53rd Lunar and Planetary Science Conference
March
7-11, 2022
The
Woodlands, Texas
Program and Abstracts
Times
listed are Central Standard Time (CST). Time
Zone Converter
6:30 a.m. PDT
8:30 a.m. CDT
9:30 a.m. EDT
3:30 p.m. CEST
11:30 p.m. JST
PROGRAM LISTING
ORAL |
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POSTER |
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SESSION LISTING
ORAL |
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POSTER |
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Sunday Afternoon,
March 6, 4:00–8:00 p.m. |
Conference
Check-in and Welcome Reception |
ORAL SESSIONS
Waterway
Ballroom 1 |
M101 |
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Waterway
Ballroom 4 |
M102 |
Special Session: Analysis of Hayabusa2 Returned Samples from
Ryugu |
Waterway
Ballroom 5 |
M103 |
Petrology, Petrogenesis, and
Geochemistry of Martian Meteorites, Crust, and Mantle |
Waterway
Ballroom 6 |
M104 |
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Montgomery
Ballroom |
M105 |
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Monday Afternoon, March 7, 1:00 p.m. |
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Waterway
Ballroom 4, 5, & 6 |
M121 |
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Monday Afternoon, March 7, 2:15 p.m. |
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Waterway
Ballroom 1 |
M151 |
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Waterway
Ballroom 4 |
M152 |
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Waterway
Ballroom 5 |
M153 |
Remote Analysis of Ryugu and Bennu
from Hayabusa2 and OSIRIS-REx |
Waterway
Ballroom 6 |
M154 |
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Montgomery
Ballroom |
M155 |
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Waterway
Ballroom 1 |
T301 |
Analysis and Curation of Pristine
Returned Samples from Ryugu and Bennu |
Waterway Ballroom
4 |
T302 |
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Waterway
Ballroom 5 |
T303 |
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Waterway Ballroom
6 |
T304 |
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Montgomery
Ballroom |
T305 |
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Tuesday Afternoon, March 8, 1:00 p.m. |
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Waterway
Ballroom 4, 5, & 6 |
T321 |
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Tuesday Afternoon, March 8, 2:15 p.m. |
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Waterway
Ballroom 1 |
T351 |
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Waterway
Ballroom 4 |
T352 |
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Waterway
Ballroom 5 |
T353 |
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Waterway
Ballroom 6 |
T354 |
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Montgomery
Ballroom |
T355 |
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Tuesday Afternoon, March 8, 3:45 p.m. |
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Montgomery
Ballroom |
T356 |
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Waterway
Ballroom 1 |
W501 |
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Waterway
Ballroom 4 |
W502 |
Special Session: The Chinese Lunar and Planetary Exploration
Program: Recent Moon and Mars Results |
Waterway
Ballroom 5 |
W503 |
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Waterway
Ballroom 6 |
W504 |
Near-Earth and Main-Belt Asteroids: Physical Characteristics and Surface
Composition |
Montgomery
Ballroom |
W505 |
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Wednesday Morning, March 9, 10:00 a.m. |
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Waterway
Ballroom 1 |
W506 |
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Wednesday Afternoon, March 9, 11:45 a.m. |
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Waterway
Ballroom 4, 5, & 6 |
W520 |
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Wednesday Afternoon, March 9, 1:00 p.m. |
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Waterway
Ballroom 4, 5, & 6 |
W521 |
Plenary Session: Future Science: NASA's Early Career Award Winners |
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Wednesday Afternoon, March 9, 2:15 p.m. |
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Waterway
Ballroom 1 |
W551 |
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Waterway
Ballroom 4 |
W552 |
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Waterway
Ballroom 5 |
W553 |
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Waterway
Ballroom 6 |
W554 |
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Montgomery
Ballroom |
W555 |
Formation and Evolution of Comets
and Kuiper Belt Objects: Way Out There |
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Waterway
Ballroom 1 |
R701 |
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Waterway
Ballroom 4 |
R702 |
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Waterway
Ballroom 5 |
R703 |
Sedimentary Rocks on Mars: Deposition, Diagenesis, and Stratigraphy |
Waterway
Ballroom 6 |
R704 |
Celebrating Apollo 16 and 17
Missions: A Perspective for the Future
of Lunar Exploration |
Montgomery
Ballroom |
R705 |
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Thursday Morning, March 10, 10:00 a.m. |
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Waterway
Ballroom 4 |
R706 |
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Thursday Afternoon, March 10, 1:00 p.m. |
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Waterway Ballroom
4, 5, & 6 |
R721 |
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Thursday Afternoon, March 10, 2:15 p.m. |
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Waterway
Ballroom 1 |
R751 |
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Waterway
Ballroom 4 |
R752 |
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Waterway
Ballroom 5 |
R753 |
Mars Science Laboratory Curiosity: Geochemistry in Gale Crater |
Waterway
Ballroom 6 |
R754 |
Lunar Petrology and Geochemistry: It Was Cool Even Before Chang'e 5 |
Montgomery
Ballroom |
R755 |
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Waterway
Ballroom 1 |
F901 |
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Waterway
Ballroom 4 |
F902 |
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Waterway
Ballroom 5 |
F903 |
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Waterway
Ballroom 6 |
F904 |
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Montgomery
Ballroom |
F905 |
Space Weathering: Experiments, Simulations, and Observations |
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Friday Morning, March 11, 10:00 a.m. |
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Waterway
Ballroom 1 |
F906 |
PROGRAM LISTING
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POSTER |
SESSION LISTING
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POSTER |
Times
listed are Central Standard Time (CST). Time
Zone Converter
6:30 a.m. PDT
8:30 a.m. CDT
9:30 a.m. EDT
3:30 p.m. CEST
11:30 p.m. JST
POSTER SESSIONS
PROGRAM LISTING
ORAL |
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POSTER |
SESSION LISTING
ORAL |
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POSTER |
Times
listed are Central Standard Time (CST). Time
Zone Converter
6:30 a.m. PDT
8:30 a.m. CDT
9:30 a.m. EDT
3:30 p.m. CEST
11:30 p.m. JST
ORAL SESSIONS
Monday,
March 7, 2022
ASTROBIOLOGY: “I FIND THE LACK OF LIFE DISTURBING”
8:30 a.m. Waterway Ballroom 1
Chairs: Kennda Lynch and Julie Castillo-Rogez
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Buckner D. K. * Anderson M. J. Wisnosky S. Alvarado W. Williams A. J. et al. |
Origin-Diagnostic
Patterns in Lipid Distributions: Strategies
for Life Detection [#2571] |
8:45 a.m. |
Sharma S. * Drummond S. M. Maloney C. M. Gonzalez Henao S. Karanauskas V. et al. |
Investigating
Thermal Catalytic Conversion of a Polycyclic Aromatic Hydrocarbon (PAH) to a
Biologically Extant Quinone on Planetary Relevant Mineral Substrates: Implications for Origins of Life [#1521] |
8:55 a.m. |
Elmasry W. * Kebukawa Y. Aponte J. C. Kobayashi K. |
Effects of
Mineral Assemblages in Meteorites on Amino Acid Production in the
Water-Bearing Parent Bodies [#1804] |
9:05 a.m. |
Cooper G. * Jackson W. Thompson M. Rios A. C. Yeung K. et al. |
Possible
Mechanism(s) in the Photo-Magnetic Production of Enantiomer Excesses [#2843] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Zhao L. * Perez-Fernandez C. A. DiRuggiero J. Ramesh K. T. |
Identifying the
Limits of Life Due to Impact-Induced Mechanical Stresses
on Extremophiles [#2577] |
9:40 a.m. |
Lakrout C. A. * Jones N. T. Tisato N. |
Relating Unique
Cave Structures to Micro-Biomes [#2591] |
9:50 a.m. |
Fisher K. R. * Ewing R. C. Sweeney M. |
Erodibility of
Microbial Mats and the Implications for Preservation of Microbially Induced
Sedimentary Structures (MISS) [#2147] |
10:00 a.m. |
Gibbons E. F. * Leveille R. J. Berlo K. |
Fixed Nitrogen
as a Tracer of Habitable Environments on Mars: Enabling In Situ Spectral Detection [#2345] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Lynch K. L. * Rivera-Valentín E. G. Soto A. Chevrier V. F. Méndez A. |
Terrestrial Validation
of a Habitat Suitability Model for Brine Environments on Mars [#2403] |
10:35 a.m. |
Osborne S. D. * Chevrier V. F. Molayousefi M. D. Moradi M. |
Chao/Kosmotropic
Properties of Brine Solutions in the Presence of Ancient Proteins and Their
Assistance in the Bioavailability and Precipitation of Life-Necessary
Organic Molecules [#2848] |
10:45 a.m. |
Sheppard R. Y. * Fraeman A. A. Barge L. M. Weber J. M. Rodriguez L. et al. |
Laboratory
Sediment Column Simulations of Chemical and Redox Gradients in the Martian
Groundwater Environment [#2460] |
10:55 a.m. |
Cary F. * Deamer D. Damer B. Fagents S. |
The Role of
Iron in Protocell Formation; Implications for Origin of Life Processes on
Early Mars [#1249] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Monday, March 7, 2022
SPECIAL SESSION: ANALYSIS OF HAYABUSA2
RETURNED SAMPLES FROM RYUGU
8:30 a.m. Waterway Ballroom 4
Chairs: Shogo
Tachibana and Michael Zolensky
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Yurimoto H. * Hayabusa2-Initial-Analysis Chemistry Team Hayabusa2-Initial-Analysis Core |
Chemical and
Isotopic Characterization of Asteroid Ryugu [#1377] |
8:45 a.m. |
Nakamura T. * Matsumoto M. Amano K. Enokido Y. Zolensky M. E. et al. |
Early History
of Ryugu’s Parent Asteroid: Evidence
from Return Sample [#1753] |
8:55 a.m. |
Noguchi T. * Matsumoto T. Miyake A. Igami Y. Haruta M. et al. |
Mineralogy and
Space Weathering of Fine Fraction Recovered from Asteroid (162173) Ryugu [#1747] |
9:05 a.m. |
Okazaki R. * Marty B. Busemann H. Hashizume K. Gilmour J. et al. |
Isotopic
Compositions of Noble Gases and Nitrogen in the Ryugu Samples Returned
by Hayabusa2 [#1348] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Yabuta H. * Cody G. D. Engrand C. Kebukawa Y. De Gregorio B. et al. |
Macromolecular
Organic Matter in C-Type Asteroid Ryugu [#2241] |
9:40 a.m. |
Naraoka H. * Takano Y. Dworkin J. P.
Hayabusa2-Initial-Analysis SOM Team Hayabusa2-Initial-Analysis Core |
Soluble Organic
Compounds in Asteroid 162173 Ryugu [#1781] |
9:50 a.m. |
Yokoyama T. *
Hayabusa2-Initial-Analysis Chemistry Hayabusa2-Initial-Analysis Core |
Multi-Isotopic
Analyses of Bulk Ryugu Samples Returned by the Hayabusa2 Mission [#1273] |
10:00 a.m. |
Young E. D. * Tang H. Tafla L. Pack A. Di Rocco T. et al. |
The Oxygen
Isotopic Composition of Samples Returned from Asteroid Ryugu: Evidence for Similarity to
CI Chondrites [#1290] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Amano K. * Matsuoka M. Nakamura T. Kagawa E. Hiroi T. et al. |
Reflectance
Spectral Comparison Between a Large Ryugu Returned Sample and Carbonaceous Chondrites [#1789] |
10:35 a.m. |
Zolensky M. E. * Dolocan A. Bodnar R. J. Gearba I. Martinez J. et al. |
Direct
Measurement of the Composition of Aqueous Fluids from the Parent Body of
Asteroid 162173 Ryugu [#1451] |
10:45 a.m. |
Thompson M. S. * Zanetta P-M. Zega T. J. Noguchi T. Yurimoto H. et al. |
Evidence for
Micrometeoroid Bombardment on the Surface of Asteroid Ryugu [#2134] |
10:55 a.m. |
Nagashima K. * Kawasaki N. Sakamoto N. Yurimoto H.
