Exploring Planetary Atmospheric Processes from Terrestrial Worlds to Giant Planets

UKSSPA
Montage of planetary atmospheres represented at the UKSSPA meeting
Credit
From left to right: Venus from Akatsuki, Mars from Mars Reconnaissance Orbiter, Jupiter from Cassini, Titan from Cassini, Saturn from Cassini, Uranus from the Keck Observatory, and Neptune
Start Date
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Book a Fellows November SDM In Person or Online ticket 

 Book a Non Fellows November SDM In Person Ticket 

Book a Non Fellows November SDM Online Ticket

The study of Planetary Atmospheres is a key component of the UK’s planetary science portfolio, enabling leadership in instrumentation, multi-spectral data analysis (both space- and ground-based), and numerical simulation.  We invite abstracts from the Solar System Planetary Atmospheres community, highlighting new research and discoveries, new missions and opportunities, and sharing of techniques and tools to foster future collaborations within the community.

We will give priority to early-career speakers who have had limited opportunities to present their work during the pandemic.

To submit an abstract, please complete this form by October 14th.

The details of the hybrid approach (e.g., the platform for posters and interactions) will be provided in the coming weeks - please watch this space.  This meeting builds on the RAS-sponsored meeting in February 2020, providing an opportunity to celebrate achievements, to network and discuss future opportunities, and to give early-career researchers a chance to showcase their latest discoveries.

For more information please click here: https://ukplanetaryatmospheres.github.io/web/

Organisers:

Leigh Fletcher (University of Leicester)

Dann Mitchell (University of Bristol)

Karen Aplin (University of Bristol)

Licia Ray (Lancaster University

 

Book a Fellows November SDM In Person or Online ticket 

Book a Non Fellows November SDM In Person Ticket 

Book a Non Fellows November SDM Online Ticket

 

Venue Address

The Royal Astronomical Society, Burlington House

Map

51.5085763, -0.13960799999995