#LPSC2023
#LPSC2023
Program with Links to Abstracts
Schedule Overview
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Mercury
Friday, March 17, 2023, 8:20 AM
Waterway Ballroom 5
Chairs:
Kayla Iacovino
Jackie Clark
Jackie Clark
Moderator:
Georgia Peterson
8:20 AM
Session Introduction
8:25 AM
Anzures B. A.*
Vander Kaaden K. E.
McCubbin F. M.
Iacovino K.
Prissel K.
et al.
Temperature Effect on Silicate Melt-Sulfide-Metal Trace Element Partitioning in the Presence of Sulfur Under Reduced Conditions
[#2586]
Temperature up / Changes REEs, not S species / Mercurian melts.
Temperature up / Changes REEs, not S species / Mercurian melts.
8:35 AM
Renggli C. J.*
Stojic A. N.
Morlok A.
Berndt J.
Weber I.
et al.
Sulfur Enrichment on the Surface of Mercury by Sulfidation Reactions
[#1063]
We propose that the S enrichment on the surface of Mercury occurred by high-T sulfidation reactions. We present mid-IR spectra of analogue experiments.
We propose that the S enrichment on the surface of Mercury occurred by high-T sulfidation reactions. We present mid-IR spectra of analogue experiments.
8:45 AM
Iacovino K.*
McCubbin F. M.
Vander Kaaden K. E.
Moore G. M.
Carbon as a Key Driver of Explosive Volcanism on Mercury
[#1649]
Graphite meets magma / Explosive reaction yields / Mercury’s “red” spots.
Graphite meets magma / Explosive reaction yields / Mercury’s “red” spots.
8:55 AM
Bott N.*
Thompson M. S.
Vander Kaaden K. E.
Loeffler M. J.
McCubbin F. M.
Simulating Micrometeoroid Bombardment on Mercury: Identifying New Space Weathering Features in the Laboratory
[#1696]
We present the results of our analyses of the spectral, microstructural, and chemical characteristics of Mercury analog samples irradiated by pulsed laser.
We present the results of our analyses of the spectral, microstructural, and chemical characteristics of Mercury analog samples irradiated by pulsed laser.
9:05 AM
Panel Q&A
9:25 AM
Rivera-Valentín E. G.*
Bhiravarasu S. S.
Virkki A. K.
Nolan M. C.
Himani T. P.
et al.
Polarimetric Radar Analysis of Potentially Ice-Hosting PSRs from Mercury to the Moon
[#1257]
Hermes’ aqua veil / Wade through bipolar scatter / Moon’s icy echo.
Hermes’ aqua veil / Wade through bipolar scatter / Moon’s icy echo.
9:35 AM
Sori M. M.*
Laferriere K. L.
Burkman K. S.
Herring J.
Klidaras A.
et al.
Hollows as a Source for Mercury's Polar Organics
[#1103]
Mercury’s hollows are plausibly the source of carbon-rich material observed in polar deposits, explaining a key difference between ice on the Moon and Mercury.
Mercury’s hollows are plausibly the source of carbon-rich material observed in polar deposits, explaining a key difference between ice on the Moon and Mercury.
9:45 AM
Caminiti E.*
Doressoundiram A.
Besse S.
Wright J.
Lantz C.
et al.
Evolution of Volcanism on Mercury Using Spectroscopy
[#2108]
We propose to study the timing and evolution of smooth plains around the Caloris basin using MESSENGER/MASCS data and laboratory spectroscopy.
We propose to study the timing and evolution of smooth plains around the Caloris basin using MESSENGER/MASCS data and laboratory spectroscopy.
9:55 AM
Leon-Dasi M.*
Besse S.
Doressoundiram A.
Investigating the Size and Age of Pyroclastic Deposits on Mercury Using Deep Learning
[#2008]
This work applies deep learning techniques to investigate the size and age of pyroclastic deposits in Mercury, products of explosive volcanic eruptions.
This work applies deep learning techniques to investigate the size and age of pyroclastic deposits in Mercury, products of explosive volcanic eruptions.
10:05 AM
Panel Q&A
10:25 AM
Peterson G. A.*
Lenardic A.
Johnson C. L.
Jellinek A. M.
The Influence of Mantle Melting and Differentiation on the Tectonic, Magnetic and Compositional Evolution of Mercury
[#2154]
Forming Mercury’s crust accelerates interior cooling, explaining an ancient magnetic field, shortening structures, and the geochemical evolution.
Forming Mercury’s crust accelerates interior cooling, explaining an ancient magnetic field, shortening structures, and the geochemical evolution.
10:35 AM
Clark J. D.*
Bernhardt H.
Preusker F.
Klimczak C.
Banks M. E.
et al.
Cataloging the Ages of Shortening Landforms in Mercury's H-11 Discovery Quadrangle
[#1461]
Counting the craters / Around shortening landforms / Mercury is stressed.
Counting the craters / Around shortening landforms / Mercury is stressed.
10:45 AM
Man B.*
Rothery D. A.
Balme M. R.
Conway S. J.
Wright J.
Preliminary Evidence for Recent Tectonic Activity on Mercury Revealed by a Global Population of Extensional Grabens
[#1538]
We present the results of our global survey for extensional grabens that are associated with shortening structures.
We present the results of our global survey for extensional grabens that are associated with shortening structures.
10:55 AM
Loveless S. R.*
McCullough L. R.
Klimczak C.
Crane K. T.
Byrne P. K.
Geomorphology of Shortening Structures on Mercury Depicts No Grouping into Categories
[#1695]
A multivariate statistical analysis performed on Mercury’s shortening structures finds no distinct clustering based on the structures’ observed parameters.
A multivariate statistical analysis performed on Mercury’s shortening structures finds no distinct clustering based on the structures’ observed parameters.
11:05 AM
Panel Q&A
11:25 AM
Session Closure
*presenter