Hayabusa2-Initial-Analysis Chemistry et al. |
In-Situ Oxygen
and Manganese-Chromium Isotope Studies of Ryugu: Implications to Temperature and Timing of
Aqueous Activity [#1689] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A Final Discussion |
11:27 a.m. |
|
Session Closure |
Monday, March 7, 2022
PETROLOGY, PETROGENESIS, AND GEOCHEMISTRY OF MARTIAN METEORITES, CRUST, AND
MANTLE
8:30 a.m. Waterway Ballroom 5
Chairs: Valerie Payre
and
Vinciane Debaille
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Mukhopadhyay S. * Peron S. |
Mars Interior
Accreted Chondritic Volatiles in the Presence of a Gas Disk [#2851] |
8:45 a.m. |
Collinet M. * Plesa A.-C. Ruedas T. Schwinger S. Breuer D. |
Mantle Sources
of Martian Basalts as Constrained by MAGMARS, a New Melting Model for FeO-Rich Peridotite [#1951] |
8:55 a.m. |
Semprich J. * Filiberto J. |
Modeling the
Crystallization of Martian Igneous Compositions [#1224] |
9:05 a.m. |
Yang S. * Humayun M. Righter K. Irving A. J. Hewins R. H. et al. |
Mantle Source
Mineralogy Inferred from Incompatible Element Ratios in Shergottites [#2481] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Zhang X. J. * Tian Z. Day J. M. D. Moynier F. Wang K. |
Rubidium
Isotope Composition of Mars [#1666] |
9:40 a.m. |
Mouser M. D. * Dygert N. |
Clinopyroxene-Melt
Trace Element Partitioning in Fe- and Al-rich Basaltic Systems: Applications to Nakhlite Petrogenesis [#1100] |
9:50 a.m. |
Griffin S. * Daly L. Piazolo S. Forman L. V. Lee M. R. et al. |
What Can
Crystallographic Orientation Tell Us About Nakhlite Formation? [#1880] |
10:00 a.m. |
North T. L. * Collins G. S. Muxworthy A. R. Davison T. M. Steele S. C. et al. |
The
Heterogeneous Response of Martian Meteorite Allan Hills 84001 to
Planar Shock [#1340] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Day J. M. D. * Agee C. B. Herd C. D. K. Howarth G. H. Irving A. J. et al. |
Shergottites of
the Amazonian [#2949] |
10:35 a.m. |
Eckley S. A. * Ketcham R. A. |
Supercool(ed)
Olivine Morphology in Shergottites Revealed Using X-Ray
Computed Tomography [#2245] |
10:45 a.m. |
Chowdhury P. * Brounce M. Boyce J-W. McCubbin F-M. |
The Oxidation
State of Sulfur in Martian Apatite — Implications for Redox of
Surficial Processes [#1494] |
10:55 a.m. |
Benaroya S. * Gross J. Burger P. Righter M. Lapen T. J. |
Olivine-Gabbroic
Shergottite Northwest Africa (NWA) 13227:
A Link Between Gabbroic and Poikilitic Shergottites? [#1175] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Monday, March 7, 2022
LUNAR CRATERING AND REGOLITH
8:30 a.m. Waterway Ballroom 6
Chair: Joshua Cahill
and Terik Daly
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Liu T. * Wünnemann K. Michael G. |
3D-Simulation
of Lunar Megaregolith Evolution: Quantitative
Constraints on Spatial Variation and Size of Fragment [#1107] |
8:45 a.m. |
Keane J. T. * James P. B. Matsuyama I. |
The Moon
Without Impact Basins, and the Nature of the South Pole — Aitken Basin and
the Farside Highlands [#1477] |
8:55 a.m. |
James P. B. * Keane J. T. Lee J. S. |
South
Pole–Aitken Basin Ejecta Inferred from Crustal Thickness [#1500] |
9:05 a.m. |
Davison T. M. * Baijal N. Collins G. S. |
High Resolution
Oblique Impact Simulations of the Formation of the South
Pole-Aitken Basin [#2444] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Sodha G. * Dhingra D. |
Mg-Spinel
Exposures in the South-Pole Aitken (SPA) Basin: New Insights into the Stratigraphic
Relationships, Spatial Distribution, and Varieties [#2894] |
9:40 a.m. |
Martinot M. * Donaldson Hanna K. L. Greenhagen B. T. Peplowski P. Cahill J. T. S. |
Investigating
Pure, Crystalline Plagioclase Outcrops Exposed on Humboldt Crater Using M³
and Diviner Data [#2136] |
9:50 a.m. |
Moriarty D. P. III * Simon S. B. Shearer C. K. Haggerty S. E. Petro N. E. et al. |
Orbital
Assessment of the Distribution and Composition of Spinel Across the Crisium
Region: Insights from Luna
20 Samples [#2139] |
10:00 a.m. |
Czajka E. A. * Retherford K. D. Kramer G. Hendrix A. Cahill J. T. S. et al. |
Aristarchus
Crater Mapped in the Far-Ultraviolet with LRO LAMP [#2162] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Atang E. F. M. * Bart G. D. |
Measurements of
Regolith Depth from a Young Mare Surface on the Moon [#2554] |
10:35 a.m. |
Rincon A. E. * Elder C. M . Douglass B. |
The
Relationship Between Regolith Thickness and Time as Inferred from Cold-Spot Craters [#2688] |
10:45 a.m. |
Chertok M. A. * Lucey P. G. Costello E. S. Ireland S. M. |
The Abundance
of Rocks on the Lunar Maria is Not a Function of Surface Age [#1031] |
10:55 a.m. |
Cahill J. T. S. * Martin A. C. Hayne P. O. Patterson G. W. Greenhagen B. T. et al. |
A Comparison of
the Atlas/Hercules Thermophyiscal Anomaly and Radar-Dark Halo Craters [#2797] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Monday, March 7, 2022
THE MARTIAN ATMOSPHERE: HIGH ALTITUDE,
AEROSOLS, EARLY MARS
8:30 a.m. Montgomery Ballroom
Chairs: Robert Lillis
and
Jim Head
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Manju G. * Mridula N. |
First
Estimations of Gravity Wave Potential Energy in the Martian Thermosphere: An Analysis Using MAVEN NGIMS Data [#1364] |
8:45 a.m. |
Almatroushi H. * Deighan J. Edwards C. Holsclaw G. Wolff M. et al. |
Results from
the Emirates Mars Mission (EMM) — Hope Probe [#1338] |
8:55 a.m. |
Lillis R. J. * Deighan J. Jain S. Holsclaw G. Chaffin M. et al. |
First Global
Images of Mars FUV Discrete Aurora from the Emirates Mars Mission
EMUS Instrument [#2644] |
9:05 a.m. |
Lo D. Y. * Atreya S. K. Wong M. H. Trainer M. G. Franz H. B. et al. |
What Can Drive
the Atmospheric O2 Variations Observed by MSL SAM? [#2178] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Conway S. J. * Bickel V. T. Patel M. R. Fenton L. Carson H. |
Global Survey
of Dust Devils in CTX Data Using Neural Networks [#1874] |
9:40 a.m. |
Leseigneur Y. * Vincendon M. |
An Opportunity
to Characterize the Martian Dust Spirit:
Atmospheric Dust Optical Depth Calculated Using OMEGA/MARS EXPRESS [#1192] |
9:50 a.m. |
Alsaeed N. R. * Hayne P. O. Concepcion V. |
Dust-Driven
Polar Vortex Dynamics and Snowfall from Mars Climate SounderObservations [#1792] |
10:00 a.m. |
Mendenhall S. M. * Martínez G. M. Savijärvi H. Aoki S. Vandaele A. C. et al. |
Constraining
the Vertical Distribution of Water Vapor on Mars: Implications for the Martian
Water Cycle [#2423] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Fan B. M. * Jansen M. F. Mischna M. A. Kite E. S. |
Why are
Mountain-Tops Cold? — The Decorrelation of Surface Temperature and Topography
Due to the Decline of the Greenhouse Effect on Early Mars [#1698] |
10:35 a.m. |
Head J. W. III * Wordsworth R. D. Fastook J. L. |
When Did Mars
Become Bipolar? An Analysis of the Key Factors in the Late Noachian-Amazonian
Climate Transition [#2074] |
10:45 a.m. |
Lyons J. R. * |
Oxygen Isotope
Fractionation Due to Non-Thermal Escape of Hot O from the Atmosphere
of Mars [#2662] |
10:55 a.m. |
Thomas T. B. * Hu R. Lo D. Y. |
Joint Models
for the Evolutionary History of Carbon, Nitrogen, and Argon in the
Martian Atmosphere [#2327] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
PROGRAM LISTING
ORAL |
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POSTER |
SESSION LISTING
ORAL |
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POSTER |
Monday, March 7, 2022
PLENARY SESSION: MASURSKY LECTURE
1:00 p.m. Waterway Ballroom 4, 5, & 6
Times |
Masursky Lecture |
|
|
1:00
p.m. |
Martha
Gilmore To Venus and Back Again Martha S. Gilmore is the
Seney Professor of Geology in the Department of Earth and Environmental
Sciences at Wesleyan University in Middletown, Connecticut. Gilmore is a
geologist who specializes in the study of planetary surfaces using geomorphic
mapping and violet/near-infrared (VNIR) spectroscopy on Venus, Mars, and
Earth. She compares spectral signatures from field and laboratory work to
orbital images to better interpret the signals received from remote sensing
platforms. Gilmore is a world-renowned expert
on Venus geology and the oldest rock units on Venus located in tessera
terrain. This work includes interpretation of tessera structures and
stratigraphy using Magellan radar to show that they were formed in an extinct
geodynamic regime, including the lateral accumulation of materials via
compression followed by a period of extension prior to the eruption of the
plains that cover most of the surface of Venus. She has utilized the
atmospheric spectral window at 1 µm to examine tessera in both Venus
Express and Galileo data to show that the emissivity of tesserae differ from
the presumably basaltic plains in a manner consistent with more iron-poor,
felsic compositions, which is the strongest evidence to date that these rocks
contain evolved magmas formed on a more water-rich planet. Gilmore’s work on Mars includes the development
of autonomous strategies for the identification and return of geologically
important VNIR spectra from rovers and orbit. Much of the current Mars work
in her lab includes VNIR spectroscopy of Mars analog minerals, including
hydrous carbonates and Mars analog brines. She has developed techniques to
synthesize these minerals in a Mars chamber she and her students designed that
allows collection of VNIR and Raman spectra under Mars conditions. On local
field sites in Connecticut, she has collected VNIR data in the field over
several growing seasons to develop techniques to identify P. australis
(common reed), an invader in the local marshes, in remote sensing aerial and
satellite data. Gilmore has served NASA as co-chair
of the Committee on Astrobiology and Planetary Sciences, as a member of the
Committee on Planetary and Lunar Exploration and the Planetary Science
