#LPSC2023
#LPSC2023
Program with Links to Abstracts
Schedule Overview
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Poster Session: Martian Geophysics and Tectonics
Tuesday, March 14, 2023, 6:30 PM
Town Center Exhibit Hall
Bates A.*
Lorenzo J. M.
Karunatillake S.
Hertzian Contact Theory for a Martian Context
[#2617]
This work assesses the ability of terrestrial contact theory to predict velocities in the shallow martian regolith.
This work assesses the ability of terrestrial contact theory to predict velocities in the shallow martian regolith.
Roth N. R.*
Using Electroseismology to Find Subsurface Water in Our Solar System: An Initial Numerical Study
[#2613]
Simulations of coupled electro-seismic wavefields show their viability in the detection of deep subsurface water on Mars or in the crusts of icy moons.
Simulations of coupled electro-seismic wavefields show their viability in the detection of deep subsurface water on Mars or in the crusts of icy moons.
Mansbach E. N.*
Kizovski T. V.
Mandon L.
Scheller E. L.
Bosak T.
et al.
Identification of Magnetic Phases by Perseverance and Implications for Paleomagnetic Analysis of Returned Samples
[#2072]
We provide new identifications and synthesize previous reports of magnetic phases from Perseverance, and discuss implications for studying the martian dynamo.
We provide new identifications and synthesize previous reports of magnetic phases from Perseverance, and discuss implications for studying the martian dynamo.
Huang D.*
Li Y.
Khan A.
Sossi P.
Giardini D.
et al.
Thermoelastic Properties of Liquid Fe-Rich Alloys Under Planetary Core Conditions
[#2158]
Ab initio molecular dynamics calculations on elasticity of liquid Fe-rich alloys at P-T conditions relevant to planetary cores.
Ab initio molecular dynamics calculations on elasticity of liquid Fe-rich alloys at P-T conditions relevant to planetary cores.
Singh P.*
Singh D.
Roy N.
Mukherjee S.
Identification of Surface Morphology Based Tectonic Deformations: Evidence of Recent Sesimic Activity Within the Crustal Dichotomy of Mars
[#1985]
Recent seismicity of Mars can be estimated by identification of lobate scarps on the martian surface. This study presents the same for the transition region.
Recent seismicity of Mars can be estimated by identification of lobate scarps on the martian surface. This study presents the same for the transition region.
Woodley S. Z.*
Fawdon P.
Balme M. R.
Rothery D. A.
Mapping and Dip Measurements of Tectonic Shortening Structures in Western Arabia Terra, Mars
[#1358]
The thrust faults on Mars / Behold how shallow they dip / So did Mars shrink more?
The thrust faults on Mars / Behold how shallow they dip / So did Mars shrink more?
Ruj T.*
Kameyama M.
Kurosawa K.
Kawai K.
Usui T.
et al.
Is the Hellas Impact Responsible for Extensional Structures and Volcanism in and Around the Southern Highlands of Mars?
[#2117]
We considered the effect of the Hellas impact and its relation to the extensional structures and volcanism in the southern highlands.
We considered the effect of the Hellas impact and its relation to the extensional structures and volcanism in the southern highlands.
Chadwick J.*
McGovern P.
Grosfils E.
Levine N.
Harper A.
Measuring Late Amazonian Flexural Deformation of Daedalia Planum with Paleo-Slope Indicators
[#2905]
Many lava flows mapped near Arsia Mons are misaligned from modern slopes. Geophysical modeling constrains the subsidence and responsible magmatic load volume.
Many lava flows mapped near Arsia Mons are misaligned from modern slopes. Geophysical modeling constrains the subsidence and responsible magmatic load volume.
McGovern P. J.*
No Surprise for Perseverance: An Igneous Environment in Jezero Crater, Mars, Is an Expected Outcome of Isidis Basin Loading
[#2821]
It’s all igneous! / Surprise for Perseverance? / Not for me. Stress tells.
It’s all igneous! / Surprise for Perseverance? / Not for me. Stress tells.
Wagner N. L.*
James P. B.
Ermakov A. E.
Sori M. M.
New Estimates of Seasonal Surface Displacements and Time Variable Gravity on Mars
[#1085]
Here we provide new estimates of interannual lithospheric loading from height variations of the seasonal polar caps on Mars.
Here we provide new estimates of interannual lithospheric loading from height variations of the seasonal polar caps on Mars.
Grima C.*
Kofman W.
Hérique A.
Beck P.
Frequency Dispersion of the Martian Surface Reflectivity by MARSIS
[#1120]
We are investigating the frequency dispersion of the radar surface return from MARSIS. We provide preliminary observations at planetary scale.
We are investigating the frequency dispersion of the radar surface return from MARSIS. We provide preliminary observations at planetary scale.
Giannakis I. G.*
Giannopoulos A. G.
Warren C. W.
An Advanced Reflectivity-Based Permittivity Estimation for Planetary Radar
[#2454]
A novel method to estimate the electric permittivity using planetary radar. This technique can be applied to data from RIMFAX and Yutu rovers.
A novel method to estimate the electric permittivity using planetary radar. This technique can be applied to data from RIMFAX and Yutu rovers.
*presenter