#LPSC2023
#LPSC2023

Program with Links to Abstracts
Schedule Overview
Times are listed in
the US/Central time zone.
Add Time Zone
PLENARY: Future Science: NASA's Early Career Award Winners
Wednesday, March 15, 2023, 1:00 PM
Waterway Ballrooms 4/5/6
Chairs:
Stephen Rinehart
Lisa Gaddis
Lisa Gaddis
1:00 PM
Session Introduction
1:05 PM
Kerber L.*
Improving Science/Engineering Communication
[#2843]
This presentation describes activities supported by a NASA ECA grant in support of improved science/engineering collaboration at the Jet Propulsion Laboratory.
This presentation describes activities supported by a NASA ECA grant in support of improved science/engineering collaboration at the Jet Propulsion Laboratory.
1:15 PM
Goudge T. A.*
Bamber E. R.
Coholich M.
Fassett C. I.
Morgan A. M.
et al.
Impact Crater Lakes and Fluvial Valley Incision on Early Mars
[#2747]
Impact craters on Mars / Intersect with watery scars / Filled up to their brims / And breached through their rims / Shaped water paths near and far.
Impact craters on Mars / Intersect with watery scars / Filled up to their brims / And breached through their rims / Shaped water paths near and far.
1:25 PM
Palucis M. C.*
Estimating Landscape-Scale Water Budgets for Mars Analogs
[#1247]
Terrestrial field sites with known climate histories allow for better constraints on the link between erosion and deposition processes, runoff, and climate.
Terrestrial field sites with known climate histories allow for better constraints on the link between erosion and deposition processes, runoff, and climate.
1:35 PM
Lora J. M.*
Battalio J. M.
The Influence of Orbital Forcing on the Distribution of Titan's Surface Liquids
[#2513]
We investigate the influence of orbital forcing on the distribution of Titan’s surface methane using coupled climate simulations.
We investigate the influence of orbital forcing on the distribution of Titan’s surface methane using coupled climate simulations.
1:45 PM
Remsing R. C.*
Thakur A. C.
Longo H. W.
Chakraborty P.
Martin O.
Understanding Geochemistry on Titan's Surface with Molecular Modeling
[#2325]
I will discuss our recent work using computational molecular modeling to understand geochemistry and driving forces for prebiotic chemistry on Titan.
I will discuss our recent work using computational molecular modeling to understand geochemistry and driving forces for prebiotic chemistry on Titan.
1:55 PM
Session Closure
*presenter