Decadal Survey, and as Deputy Chair of the Venus Exploration Analysis Group. She
is a science team member on the Deep Atmosphere Venus Investigation of Noble
Gases, Chemistry and Imaging (DAVINCI) and Venus Emissivity, Radio Science,
InSAR, Topography and Spectroscopy (VERITAS) missions to Venus. In addition,
she has been a co-investigator on other Discovery and New Frontiers proposals
as well as other mission and instrument concept ideation and study. She was
the principal investigator of a Venus Flagship Mission Concept
Study for the current Planetary Decadal Survey. Gilmore is a Fellow of the
Geological Society of America and was the 2020 recipient of the Geological
Society of America Randolph W. “Bill” and Cecile T. Bromery
Award for Minorities. She is an author on 57 refereed papers and proceedings,
12 of which have been with student co-authors, and has been awarded over
$3.2M in external funding. She earned a B.A. in Geology from Franklin and
Marshall College, a Sc.M. and Ph.D. in Geological Sciences from Brown
University, and took a postdoctoral fellowship at the Jet Propulsion
Laboratory prior to her arrival at Wesleyan in 2000. At Wesleyan, she has
served as the Director of Graduate Studies, Chair of the Earth and
Environmental Sciences Department, and helped found the Planetary Science
Group, which awards a minor and an M.A. degree. |
|
|
Monday, March 7, 2022
LOW-TEMPERATURE ALTERATION ON CHONDRITIC ASTEROIDS
2:15 p.m. Waterway Ballroom 1
Chairs: Henner
Busemann and Romy Hanna
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Schrader D. L. * Davidson J. Foustoukos D. Alexander C. M. O’D. Torrano Z. A. et al. |
Tarda and
Tagish Lake: Samples from the Same
Outer Solar System Asteroid? [#1157] |
2:30 p.m. |
Glavin D. P. * McLain H. L. Parker E. T. Elsila J. E. Aponte J. C. et al. |
Extraterrestrial
Amino Acids in the C2 Ungrouped Carbonaceous Chondrite Tarda: A Unique Distribution [#1097] |
2:40 p.m. |
Haenecour P. * Barnes J. |
In-Situ Heating
Experiments of the Tarda Meteorite: Effects
of Thermal Processing on Aqueously Altered Carbonaceous Chondrite [#2607] |
2:50 p.m. |
Viennet J.-C. * Hubert F. Beck P. Alp E. E. Lavina B. et al. |
Reappraisal of
the Clay Mineralogy of Orgueil by X-Ray Diffraction Profile Modelling [#1403] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Schultz C. D. * Anzures B. A. Milliken R. E. Hiroi T. |
How Variable
are Hydration Signatures of CM2 Chondrites? — Comparing Spectra of
Meteorite Powders and Chips Across Multiple Spatial Scales [#1572] |
3:25 p.m. |
Findlay R. * Greenwood R. C. Franchi I. A. Anand M. King A. J. et al. |
Assessing the
Oxygen Isotope Heterogeneity in Aguas Zarcas, Mukundpura and Kolang [#2647] |
3:35 p.m. |
Jenkins L. E. * Lee M. R. Daly L. King A. J. Li S. |
Calc-Silicate
Metasomatism in CM Chondrites Shidian and Kolang: The First Report of
Asteroidal Hydroandradite [#1515] |
3:45 p.m. |
Pacnik H. Eckart L. M. Krietsch D. Maden C. Busemann H. * |
Noble Gases in
the Very Primitive CM Chondrites Asuka 12085 and 12236 — Filling the Gap [#1987] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Prestgard T. J. * Beck P. Bonal L. Eschrig J. Krämer Ruggiu L. et al. |
The Parent
Bodies of CR Chondrites and Their Secondary History [#1257] |
4:20 p.m. |
Ushikubo T. * Yamaguchi A. Weisberg M. K. Kimura M. Ebel D. S. |
Consistently
High d13C Carbonates in CR Chondrites: Implication for Accreted Ice in a Cold and
Distant Region from the Sun [#1321] |
4:30 p.m. |
Che S. * Zega T. J. |
NaCl in an
Itokawa Particle: Terrestrial
or Asteroidal? [#1041] |
4:40 p.m. |
Floyd C. J. * Macente A. Daly L. Hanna R. D. Lee M. R. |
Brecciation on
the Aguas Zarcas Parent Body Revealed Using Clast Petrofabrics [#1470] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A Final Discussion |
5:12 p.m. |
|
Session Closure |
Monday, March 7, 2022
SPECIAL SESSION: A YEAR OF PERSEVERANCE
AT JEZERO I
2:15 p.m. Waterway Ballroom 4
Chairs: Vivian Sun and Justin Simon
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Sun V. Z. * Hand K. P. Stack K. M. Farley K. A. Milkovich S. et al. |
Exploring the
Jezero Crater Floor: Overview of
Results from the Mars 2020 Perseverance Rover’s First Science Campaign [#1798] |
2:30 p.m. |
Simon J. I. * Amundsen H. E. F. Beegle L. W. Bell J. Benison K. C. et al. |
Sampling of
Jezero Crater Máaz Formation by Mars 2020 Perseverance Rover [#1294] |
2:40 p.m. |
Hickman-Lewis K. * Benison K. Bosak T. Cohen B. A. Czaja A. D. et al. |
Perseverance
Rover Sampling Activities at South Séítah, Jezero Crater [#1965] |
2:50 p.m. |
Golombek M. * Williams N. Grip H. Tzanetos T. Balaram J. et al. |
Mars
Helicopter, Ingenuity: Operations and
Initial Results [#2156] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Horgan B. * Rice M. Garczynski B. Johnson J. Stack-Morgan K. et al. |
Mineralogy,
Morphology, and Geochronological Significance of the Máaz Formation and the
Jezero Crater Floor [#1680] |
3:25 p.m. |
Udry A. * Sautter V. Cousin A. Wiens R. C. Forni O. et al. |
A Mars 2020
Perseverance SuperCam Perspective on the Igneous Nature of the Máaz Formation
at Jezero Crater, Mars [#2257] |
3:35 p.m. |
Schmidt M. E. * Allowed A. Christian J. Clark B. C. Flannery D. et al. |
Highly
Differentiated Basaltic Lavas Examined by PIXL in Jezero Crater [#1530] |
3:45 p.m. |
Kizovski T. V. * Schmidt M. E. Liu Y. Clark B. C. Tice M. et al. |
Minor Minerals
Analyzed by PIXL — A Major Part of Igneous Rock Petrogenesis at
Jezero Crater [#2384] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Clavé E. * Benzerara K. Beck P. Meslin P.-Y. Beyssac O. et al. |
Carbonate
Detection with SuperCam in the Jezero Crater, Mars [#2001] |
4:20 p.m. |
Scheller E. L. * Razzell Hollis J. Cardarelli E. L. Steele A. Beegle L. W. et al. |
First-Results
from the Perseverance SHERLOC Investigation:
Aqueous Alteration Processes and Implications for Organic Geochemistry
in Jezero Crater, Mars [#1652] |
4:30 p.m. |
Gupta S. * Mangold N. Bell J. F. Gasnault O. Dromart G. et al. |
A Delta-Lake
System at Jezero Crater (Mars) from Long Distance Observations [#2295] |
4:40 p.m. |
Sholes S. F. * Stack K. M. Kah L. C. Simon J. I. Shuster D. L. et al. |
Topographic
Trends of the Geologic Units in Jezero Crater: Lake Levels, Potential Shorelines, and the
Crater Floor Units [#2641] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A Final Discussion |
5:12 p.m. |
|
Session Closure |
Monday, March 7, 2022
REMOTE ANALYSIS OF RYUGU AND BENNU FROM HAYABUSA2 AND OSIRIS-REX
2:15 p.m. Waterway Ballroom 5
Chairs: Hannah Kaplan and Max Hamm
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Ishimaru K. * Lauretta D. S. Porter N. Golish D. R. Al Asad M. M. et al. |
Modeling of
Sediment Deposition on Asteroid Bennu’s Parent Body [#1444] |
2:30 p.m. |
Tang Y. * Lauretta D. S. Ballouz R.-L. DellaGiustina D. N. Bennett C. A. et al. |
Simulation and
Analysis of Mass Movement Events on Asteroid Bennu [#1876] |
2:40 p.m. |
Jawin E. R. * McCoy T. J. Ryan A. J. Kaplan H. H. Ballouz R.-L. et al. |
Boulder
Classification on Bennu Based on Morphology and Albedo [#2066] |
2:50 p.m. |
Breitenfeld L. B. * Rogers A. D. Glotch T. D. Hamilton V. E. Christensen P. R. et al. |
Finding Unique
Thermal Emission Spectra of the Asteroid Bennu Through Machine Learning
Model Applications [#1465] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Kaplan H. H. * Simon A. A. Reuter D. C. Hamilton V. E. |
Spectral
Properties of Dust on Asteroid (101955) Bennu with the OSIRIS-REx Visible and
Infrared Spectrometer (OVIRS) [#1167] |
3:25 p.m. |
Hamilton V. E. * Connolly H. C. Jr. Goodrich C. A. Abreu N. M. Kaplan H. H. et al. |
Type 1 CR
Chondrites as Candidate Mineralogical Analogues for (101955) Bennu [#1660] |
3:35 p.m. |
Sugita S. * Yumoto K. Ebihara T. Morota T. Tatsumi E. et al. |
The
Representativeness of Ryugu Samples Estimated from Statistical Analysis of
Boulder Color Distribution [#1839] |
3:45 p.m. |
Yumoto K. * Cho Y. Yabe Y. Mori S. Ogura A. et al. |
Visible
Multi-Band Spectra and Specular Reflectivity of Ryugu Returned Samples [#1326] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Hamm M. * Grott M. Senshu H. Knollenberg J. de Wiljes J. et al. |
MASCOT
Radiometer Data Reveals Signs of Strong Aqueous Alteration of (162173)
Ryugu’s Materials [#1400] |
4:20 p.m. |
Ohsugi A. * Sakatani N. Shimaki Y. Kanamaru M. Senshu H. et al. |
Analysis of the
Temperature Distributions of Boulders on C-Type Asteroid 162173 Ryugu
Observed in Low Altitude Operation of the Asteroid Explorer Hayabusa2 [#1183] |
4:30 p.m. |
Yokota Y. * Honda R. Domingue D. Tatsumi E. Schröder S. E. et al. |
Regional
Photometry of Asteroid Ryugu with Multiple Photometric Models [#2385] |
4:40 p.m. |
Namiki N. * Mizuno T. Senshu H. Noda H. Matsumoto K. et al. |
Slope Stability
Analysis of Top-Shaped Ryugu [#1882] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
Monday, March 7, 2022
LUNAR GEOPHYSICS: THE CRUST, THE CORE,
AND SO MUCH MORE
2:15 p.m. Waterway Ballroom 6
Chairs: James Keane and Sonia Tikoo
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Tarduno J. A. * Zhou T. Cottrell R. D. |
When the Moon
Lacked a Paleomagnetosphere [#2566] |
2:30 p.m. |
Gutierrez S. * Hauck S. A. II |
Modeling the
Influence of the Nucleation Barrier on Lunar Core History [#2834] |
2:40 p.m. |
Lompa T. * Holzrichter N. Wünnemann K. Ebbing J. |
Evolution of
Impact Basin Gravity Signatures on the Lunar Farside: Long-Term Alteration Processes [#1529] |
2:50 p.m. |
McGovern P. J. * Kramer G. Y. Neumann G. A. |
Delayed Onset
of Wrinkle Ridge Formation in Mare Tranquillitatis: A Manifestation of Lunar
Thermo-Chemical Evolution [#2853] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Nypaver C. A. * Thomson B. J. Fassett C. I. |
