Program with Links to Abstracts

8:20 AM

Session introduction

8:25 AM

Dundas C. M.* Mellon M. T. Posiolova L. V. Miljkovic K. Collins G. S. et al.

The Limits of Ice on Mars: Ice Exposed by a Large New Impact Crater at 35ºN [#2462]
An ice exposure at 39.1°N reveals that ice is present but likely unstable, residing below 1 m depth.

8:35 AM

Garcia-Cajiao J.* Cartwright S. F. A. Whitten J. L. Landis M. E.

Geologic Map of the South Layered Deposits, Mars [#2991]
We will produce a south polar geologic map with the goal of dividing the south polar layered deposits. Here we present a map of a subregion of the SPLD.

8:45 AM

Andres C. N.* Smith I. B.

Composite Glacial Systems on Phlegra Montes, Mars: Application of Shallow Radar (SHARAD) Ice-Depth and Thickness Estimation to Surface Geomorphology [#1972]
Glaciers on Phlegra / Can we see them with radar? / With ice and debris.

8:55 AM

Driver G.* El-Maarry M. R. Hubbard B. Brough S.

Large Area Glacier-Like Forms on Mars: Insights from Impact Crater Morphologies and Crater Retention Ages [#1584]
I explored the differences between varying impact crater morphologies and crater retention ages of the surfaces of the 100 largest glacier-like forms on Mars.

9:05 AM

Panel Q&A

9:25 AM

Buhler P. B.*

A 510,000-Year History of Mars' Global Water Transport [#1222]
Analysis of water ice layers in Mars’ massive CO2 ice deposit allow quantitative, time-resolved retrieval of obliquity-driven global water transport.

9:35 AM

Martinez G. M.* Lasue J. Meslin P.-Y. Chide B. Caravaca G. et al.

The First Frost Detection Campaign by the Mars 2020 Perseverance Rover: Implementation and Results [#2184]
Here we describe the first campaign launched by the Perseverance rover to detect frost during the first martian year of operations.

9:45 AM

Valantinas A.* Thomas N. Pommerol A. Hauber E. Bickel V. et al.

Tropical Frost on Martian Volcanoes [#1539]
New early morning observations reveal equatorial frost atop the tallest martian volcanoes.

9:55 AM

Cleveland R. D.* Chevrier V. Tullis J. A.

Object-Based Image Analysis of "Swiss Cheese" Pitted Terrains' Evolution on the Martian South Polar Cap [#2726]
The south pole of Mars is home to CO2 sublimation pits, which we studied to obtain a growth rate.

10:05 AM

Panel Q&A

10:25 AM

Mc Keown L. E.* Diniega S. Poston M. J. Carey E. Scully J. E. C. et al.

Spiders on Mars and in the Laboratory: Experiments to Test CO2 Sublimation and the Kieffer Model on Mars Simulant Under Mars Polar Conditions [#2682]
Spiders on Mars form / (Not the David Bowie band) / By dry ice sublimation.

10:35 AM

Diniega S.* Rebbapragada U. Doran G. Lu S. Wronkiewicz M. et al.

Generating a Global, Multiscale Map of Martian CO2 Frost from Visible and Thermal Detections [#1829]
Martian frost map made / Multiscale, global in scope / Data science helps. (generated by ChatGPT, which seemed appropriate given this study’s collaboration).

10:45 AM

Portyankina G.* Merrison J. Iversen J. J. Hansen C. J.

CO2 Ice Deposition on and Its Interaction with Regolith: Laboratory Studies [#2020]
We have experimentally investigated impact of substrate material on CO2 ice deposition morphologies.

10:55 AM

David E.* Aharonson O. Vos E. Forget F. Schorghofer N.

The Effect of Ground Ice Redistribution on the Martian Paleo-CO2 Cycle [#2044]
We present a qualitative analysis of the effect of orbitally-forced ground ice redistribution on the long-term evolution of the martian CO2 cycle.

11:05 AM

Panel Q&A

11:25 AM

Session Closure