2024, IRAP hosted an international workshop on the radiative properties of Martian dust aerosols, organized by Aurélien STCHERBININE (IRAP, PEPS), Michael WOLFF (SSI), Jérémie LASUE (IRAP, PEPS) and Tanguy BERTRAND (LESIA), with support from the laboratory and the PEPS team.

Over these two days, more than twenty international researchers (from France, USA, UK, Spain and Japan) whose names are references in their fields and representing a wide range of space instruments involved in the observation of Martian dust as well as the development of major climate models, came together to discuss this theme.

The workshop provided an opportunity for modelers and observers to exchange views in a round-table format on the major current issues relating to Martian dust, its properties, dynamics and links with climate. In doing so, it allowed to highlight current challenges, and discuss actions to be taken and recommendations to be supported as a Martian aerosol community to address them.

The work carried out over these two days has laid the foundations for a comprehensive review of the subject, which will be circulated to the community and will help to better prepare future measurements of Martian aerosols, notably for the MMX mission in which IRAP is involved.

IRAP Contacts

More news

SVOM mission to study the most distant stellar explosions enters operational phase

The verification phase of this Franco-Chinese space mission, dedicated in particular to the detection and study of gamma-ray bursts, has come to an end with highly promising initial results. SVOM […]

SHOCK REGIME WITH LOW-TEMPERATURE COOKING FOR LEES: SHAKE WELL BEFORE SERVING HOT!

The mechanical and thermal model (STM) of the Low-Energy Electron Spectrometer (LEES) instrument, for which IRAP is responsible, has successfully passed a series of environmental tests (temperature, vibration, and shock) […]

THE SULPHUROUS IO, OBJECT OF ALL ATTENTIONS!

The study of the Jupiter system and the evolution of its moons toward habitability is at the heart of NASA’s extended Juno mission through 2025, and of the preparation of […]

Search