New
Observations of Recently Active Wrinkle Ridges in the Lunar Mare: Implications for the Timing and Origin of
Lunar Tectonics [#2140] |
3:25 p.m. |
Eubanks T. M. * Blase W. P. |
The Gamma Pit: Active Tectonics in the Gruithuisen Region [#2918] |
3:35 p.m. |
Clark J. D. * Bernhardt H. Robinson M. S. |
Extensional
Features at East Serenitatis Wrinkle Ridge-Lobate Scarp Transition Indicate
Recent Tectonic Activity [#1305] |
3:45 p.m. |
Watters T. R. * Speyerer E. J. Robinson M. S. |
Recent
Landslides and Their Relation to Young Thrust Fault Scarps on the Moon [#1626] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Huang Y. H. * Soderblom J. M. Krein S. B. Hirabayashi M. Minton D. A. |
Correcting
Impact Mixing Reveals Underlying Grain Density in the Lunar Crust [#2958] |
4:20 p.m. |
Hood L. L. * Bryant I. van der Leeuw J. |
Magnetic
Anomalies Over Permanently Shadowed Craters Near the Lunar South Pole: Mapping and Implications [#2102] |
4:30 p.m. |
Domingue D. L. * Weirich J. R. Chuang F. C. Sickafoose A. A. Palmer E. E. |
Topographic
Correlations Within Lunar Swirls in Mare Ingenii [#1193] |
4:40 p.m. |
Waller C. D. * Cahill J. T. S. Retherford K. D. Hendrix A. R. |
Solar Wind
Compression of the Magnetic Anomaly at Reiner Gamma and Potential Weathering
Patterns Observed in the Ultraviolet [#2670] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
Monday, March 7, 2022
OCEAN WORLDS AND ICY VOLCANISM: THE BRINY DEEP
2:15 p.m. Montgomery Ballroom
Chairs: Alyssa Rhoden and Samuel Howell
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Mahieux A. * Goldstein D. B. Varghese P. V. Trafton L. M. |
Constraining
the Enceladus Geyser Using the Markov Chain Monte Carlo Algorithm and
DSMC Simulations [#1282] |
2:30 p.m. |
Rudolph M. L. * Manga M. Walker M. Rhoden A. R. |
Cooling Crusts
Create Concomitant Cryovolcanic Cracks [#2562] |
2:40 p.m. |
Buffo J. J. * Meyer C. R. Chivers C. J. |
Geometry of
Freezing Impacts Ice Composition: Implications
for Icy Satellites [#1759] |
2:50 p.m. |
Lesage E. * Massol H. Howell S. M. Schmidt F. |
Viscoelastic
Deformation of Freezing Cryomagma Reservoirs on Europa [#1527] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Carnahan E. C. * Vance S. V. Cox R. C. Hesse M. H. |
Material
Transport Across Ice Shells by Sinking of Impact-Generated Melt Chambers [#2242] |
3:25 p.m. |
Chivers C. J. * Buffo J. J. Schmidt B. E. |
Are There
Stable Brine Layers Beneath Europa’s Chaos Terrain? [#2194] |
3:35 p.m. |
Pedone M. * Ammannito E. Plainaki C. De Sanctis M. C. Raponi A. et al. |
Focus on the
Processes Occurring in Brines Freezing Under Ceres Surface [#1892] |
3:45 p.m. |
Yoda M. * Sekine Y. Shibuya T. Kikuchi S. Tan S. |
Formation of
Bright Materials on Ceres by Explosive Cryovolcanic Eruption of Deep
Subsurface Brines [#1324] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Morrison A. A. * Whittington A. G. Mitchell K. L. |
Modeling
Emplacement of Turbulent Cryolava Flows [#1553] |
4:20 p.m. |
Singer K. N. * White O. L. Schmitt B. Rader E. L. Protopapa S. et al. |
Large-Scale
Cryovolcanic Resurfacing in the Wright Mons Region of Pluto [#1043] |
4:30 p.m. |
Castillo-Rogez J. C. * Melwani Daswani M. Genova A. Glein C. S. Cochrane C. J. et al. |
Europa’s
Interior Structure and Salinity Based on the Origin of Its Volatiles [#2747] |
4:40 p.m. |
Ramkissoon N. K. * Schwenzer S. P. Fox-Powell M. G. Olsson-Francis K. Pearson V. K. |
Thermochemical
Modelling of Possible Europan Ocean Compositions [#2192] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
PROGRAM LISTING
ORAL |
|||||
POSTER |
SESSION LISTING
ORAL |
|||||
POSTER |
Monday,
March 7, 2022
POSTER SESSION I: SPECIAL SESSION: A YEAR OF PERSEVERANCE AT JEZERO
6:30 p.m. Town Center Exhibit Area
Authors |
Abstract Title and Summary |
Hickman-Lewis K. Moore K. R. Razzell Hollis J. J. Tuite M. L. Beegle L. W. et al. |
Identifying
Microbial Biosignatures on Mars Using the Perseverance Payload: A Case Study Using Microbial Mats from
the Palaeoarchaean [#1973] |
Hundal C. B. Mustard J. F. Kremer C. H. Kaufman S. V. Tarnas J. D. |
The
Olivine-Rich Unit and Mafic Capping Unit:
A Vast Sequence of Volcanic Ashes Exposed in Jezero Crater? [#2349] |
Curtis S. A. Rice M. S. Kraft M. D. Mulcahy S. R. Lapo K. E. et al. |
Spectral
Variability in Naturally Weathered Rock Surfaces and Implications
for Mars [#2401] |
Brown A. J. Wiens R. C. Maurice S. Uckert K. Tice M. et al. |
A Komatiite
Succession as an Analog for the Olivine Bearing Rocks at Jezero [#1406] |
Stein T. C. Arvidson R. E. Zhou F. Hughes M. |
PDS Analyst’s
Notebook for Mars 2020 Perseverance Rover [#1518] |
Bailey A. M. Mehall L. K. Cisneros E. Bell J. F. III Paris K. N. et al. |
The NASA Mars
2020 Mission Perseverance Rover Mastcam-Z Data Archive Update [#1616] |
Million C. C. St. Clair M. Rice M. Vaughan A. |
Software Tools
for Rapid Analysis of Mastcam-Z Multispectral Data [#2533] |
Merusi M.
Kinch K. M.
Madsen M. B.
Bell J. F. III
Hayes A. et al. |
Initial
Performance Assessment of the Mastcam-Z Radiometric Calibration Target on
NASA’s Perseverance Rover Over the First 200 Sols on Mars [#1363] |
Royer C.
Fouchet T.
Montmessin F.
Poulet F. Forni O. et al. |
The Detection
of Spectral Signatures with IRS/SuperCam, Perseverance Rover: Instrument Performance [#1840] |
Johnson J. R. Bell J. F. III Kinch K. M. Merusi M. Joseph J. et al. |
Mastcam-Z
Spectrophotometric Observations at the Van Zyl Overlook, Jezero
Crater, Mars [#1253] |
Johnson J. R. Leget C. Wiens R. C. Newell R. T. Cloutis E. et al. |
Visible Wavelength
Spectroscopy (400-1020 Nm) of Surface Materials at Jezero Crater, Mars, from
Supercam and Mastcam-Z [#1254] |
Cousin A.
Meslin P. Y.
Hausrath E. M.
Cardarelli E.
Lasue J. et al. |
Soil Diversity
at Mars: Comparison of Dataset from
Gale and Jezero Craters [#1374] |
Lasue J.
Meslin P. Y.
Cousin A.
Forni O. Anderson R. et al. |
Comparison of
Dust Between Gale and Jezero [#1758] |
Hausrath E. M. Adcock C. T. Bechtold A. Beck P. Brown A. et al. |
Examining Soil
Crusts at Jezero Crater, Mars [#1604] |
Christian J. R. VanBommel S. J. Kizovski T. Liu Y. Schmidt M. |
Retrieval of
Compositional Endmembers from PIXL Raster Scans [#1550] |
Murphy A. E. Beegle L. W. Bhartia R. Abbey W. Asher S. et al. |
The First 300
Sols of the SHERLOC Investigation on the Mars 2020 Rover [#2154] |
Casademont T. M. Hamran S.-E. Amundsen H. E. F. Eide S. Dypvik H. et al. |
Dielectric
Permittivity and Density of the Shallow Martian Subsurface in
Jezero Crater [#1513] |
Russell P. S. Hamran S.-E. Paige D. A. Nunes D. C. Amundsen H. et al. |
RIMFAX Ground
Penetrating Radar Observations of Subsurface Stratigraphy Along Mars 2020
Perseverance’s Traverse [#2857] |
Montmessin F. McConnochie T. Fouchet T. Royer C. Knutsen E. et al. |
First Results
from Atmospheric Observations of CO2, H2O, O2,
and CO Abundances with SuperCam on Mars 2020 [#1811] |
Martinez G. M. Sebastian E. Vicente-Retortillo A. Fischer E. Toledo D. et al. |
Thermal Inertia
and Albedo at Jezero Crater as Observed from the Mars 2020
MEDA Instrument [#2024] |
Jackson B.
Jayanthi P. Battin R. Crevier J. Dodge H. |
Dust Devils and
Convective Vortices Observed by Mars 2020 Perseverance [#2016] |
Brooks C. L. Romashkova E. A. Deahn M. C. Williams N. R. Golombek M. P. et al. |
Quantifying
Rock Detectability and Refining Candidate Landing and Sample Tube Depot Sites
for Mars Sample Return [#2772] |
Phua Y.
Ehlmann B. L. |
Relationship of
Water Content of Minerals and Spectral Features from Near-Infrared and
Deep-Ultraviolet Raman [#1740] |
Morris M. M. Hurowitz J. A. |
Experimental
Studies of Mg- and Fe- Carbonate Precipitation and Their Application to
Jezero Crater [#1703] |
LaDouceur B. O. McCanta M. C. Dyar M. D. Sklute E. C. |
Evaluating the
Effect of Signal Dilution on Silicate Glass-Raman Signatures in Mixed
Materials: Implications for Mars 2020
Raman Instruments [#2794] |
Monday, March 7, 2022
POSTER SESSION I: SEARCHING FOR LIFE
BEYOND EARTH: “NEVER TELL ME THE ODDS”
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Rios A. C. Aponte J. C. Hoehler T. M. Quinn R. C. Shkolyar S. et al. |
The Life
Detection Knowledge Base: Organizing
Astrobiology Knowledge and Technology with a Need for Engaging the
Astromaterials and Origin of Life Communities [#2706] |
Foustoukos D. I. Houghton J. L. |
High Pressure Continuous
Culturing of Extremophiles: Protocols [#1187] |
Fayolle E. C. Noell A. C. Johnson P. V. Hodyss R. P. Heirwegh C. et al. |
Viability of
Bacterial Spores Under Icy World Surface Conditions [#1785] |
Dzurilla K.
Lay J. O. Jr.
Liyanage R.
Chevrier V. F. |
Detection and
Reactivity of Titan Tholins in Liquid Hydrocarbons Containing
Polar Compounds [#2849] |
Rivera-Valentín E. G. Méndez A. Soto A. Lynch K. L. Chevrier V. F. |
Habitat
Suitability Index Model for Brine Environments on Mars [#2333] |
Monday, March 7, 2022
POSTER SESSION I: PETROLOGY,
PETROGENESIS, AND GEOCHEMISTRY OF MARTIAN METEORITES, CRUST, AND MANTLE
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Futó P.
Gucsik A. |
A Plausible
Bulk Mineral Composition for the Martian Mantle [#1037] |
Ramsey S.
Udry A.
Day J. M.
Ostwald A. |
Major and Trace
Element Bulk Rock and Mineral Chemistry of Northwest Africa 13669, a
New Nakhlite [#1127] |
Prissel K. B. Fei Y. Strobel T. A. |
Synthesis and
Stability of Feiite with Implications for Its Formation Conditions
in Nature [#1164] |
Ostwald A. M. Udry A. Payré V. Gazel E. Wu P. |
The Role of
Assimilation and Fractional Crystallization in the Formation of the
Mars Crust [#1203] |
Ostwald A. M. Udry A. Gross J. Day J. M. D. |
Chemical
Heterogeneities Among Melt Inclusions in Nakhlites and Chassignites [#1206] |
Dong J.
Fischer R. A.
Stixrude L. P.
Lithgow-Bertelloni C. R.
Eriksen Z. T. et al. |
Water Storage
Capacity of the Martian Mantle Through Time [#1215] |
Neuman M.
Gargano A. Shearer C. K. Wang K. Sharp Z. et al. |
Volatile
Element Evolution in the Martian Crust:
Communications with the Martian Surface and Atmosphere? [#1385] |
Sheen A. I. Herd C. D. K. Staddon L. G. Darling J. R. Schwarz W. H. |
Baddeleyite
Microstructures and U-Pb Geochronology of Basaltic Shergottites Jiddat al
Harasis (JaH) 479, Northwest Africa (NWA) 10299, and NWA 12919 [#2183] |
Debaille V.
Roland J.
Goderis S.
Hublet G.
Pourkhorsandi H. |
Asuka 12325: Expanding the Chemical Variety of the Martian
Mantle Sampled by Shergottites [#2433] |
O’Neal E. W. Ostwald A. M. Udry A. Gross J. Righter M. et al. |
Melt Inclusion,
Trace Element, and Isotopic Analyses of a Poikilitic Shergottite Suite: Implications for Martian Magmatism [#2449] |
Burney D.
Liu Y.
Kipp M. A.
Eiler J.
Tissot F. L. H.
et al. |
A New Martian
Gabbroic Shergottite, Northwest Africa (NWA) 13134 [#2530] |
Suarez S. E. Ramsey S. Udry A. Righter M. Lapen T. J. et al. |
Petrologic
Investigation of Olivine Phyric Depleted Shergottites Northwest Africa 2046
and Northwest Africa 6162 [#2892] |
Monday, March 7, 2022
POSTER SESSION I: ANALYSIS AND CURATION
OF PRISTINE RETURNED SAMPLES FROM RYUGU, BENNU, AND MORE
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Haenecour P.
Bennett C. A.
Westermann M. M.
Crombie M. K. Fitzgibbon M. et al. |
SAMIS: A Micro-Information System for OSIRIS-REs
Sample Analysis Data Management [#2471] |
Tachibana S.
Yurimoto H.
Nakamura T.
Noguchi T.
Okazaki R. et al. |
Representative
Surface Samples Returned from Near-Earth C-Type Asteroid (162173) Ryugu and
Their Initial Analysis [#1265] |
Vilas F.
Hendrix A. R.
Jaramillo C.
Pearson N.
Zolensky M. E. et
al. |
Ultraviolet/Visible
Reflectance Spectra of Returned Samples of (162173) Ryugu Unexposed to
Earth’s Atmosphere [#2373] |
Milliken R. E. Hiroi T. Schultz C. Robertson K. Brunetto R. et al. |
Spectroscopic
Ground Truthing of a Carbonaceous Asteroid:
Initial Reflectance Spectra of Ryugu Samples and Implications for
Remote Observations [#1556] |
Dominguez G.
Gainsforth Z.
Amano K.
Kagawa E.
Matsumoto M. et al. |
Nano-IR Imaging
and Spectroscopy of a Ryugu Asteroid Sample [#2736] |
Quirico E.
Bonal L.
Kebukawa Y.
Dartois E.
Engrand C. et al. |
Abundance and
Composition of Organics In Hayabusa2 Samples:
Insights from Micro-FTIR Spectroscopy [#1514] |
Brearley A. J. Nakamura T. Morita T. Kikuiri M. Amano K. et al. |
Mineralogy of
Hayabusa2 Particle A0064 Determined by FIB-TEM: Insights into Aqueous Alteration Processes
on Asteroid Ryugu [#2078] |
Han J.
Zolensky M.
Martinez J.
Brearley A. J.
Nakamura T. et al. |
A FIB/TEM Study
of Particle C0076-FO004 Returned from the Asteroid Ryugu, with a Focus on the
Structures and Compositions of Sulfide Grains [#1838] |
Viennet J.-C. Roskosz M. Beck P. Alp E. E. Lavina B. et al. |
Iron Valence
State and Mineralogy of Grains from Asteroid Ryugu [#1834] |
Brownlee D. E. Joswiak D. J. Nakamura T. Morita T. Amano K. et al. |
Comparison of
Ryugu Particles with IDPs and Comet Samples [#1774] |
Bejach L.
Engrand C.
Duprat J.
Dartois E.
Mathurin J. et al. |
Mineralogical
Comparison Between Asteroid Ryugu Samples Returned by the Hayabusa2 Spatial
Mission and Antarctic Micrometeorites (AMMs) [#1924] |
Dobricǎ E. Ishii H. A. Bradley J. P. Ohtaki K. Noguchi T. et al. |
Nanoscale
Investigation of Various Magnetite Morphologies in the Samples Returned from
C-Type Asteroid Ryugu: Insights into
the Aqueous Alteration Processes [#2188] |
Zanetta P-M.
Thompson M. S.
Zega T. J.
Noguchi T. Yurimoto H. et al. |
Effect of Space
Weathering on the Iron Oxidation State of Ryugu Samples, a
STEM-EELS Study [#1642] |
Byrne D. J. Broadley M. W. Füri E. Marty B. Okazaki R. et al. |
Xenon Isotopic
Characteristics, Nitrogen, and Noble Gas Abundance Patterns of Two Ryugu Grains [#2096] |
Remusat L.
Verdier-Paoletti M.
Mostefaoui S.
Yabuta H. Engrand C. et al. |
H- and
N-Isotope Distributions in the Insoluble Organic Matter of Ryugu Samples [#1448] |
Orthous-Daunay F.-R. Isa J. Wolters C. Vuitton V. Thissen R. et al. |
Molecular
Growth Pattern of Soluble CHN Compounds from Ryugu [#2367] |
McCain K. A. Matsuda N. Liu M.-C. McKeegan K. D. Yamaguchi A. et al. |
Oxygen Isotopes
of Carbonate and Magnetite Record Fluid Evolution on the Ryugu Asteroid [#2432] |
Greenwood R. C. Findlay R. Franchi I. A. Malley J. A. Ito M. et al. |
The Oxygen
Isotopic Composition of Hayabusa2 Particles:
Testing the Relationship with CI and CY Chondrites [#2105] |
Lehnert K. A. Profeta L. |
Managing
Analytical Data from Pristine Returned Samples in Compliance with NASA’S Data
Strategy: The Astromaterials
Data System [#2845] |
Bailey E.
Telus M. Lam P. Webb S. |
Synchrotron Fe
XANES Reveals Distinct Episodes of Early Calcite Growth in Two CM Chondrites: A Record of Evolving Redox Conditions [#2458] |
Hanna R. D. Ketcham R. A. Edey D. R. O’Connell J. |
3D Submicron
Porosity Structure of a mm-Sized Carbonaceous Chondrite [#2429] |
Monday, March 7, 2022
POSTER SESSION I: PLANETARY ATMOSPHERES
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Uttam S.
Sheel V.
Mishra S. K. |
Electric Field
Development Within a Dust Devil on Mars [#1782] |
Kite E. S. Mischna M. A. Fan B. Morgan A. M. Wilson S. A. et al. |
The Decline of
Mars’ Greenhouse Effect Charted by the Changing Spatial Distribution of
Water Flow [#1232] |
Thompson M. A. Telus M. Edwards G. H. Schaefer L. Dreyer B. et al. |
Outgassing
Composition of the Murchison Meteorite:
Implications for Volatile Depletion of Planetesimals and Terrestrial
Exoplanet Atmospheres [#1217] |
Sharp Z. D. Olson P. L. Garai S. |
Multi-Element (H,
He, N, Ar, Kr, Xe) Constraints on the Sources of Volatiles to Earth [#2796] |
Monday, March 7, 2022
POSTER SESSION I: LUNAR VOLATILES AND
EXOSPHERE
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
O’Brien P.
Byrne S. |
Cooler Than
Cool: Doubly Shadowed Regions at the
Lunar Poles [#2372] |
Lee P. |
Impact Melt
Lava Inflation Fractures in Schomberger-A Crater, Moon: New Permanently Shadowed Regions and
Possible Caves Near the Lunar South Pole [#2685] |
Ahrens C. J. Petro N. E. |
Estimating the
Rate of Growth or Shrinkage of the Amundsen Crater PSR Area [#2339] |
Danque H. A. Cannon K. M. |
Modeling the
Thickness of Lunar Polar Volatile Stability Zones and Scenarios for Water
Ice Remobilization [#1635] |
Kletetschka G. Klokočník J. Hasson N. Kostelecký J. Bezděk A. et al. |
Location of
Water Deposits in the Polar Regions of the Moon [#1277] |
Waiters A.
Kaluna H.
Takir D.
Smith P. Lucey P. et al. |
Applying NEATM
to Lunar Subsolar Spectra in Search of Hydration Features [#2681] |
Flom A. J. Lucey P. G. Honniball C. I. Ferrari-Wong C. M. Head J. W. |
Telescopic
Observations of Chang’e 5 Landing Site Hydration in Partial Eclipse [#2855] |
Hendrix A. R. Decker J. Poston M. J. Hurley D. Greenhagen B. T. et al. |
Diurnal
Variations in Hydration Across the Lunar Surface as Observed by LRO LAMP [#1688] |
Knez C.
Hurley D. M.
Benna M. |
Modeling of
Lunar Exospheric Water Events Due to Meteoroid Impacts [#2678] |
Monday, March 7, 2022
POSTER SESSION I: LUNAR GEOPHYSICS,
TECTONICS, AND REGOLITH
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Downey B. G. Nimmo F. Matsuyama I. |
Evolution of
the Lunar Inclination [#2508] |
Martinez A.
Siegler M. A.
Martinez-Camacho J. M. |
A Global
Thermal Conductivity Model for Lunar Regolith at Low Temperatures [#2754] |
Hopkins A.
Warren T.
Curtis R. Bowles N. |
Investigating
Evidence of a Latitudinal-Dependent Lunar Regolith Compaction from the
Diviner Measured Thermal Signals [#2051] |
Venkatraman J. Paige D. A. |
Statistical
Estimates of Rock-Free Lunar Regolith Thickness from Diviner [#1944] |
Kreslavsky M. A. Head J. W. |
“Spiders” on
the Moon: Sites of Regolith Drainage
into Subsurface Voids [#1830] |
Shackelford A. Donaldson Hanna K. L. |
Morphologic and
Spectral Characterization of Regolith Breakdown Due to Water Ice [#1417] |
Nypaver C. A. Thomson B. J. Fassett C. I. |
Investigating
Tectonically Induced Mass Wasting as a Cause for Enhanced Boulder Populations
on the Lunar Maria [#2145] |
Shkuratov Yu. G. Kaydash V. G. Velichko S. F. Korokhin V. V. Surkov E. S. et al. |
The Lunar
Formation Ina: A Scenario
of Origin [#1046] |
Monday, March 7, 2022
POSTER SESSION I: ICY WORLD OCEANS,
COMPOSITION, AND VOLCANISM
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Cartwright R. J. Beddingfield C. B. Patthoff D. A. Cruikshank D. P. Nordheim T. A. et al. |
Investigating
the Composition of Dark Material on Iapetus [#1074] |
Belgacem I.
Cornet T.
Schmidt F.
Cruz Mermy G.
Andrieu F. et al. |
Europa’s
Photometry Through the Spectrum — Revisiting Galileo NIMS Data [#1985] |
Becker T. M. Trumbo S. K. Molyenux P. M. Retherford K. D. Hendrix A. R. et al. |
HST Ultraviolet
Observations of Europa and the Global Surface Distribution of SO2 [#2828] |
Menten S. M. Sori M. M. Bramson A. M. |
Tests of an
Endogenic Origin for Mordor Macula on Charon [#2008] |
Oza A. V. Leblanc F. Johnson R. E. |
Dusk/Dawn
Atmospheric Asymmetries on Tidally-Locked Satellites II: Thermal Tides and Outgassing at the
Galilean Satellites [#2862] |
Rosenfeld S. L. Watson H. C. |
Investigating
the Thermodynamics and Seismic Profile of the Europan Hydrosphere Through
Pure-Water Modeling and Saltwater Experiments [#2209] |
Moore M.
Tran R.
Ayala J. Ayala X. |
Comparing
Cracks in Areas with Evidence of Emitted Water Vapor Near Craters on Europa
and Ceres [#1552] |
Psarakis C.
Vance S. D.
Kavner A.
Chin K.
Fidelis T. T. et al. |
Electrical
Properties of Ocean Worlds: Laboratory
and Computational Investigations [#2936] |
Wolfenbarger N. S. Fox-Powell M. G. Buffo J. J. Soderlund K. M. Blankenship D. D. |
Models for the
Volume Fraction of Brine in Equilibrium with Ice on Earth and Across the
Solar System [#1602] |
Robertson K. M. Li S. |
Radiative
Transfer Modeling of Laboratory Derived Salt-Ice Mixtures: Implications for the Spectral Modeling
of Europa [#1458] |
Castillo-Rogez J. C. Melwani Daswani M. Cockell C. S. |
Assessing Dwarf
Planet Ceres’ Habitability Through Time [#2560] |
Bramble M. S. Hand K. P. |
Spectral
Evidence for Halite in the Faculae on Ceres as Observed by the Dawn
VIR Spectrometer [#2835] |
Rentas Marchand A. N. Daly R. T. Stockstill-Cahill K. R. Mayorga L. C. Sunshine J. M. |
Study of
Reflectance Spectra of Laboratory Mixtures of Organics Relevant to Ceres [#1560] |
Monday, March 7, 2022
POSTER SESSION I: PLANETARY DATA AND
INFRASTRUCTURE: BUILD IT AND THEY WILL
COME
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Williams D. A. Nelson D. M. Milazzo M. P. |
The Io GIS
Database, V. 1.0: A Proto-Io Planetary
Spatial Data Infrastructure [#1165] |
Padams J.
Raugh A.
Hughes J. S.
Joyner R.
Crichton D. et al. |
Becoming a More
FAIR NASA Planetary Data System [#2868] |
Padams J.
Loubrieu T.
Crichton D.
Law E. Hughes S. |
NASA Planetary
Data System API [#2880] |
Lopez K.
Drum M. Palmer E. |
Archive
Navigator: Improving the PDS Archive
Data Browsing Experience Through Context, Identifiers, and PDS4 [#2309] |
Kaufman S. V. Million C. C. St. Clair M. A. |
How We’ll Know
We Can Read All the Data in the PDS: A
Testing Methodology for the Planetary Data Reader!!! [#1119] |
Ward J. G. Slavney S. Guinness E. A. Scholes D. VanBommel S. et al. |
PDS Geosciences
Node Status Update [#1418] |
Wang J.
Scholes D.
Arvidson R. E.
Guinness E. A.
Zhou F. |
Recent
Additions to the Orbital Data Explorer of the PDS Geosciences Node [#2191] |
Perry M. R. Hickson D. C. Morgan G. A. Russell M. B. Foss F. J. II et al. |
Planetary
Orbital Radar Processing and Simulation System [#2390] |
Williams D. A. Nelson D. M. |
Digitization of
the Ronald Greeley 35mm Slide Collection [#1154] |
Guinness E. A. Politte D. V. Arvidson R. E. Byrne P. K. |
Restoration of
Magellan Venus Data Using PDS4 Archiving Standards [#2089] |
Amos C. C. Perry M. R. Putzig N. E. |
Deep Learning
Provides a Promising Approach to Denoising Mars Radar Data [#1246] |
Monday, March 7, 2022
POSTER SESSION I: TERRESTRIAL
OPERATIONAL ANALOGS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Pearson N. C. Kramer G. P. Wright S. Holsclaw G. Borrelli M. E. et al. |
Geology of the
Fall 2021 TREX SSERVI Autonomous Rover Field Sites [#2408] |
Noe Dobrea E. Z. Ahrens C. Banks M. E. Breitfeld A. Candela A. et al. |
Autonomous
Rover Science in the Field: First Results [#1674] |
Clark R. N. Banks M. E. Hendrix A. Lane M. D. Prettyman T. H. et al. |
Science Team
Experience with an Autonomous Rover in the Field and Automated
Science Analyses [#2323] |
Vilas F.
Hendrix A. R.
Holsclaw G. Clark R. N. Pearson N. et al. |
UV/VIS/NIR
Observations Conducted as Part of the First SSERVI TREX Autonomous Rover
Field Expedition [#2517] |
Basu U.
Moersch J.
Hamilton C. W.
Scheidt S.
Voigt J. R. C.
et al. |
Selecting
Suitable Test Sites at Holuhraun, Iceland, for Mars Mission Simulations Using
Rovers and Unmanned Aircraft Systems (UAS) [#2362] |
Murphy A. E. Glamoclija M. Blake D. Sharma S. Beegle L. W. et al. |
Determining
PIXL, SHERLOC, and SuperCam’s Ability to Identify Dolomite Phases and
Potential Biosignatures in Cambrian Microbialites [#2204] |
Parkison A. E. Cloutis E. A. Applin D. M. Kuik J. C. Greenberger R. et al. |
Using Mars
Rover Instrumentation on Samples Collected from Terrestrial Analogue Site
Meriden, Connecticut, to Further Understand Upcoming and Present Mars
Landing Sites [#1715] |
Sinha P.
Horgan B.
Rudolph A.
Ewing R. C.
Rampe E. et al. |
Color Analysis
of Visible Images for Assessing Sediment Provenance During Orbital and In
Situ Planetary Exploration [#2312] |
Edgar L. A. Skinner J. A. Jr. Bleacher J. E. Evans C. A. Graff T. G. et al. |
Training for
Planetary Exploration in Analog Terrains:
The Value of Northern Arizona and the Colorado Plateau [#2282] |
Evans C. A. Graff T. G. Young K. E. Bleacher J. E. Hurtado J. M. et al. |
Field Geology
Boot Camp for NASA Engineers and Managers [#1605] |
Monday, March 7, 2022
POSTER SESSION I: PLANETARY EXPLORATION
ACTIVITIES
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Bernhardt H.
Clark J. D.
Robinson M. S. |
Regional and
Local Geomorphologic Mapping of the Aristarchus Plateau [#1145] |
Scoville Z. C. |
Artemis III EVA
Mission Capability for de Gerlache-Shackleton Ridge [#1079] |
Meier M. L. Frizzell K. R. Kodiara G. R. L. Kopp M. A. Luchsinger K. M. et al. |
Geomorphic and
Resource Analysis of the VIPER Landing Site of the Artemis Program [#1621] |
Gerdts S.
Jimenez N.
Dunlap P. H. Jr. |
Lunar Dust
Tolerance Testing of Representative Seals for Lunar Surface Hatch Seals [#2572] |
Bashandeh K.
Tsigkis V.
Lan P. Polycarpou A. |
Dust Resilient
Polymer-Based Bearing Coatings for Lunar and Mars Application [#1728] |
Farr T. P. Jones B. M. Orlando T. M. Loutzenhiser P. G. |
H2O
Transport Characterization Through Packed Beds of Lunar Highland and Lunar
Mare Simulant Under Relevant In-Situ Recourse Utilization Conditions [#2780] |
Patterson R. V. Frizzell K. R. Kodikara G. R. L. Kopp M. A. Luchsinger K. M. et al. |
In Situ
Resource Utilization Investigations of Potential Artemis Landing Site 105,
Lunar South Pole [#1637] |
Hedrick G.
Mills S.-H. |
Mining Rare
Earth Elements on the Moon [#2633] |
Sargeant H. M. Schultz J. Moser-Mancewicz N. Long-Fox J. Ustunisik G. K. et al. |
Lunar Simulant
Considerations for Molten Regolith Electrolysis Experiments [#2048] |
Barton J. C. Rupar P. A. Bara J. E. Fiske M. Cartwright J. A. |
Synthesis of
Regolith Bricks inAapplication to In-Situ Resource Utilization on
Extraterrestrial Surfaces [#2711] |
Carrier B. L. Beaty D. W. Kminek G. Meyer M. A. Hays L. E. et al. |
Current Status
and Forward Planning for MSR Returned Sample Science [#2344] |
Harrington A. D. Mattingly R. L. Calaway M. J. Smith A. L. II Villarreal J. et al. |
Mars Sample
Return (MSR) Sample Receiving Facility (SRF) Assessment Study (MSAS) [#2407] |
Monday, March 7, 2022
POSTER SESSION I: ADVANCES IN TECHNIQUES
FOR LUNAR SCIENCE
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Wróblewski F. B. Frizzell K. R. Kodikara G. R. L. Kopp M. Luchsinger K. M. et al. |
1:2500
Geomorphological Map of the Intercrater Region Between Shackleton Crater and
Shoemaker Crater of the Lunar South Pole [#1687] |
Mest S. C. Petro N. E. Ostrach L. R. Jolliff B. L. Yingst R. A. |
Geologic
Mapping of the Apollo Lunar Quadrangle (LQ-24), Eastern South
Pole-Aitken Basin [#2540] |
Travers C.
Staples T.
Hugh J.
McKenna D. Miller K. et al. |
Exploring the
Lunar Gruithuisen Domes: A Landing
Site Analysis [#2410] |
Harris C. P. Thomson B. J. Cahill J. T. S. Patterson G. W. Kirk R. L. |
Characterizing
Positional Offsets in Map-Projected Mini-RF Monostatic Data [#2856] |
Archinal B. A. Rosiek M. R. Edmundson K. L. Cushing G. Redding B. L. et al. |
Improved
High-Resolution Lunar DTMs via the Combined Use of LROC NAC and
LOLA Data [#1685] |
Nefian A.
Shirley M.
Colaprete T.
Elphic R. |
Large Scale
Automatic Crater Rim Detection at the Lunar South Pole [#2336] |
Prieur N. C. Rubanenko L. Xiao Z. Kerner H. Werner S. C. et al. |
A Large
Training Dataset of Boulder Sizes and Shapes as a First Step Towards the
Automated Detection of Rock Fragments on Planetary Surfaces [#1835] |
Nefian A.
Shirley M.
Colaprete T.
Elphic R. |
On the
Uniqueness of Crater Patterns at the Lunar South Pole [#2370] |
Braccia C. M. Schmerr N. C. Zhu W. DeMartini J. V. Lisabeth H. et al. |
Properties of
Regolith from Experiments at Small Scale in Seismic Simulants: PORES4 [#2307] |
Wike L.
Coonan J.
Kim D. Ghent R. Kruse S. et al. |
Imaging
Heterogeneity in Regolith Using a Joint Ground Penetrating Radar and
Seismology Approach [#2357] |
St. Clair M. Million C. C. Ianno A. Feng J. Siegler M. |
Approaches to
Production of Intermediate Data Products for Characterizing Systemic
Anomalies in the Chang’e-2 Microwave Radiometer Data [#2785] |
Surkov Y.
Shkuratov Y.
Kaydash V.
Videen G.
Korokhin V. et al. |
Olivine
Abundance Assessment Using the Ratio of 1- and 2-μm Integrated Band
Depths: Applications to Chandrayaan-1
M3 Data [#1048] |
Speyerer E. J. Boyd A. K. Robinson M. S. |
Wide Angle
Camera Photometry: Empirically Derived
Phase Ratio Maps of the Moon [#2728] |
Powell T. M. Horvath T. Lopez Robles V. Williams J.-P. Hayne P. O. et al. |
Improved
Nighttime Temperature Maps from LRO Diviner with a Model for
Topographic Removal [#2274] |
Prem P.
Greenhagen B. T.
Donaldson Hanna K. L.
Shirley K. A.
Glotch T. D. |
Modeling
Thermal Emission from the Anisothermal Lunar Regolith [#1544] |
Husic A.
Donaldson Hanna K. L. Greenhagen B. T. Bowles N. E. |
Characterizing
the Effects of Small-Scale Surface Textures on Thermal IR Spectra of Apollo
Bulk Lunar Soils [#2056] |
Monday, March 7, 2022
POSTER SESSION I: INNER SOLAR SYSTEM
MISSION CONCEPTS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Alpert H. S. Ahrens C. Bell T. Bierson C. Bonnet K. et al. |
VERNE: Revealing the Mysteries and Histories
of Venus [#1012] |
CLPS Project Office
Exploration Sci. Strat and Integ. Office |
Summary of the
Contracted Deliveries of NASA Payloads to the Moon via Commercial Lunar
Payload Services (CLPS) [#2791] |
Blewett D. T. Halekas J. Ho G. C. Greenhagen B. T. Anderson B. J. et al. |
Lunar Vertex: PRISM Exploration of Reiner Gamma [#1131] |
Martin T. D. Atwell M. J. Oelke M. L. Crain T. P. Robinson M. S. et al. |
South Pole
Hopper: First In-Situ Exploration of
Lunar Polar Terrain [#2007] |
Kerley N. M. Archer B. R. Peloquin J. Kendell N. Witte Z. |
The LUNAr Total
Ice Concentration Survey (LUNATICS): A
CubeSat Mission Quantifying Global Lunar Water Inventories Also Challenges
the Late Heavy Bombardment [#1025] |
Ehlmann B. L. Klima R. L. Bennett C. L. Blaney D. Bowles N. et al. |
Lunar
Trailblazer: A Pioneering Smallsat for
Lunar Water and Lunar Geology [#2316] |
Petro N. E. Keller J. W. Banks M. Elder C. M. Stickle A. M. et al. |
The Lunar
Reconnaissance Orbiter Mission as a New Era of Lunar Exploration Begins, Plans
for Extended Mission 5 [#2326] |
Kite E. S. Stucky de Quay G. Lewis K. W. Mangold N. Warren A. O. et al. |
The Case for
Paleoclimate Science from a Next-Generation Mars Helicopter [#1234] |
Lillis R. J. Curry S. C. Ma Y. J. Curtis D. W. Taylor E. R. et al. |
ESCAPADE: A Twin-Spacecraft Simplex Mission to Unveil
Mars’ Unique Hybrid Magnetosphere [#1135] |
Baker D. M. H. Davis R. Haltigin T. Mugnuolo R. Usui T. et al. |
International
Mars Ice Mapper Mission: Reconnaissance
for the Human Exploration of Mars [#2757] |
Haltigin T.
Lavagna M.
Plaut J.
Bramson A. M.
Davis R. et al. |
The International
Mars Ice Mapper Mission Measurement Definition Team: Overview, Composition, Tasks,
and Timeline [#2741] |
Keane J. T. Sori M. M. Ermakov A. I. Austin A. Bapst J. et al. |
Next-Generation
Planetary Geodesy: Results from the
2021 Keck Institute for Space Studies Workshops [#1622] |
Scheeres D. J. McMahon J. W. Bierhaus E. B. Wood J. Benner L. A. M. et al. |
Janus: A NASA SIMPLEx Mission to Explore Two NEO
Binary Asteroids [#1756] |
Amini R. B. Bandyopadhyay S. Bhaskaran S. Miller R. Haynes M. et al. |
Integrated
Science and Engineering Simulation Tool for Small Body Missions [#2802] |
Monday, March 7, 2022
POSTER SESSION I: LUNAR INSTRUMENTS AND
PAYLOAD CONCEPTS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Zacny K.
Chu P.
Vendiola V.
Goldman S.
Creekmore P. et al. |
TRIDENT Drill
for VIPER and PRIME1 Missions to the Moon [#1068] |
Palmowski J.
Zacny K. Stolov L. Bywaters K. |
REBELS: Rapidly Excavated Borehole for Exploring
Lunar Subsurface [#2265] |
Hamm M.
Grott M.
Knollenberg J.
Müller N.
Robinson M. S. et
al. |
LRAD — A
Radiometer for the Lunar South Pole Hopper µNova [#1393] |
Bywaters K. F. Ricco A. Bramall N. Cady S. Geitmann A. et al. |
Basic Lunar
Organism Observations and Measurements (Bloom); Investigation of
Microorganisms and Plant Growth on the Lunar Surface in Lunar Regolith as a
First Step in Protecting Health of Astronauts and Providing In-Situ
Grown Food [#1586] |
Zanetti M.
Robinson B.
Whelley P.
Bremner P. Miller K. |
Low-SWaP, High
Resolution LiDAR: A Critical Enabling
Technology for Lunar Surface Exploration [#2634] |
Zanetti M.
Robinson B.
DeLeon Santiago B.
Hayward E. Miller K. et al. |
The Kinematic Navigation and Cartography
Knapsack (KNaCK) LiDAR System:
Overview and Applications [#2660] |
Diotte F.
Lemelin M. Doucet F. R. |
Laser-Induced
Breakdown Spectroscopy for the Identification and Quantification of Volatiles
and Highly Siderophile Elements in the Lunar Regolith [#1968] |
Palat A.
Ximenes S.
Hooper D. M.
Patrick E. L.
Battaglia R. et al. |
Development of
a Lunar Dust Instrument to Study the Deposition of Micro Dust Particles on
the Lunar Surface [#2173] |
Vidwans A.
Biswas P.
Gillis-Davis J. J.
Ogliore R. C.
Jolliff B. L. |
Lunar
Particulate Matter Characterization Using Optical Scattering [#2457] |
Schaible M. J. Seibers Z. D. Ryan E. A. Shofner M. L. Reynolds J. R. et
al. |
Potential
Dangers and Mitigation of Electrostatically Charged Dust Grains on the
Lunar Surface [#2960] |
Black J. L. Garcia A. H. Deitrick S. R. Yu V. John K. K. |
Dust Mitigation
Technology Characterization of Coatings and Pliable Cleaners [#2907] |
John K. K. Barker D. C. Buhler C. R. Chambers W. A. Dunlap P. H. et al. |
An Overview of
NASA-STD-1008: Classifications and
Requirements for Testing Systems and Hardware to Be Exposed to Dust in
Planetary Environments [#2841] |
Ayllon-Unzueta M. Bronner B. Gicquel F. Grau J. Miles J. et al. |
Full Spectrum
Fitting Analysis of Bulk Elemental Composition Analyzer (BECA) Gamma
Ray Data [#2674] |
Mezilis J. A. Hovik W. Zacny K. Bergman D. Bell J. et al. |
Lunar ExoCam
2021 Payload Test Flight Report [#1237] |
Rogers A. D. Honniball C. I. Glotch T. D. Hopkins R. J. Lucey P. G. et al. |
Rover-Based
Reconnaissance with Thermal Infrared Hyperspectral Imaging [#1977] |
Evans M. E. Leonard M. D. Morgan J. A. |
A Notional
Artemis Lunar Surface Exploration Package (ArLSEP) Based on the Gandalf
Staff Platform [#2720] |
Robinson M. S. Mahanti P. Brylow S. M. Bussey D. B. J. Carter L. M. et al. |
ShadowCam: Seeing in the Moon’s Shadows [#1659] |
Panning M. P. Kedar S. Bowles N. Bugby D. Calcutt S. et al. |
Farside Seismic
Suite (FSS): Surviving the Lunar Night
and Delivering the First Seismic Data from the Farside of the Moon [#1576] |
Heather D. J. Sefton-Nash E. Fisackerly R. Trautner R. Barber S. et al. |
The ESA
PROSPECT Payload for LUNA 27: Science
Activities and Development Status [#1825] |
Rampe E. B. Cannon K. M. Sarrazin P. Blake D. F. Obbard R. W. et al. |
Mineralogical,
Elemental, and Tomographic Reconnaissance Investigation for CLPS (METRIC) [#2093] |
Nagihara S.
Banks M. E.
Grimm R. E.
Stillman D. E. Watkins R. N. et al. |
Landing Site
Selected for the Blue Ghost Mission to Mare Crisium [#1390] |
Ngo P.
Sanigepalli V.
Zasadzien M.
Castle C. Wang A. et al. |
Engineering and
Test Development of Heat Flow Probe and Pneumatic Drill for Lunar Lander
Mission to Mare Crisium [#2587] |
Farrand W. H. |
An
Investigation of Polarimetric Characteristics of Lunar Pyroclastic Deposits
to be Conducted with KPLO PolCam [#1981] |
Blewett D. T. Basic G. Wiker J. Martin A. C. Sniderman A. et al. |
Planetary
Surface Texture Lab: Initial Commissioning [#1030] |
Monday, March 7, 2022
POSTER SESSION I: NON-LUNAR INSTRUMENTS
AND PAYLOAD CONCEPTS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Abraham S.
Zhu Y.
Bloser P.
Berry J. Sandoval B. et al. |
Capability
Demonstration of an Ambient-Temperature Imaging Gamma-Ray Spectrometer for
High-Sensitivity Planetary Elemental Mapping [#2264] |
Obbard R. W. Sarrazin P. Vo N. T. Hanna R. D. Rampe E. B. et al. |
Versatile
In-Situ X-Ray Micro Computed Tomography Instrument for
Planetary Exploration [#2314] |
Jakubek R. S. |
Modeling
Homogeneously Broadened Raman Bands Using Geometrical Optics and Its
Potential Applicationfor Comparing Flight and Analogue Instrument
Raman Spectra [#1096] |
Kelly E. M. Egan M. J. Colon A. Angel S. M. Sharma S. K. |
Single-Grating
Monolithic Spatial Heterodyne Raman Spectrometer — A Potential Tool for
Planetary Exploration [#2929] |
Maryatt B.
D’Souza S.
Tackett B.
Hawke V.
Herreras Martinez M. |
Entry, Descent,
and Landing Analysis of Low Mass Martian Probe for Surface Climate Network [#2725] |
Grott M.
Knollenberg J.
Hamm M.
Biele J. Helbert J. et al. |
In-Situ
Radiometric Investigation of Phobos Using the MMX Rover’s
miniRAD Instrument [#1199] |
Fitzgerald Z. Zacny K. Mueller R. Morrison P. McCormick M. et al. |
PlanetVac: Sample Acquisition and Delivery System for
Instruments and Sample Return [#2586] |
Lapo K. E. Rice M. S. |
Validation of
TANAGER, an Automated Hemispheric Goniometer [#2483] |
Rice M. S. Hoza K. Lapo K. |
TANAGER: An Automated Spectrogoniometer for
Bidirectional Reflectance Studies of Natural Rock Surfaces [#2570] |
Fries M.
Alred J.
Holland-Hunt S.
Jakubek R. Loo J. et al. |
Mars Space Suit
Materials Testing Using SHERLOC Calibration Target Data: The Max-CF Project [#2789] |
Tinker C. R. Glotch T. D. |
Dust Coating
Deposition Chamber for Thermal Infrared Spectral Analysis Under Simulated
Airless Body Conditions [#1960] |
Anderson R. C. Chin K. Dohm J. Sollitt L. Zacny K. et al. |
SPARTA: A Toolkit for Subsurface Exploration of
Planetary Regolith [#2398] |
Kohout T.
Kasparek T.
Palos M.
Chrbolkova K.
Penttilä A. et al. |
Autonomous
Image Coverage and Sharpness Detection for Hyperspectral Data Download
Prioritization — Solution for the ASPECT Payload of the Milani CubeSat
(AIDA/Hera Mission) [#2117] |
PROGRAM LISTING
ORAL |
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POSTER |
SESSION LISTING
ORAL |
|||||
POSTER |
Times
listed are Central Standard Time (CST). Time
Zone Converter
6:30 a.m. PDT
8:30 a.m. CDT
9:30 a.m. EDT
3:30 p.m. CEST
11:30 p.m. JST
Tuesday,
March 8, 2022
ANALYSIS AND CURATION OF
PRISTINE RETURNED SAMPLES FROM RYUGU AND BENNU
8:30 a.m. Waterway Ballroom 1
Chairs: Faith Vilas and Eric Parker
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Matsumoto T. * Noguchi T. Miyake A. Igami Y. Haruta M. et al. |
Space
Weathering of Anhydrous Minerals in Regolith Samples from the C-Type
Asteroid Ryugu [#1693] |
8:45 a.m. |
Nishiizumi K. * Caffee M. W. Nagao K. Masarik J. Okazaki R. et al. |
Exposure
Conditions of Samples Collected on Ryugu’s Two Touchdown Sites Determined by
Cosmogenic Nuclides 10Be and 26Al [#1777] |
8:55 a.m. |
Kebukawa Y. * Quirico E. Dartois E. Bonal L. Engrand C. et al. |
Organic Matter
in the Asteroid Ryugu Samples Inferred from Its Infrared
Transmission Spectra [#1271] |
9:05 a.m. |
Mathurin J. * Dartois E. Dazzi A. Deniset-Besseau A. Bejach L. et al. |
Nanometre-Scale
Infrared Chemical Imaging (AFM-IR) Study of Ryugu Samples Returned by the
Hayabusa2 Space Mission [#2142] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
De Gregorio B. T. * Cody G. D. Kilcoyne A. L. D. Stroud R. M. Sandford S. A. et al. |
Variety of
Organic Functional Chemistry in Ryugu Organic Matter [#1634] |
9:40 a.m. |
Stroud R. M. * De Gregorio B. T. Nittler L. R. Barosch J. Yabuta H. et al. |
Diversity in
Asteroid Ryugu Organic Matter as Revealed by Analytical Transmission
Electron Microscopy [#2052] |
9:50 a.m. |
Schmitt-Kopplin Ph. * Hertkorn N. Harir M. Lucio M. Naraoka H. et al. |
High Molecular
Diversity and Structural Complexity Revealed with Ultrahigh Resolution Mass
Spectroscopy and Nuclear Magnetic Resonance Spectroscopy of
Ryugu Samples [#1524] |
10:00 a.m. |
Parker E. T. * Furusho A. Glavin D. P. Hamase K. Naraoka H. et al. |
Amino Acid
Analyses of a Sample of Ryugu by a Combination of Liquid Chromatography and
High-Resolution Mass Spectrometry Techniques [#2651] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Yada T. * Abe M. Nakato A. Yogata K. Miyazaki A. et al. |
Preliminary
Analyses on Bulk and Individual Ryugu Samples Returned by Hayabusa2 [#1831] |
10:35 a.m. |
Pilorget C. * Okada T. Hamm V. Brunetto R. Yada T. et al. |
First NIR
Hyperspectral Imaging of Hayabusa2 Returned Samples by the MicrOmega
Microscope Within the ISAS Curation Facility [#2088] |
10:45 a.m. |
Ito M. * Tomioka N. Uesugi M. Yamaguchi A. Imae N. et al. |
Hayabusa2 Returned
Samples: Unique and Pristine Record of
Solar System Materials from Asteroid Ryugu [#1601] |
10:55 a.m. |
Calaway M. J. * McQuillan J. |
Reduced Organic
Outgassing in the NASA OSIRIS-REx and Hayabusa2 Curation Facility by Careful
Selection and Implementation of Cleanroom Construction Materials [#1148] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A Final Discussion |
11:27 a.m. |
|
Session Closure |
Tuesday, March 8, 2022
SPECIAL SESSION: VENUS, THE EMERGING
PLANET: WHAT WE KNOW AND DON’T KNOW
BEFORE THE UPCOMING MISSIONS
8:30 a.m. Waterway Ballroom 4
Chairs: Mike Way and Jenny Whitten
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session introduction |
8:35 a.m. |
Smrekar S. E. * Hensley S. Dyar M. D. Whitten J. Nunes D. et al. |
VERITAS (Venus
Emissivity, Radio Science, InSAR, Topography, and Spectroscopy): A Selected Discovery Mission [#1122] |
8:45 a.m. |
Widemann T. * Ghail R. C. Wilson C. F. Titov D. V. Straume A. G. et al. |
The Envision
Mission to Venus [#2948] |
8:55 a.m. |
Helbert J. * Dyar M. D. Vandaele A. C. Marcq E. Mueller N. et al. |
The Venus
Surface Emissivity Mapper on the NASA VERITAS Mission and the VenSpec Suite
on the ESA EnVision Mission [#2071] |
9:05 a.m. |
Mogul R. * Limaye S. L. Way M. |
Vertical
Profile for CO2 and Particle Distribution from Venus’
Mass Spectra [#1235] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Deahn M. C. * Gilmore M. S. Garvin J. B. Arney G. Getty S. |
Mapping the
DAVINCI Probe Descent Imaging Corridor and Touchdown Zone: Alpha Regio, Venus [#2101] |
9:40 a.m. |
Eggers G. L. * Filiberto J. D’Incecco P. Mari N. Leone G. et al. |
Mineralogy and
Spectroscopy of Mount Etna Lava Flows as an Analogue to Venus [#2255] |
9:50 a.m. |
Tucker W. S. * Dombard A. J. |
Topographic
Change at Coronae on Venus Recorded by Lava Flows [#1445] |
10:00 a.m. |
Byrne P. K. * Ghail R. C. James P. B. Klimczak C. Şengör A. M. C. et al. |
Recent and
Possibly Ongoing Formation of Tesserated Rocks on Venus [#1197] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Gillmann C. * Golabek G. Raymond S. Schönbächler M. Tackley P. et al. |
Late Accretion
Water Delivery on Venus and Volatile History [#1766] |
10:35 a.m. |
Warren A. O. * Kite E. S. |
Constraints on
Early Venusian Habitability from Atmospheric Oxygen [#2430] |
10:45 a.m. |
Weller M. B. * Evans A. J. Ibarra D. E. Johnson A. V. Kukla T. |
Atmospheric
Evidence of Early Plate Tectonics on Venus [#2328] |
10:55 a.m. |
Kane S. R. * Arney G. Head J. W. Kopparapu R. Lyons T. et al. |
Testing the Boundaries
of Planetary Habitability: The
Critical Need for In-Situ Data [#1683] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Tuesday, March 8, 2022
A YEAR OF PERSEVERANCE AT JEZERO II
8:30 a.m. Waterway Ballroom 5
Chairs: Melissa Rice and Roger Wiens
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Rice M. S. * Johnson J. R. Million C. C. St. Clair M. Horgan B. N. et al. |
Summary of
Mastcam-Z Visible to Near Infrared (VNIR) Multispectral Observations from
Perseverance’s Mission in Jezero Crater, Mars [#2559] |
8:45 a.m. |
Garczynski B. J. * Bell J. F. Horgan B. H. N. Johnson J. R. Rice M. S. et al. |
Perseverance
and the Purple Coating: A Mastcam-Z
Multispectral Story [#2346] |
8:55 a.m. |
Tate C. D. * Hayes A. G. Crumpler L. S. Sanjeev G. Núñez J. I. |
Photogrammetric
Modeling of the Séítah Toe-Dip Area for Stratigraphic Analysis of Jezero
Crater, Mars [#2956] |
9:05 a.m. |
Núñez J. I. * Johnson J. R. Horgan B. N. Rice M. S. Vaughan A. et al. |
Stratigraphy
and Mineralogy of the Deposits Within Séítah Region on the Floor of Jezero
Crater, Mars as Seen with Mastcam-Z [#2937] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Kah L. C. * Minitti M. Cardarelli E. Mangold N. Liu Y. et al. |
Use of Size
Frequency Distributions in the Interpretation of Planetary
Surface Materials [#2044] |
9:40 a.m. |
Poulet F. * Royer C. Beck P. Mandon L. Quantin-Nataf C. et al. |
Modal
Mineralogy of Seitah Unit in Jezero Crater (Mars) Retrieved from Nonlinear
Unmixing Analyses of IRS/SUPERCAM [#2032] |
9:50 a.m. |
Wiens R. C. * Udry A. Mangold N. Beyssac O. Quantin C. et al. |
Composition and
Density Stratification Observed by SuperCam in the First 300 Sols in
Jezero Crater [#2075] |
10:00 a.m. |
Meslin P.-Y. * Forni O. Beck P. Cousin A. Beyssac O. et al. |
Evidence for
Perchlorate and Sulfate Salts in Jezero Crater, Mars, from
Supercam Observations [#2694] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Beck P. * Forni O. Meslin P.-Y. Benzerara K. Beyssac O. et al. |
Hydrogen
Distribution in Jezero Crater Rocks as Seen from SuperCam LIBS [#1178] |
10:35 a.m. |
Chide B. * Bertrand T. Lorenz R. D. Hueso R. Banfield D. et al. |
Sound Speed on
Mars Measured by the SuperCam Microphone on Perseverance [#1357] |
10:45 a.m. |
Cardarelli E. L. Vaughan A. Minitti M. E. * Beegle L. Rice M. et al. |
Regolith at
Jezero Crater, Mars: Spectral
Diversity, Textures, and Implications for Provenance [#2858] |
10:55 a.m. |
Siegler M. A. * White M. N. Brovoll S. Hamran S. Russell P. et al. |
Passive
Radiometry of Subsurface Temperatures Using the Mars 2020
Rimfax InstrumentM [#1491] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Tuesday, March 8, 2022
LUNAR VOLATILES AND EXOSPHERE
8:30 a.m. Waterway Ballroom 6
Chairs: Kurt
Retherford and Caitlin Ahrens
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Landis M. E. * Hayne P. O. Williams J.-P. Greenhagen B. T. Paige D. A. |
Predicted
Surface Volatile and Subsurface Water Ice Thermal Stability Zones at the
Lunar Poles from Diviner Data [#1651] |
8:45 a.m. |
Luchsinger K. M. * Chanover N. J. |
Lunar Migration
of Ice in Seasonal Transient Shadow [#1786] |
8:55 a.m. |
Wilcoski A. X. * Hayne P. O. Elder C. M. |
Lunar Pits and
Caves: Thermal Environment and
Volatile-Trapping Potential [#2598] |
9:05 a.m. |
Mahanti P. * Robinson M. S. Wagner R. V. Speyerer E. J. Williams J-P. |
Patchy
Secondary Illumination at the Shackleton Crater Floor Permanently
Shadowed Region [#1671] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Huang Z. * Nomura K. Wang J. |
Combinative
Effects of Solar Wind Implantation and Micrometeoroid Impact on Lunar
Volatile Formation [#2621] |
9:40 a.m. |
Tai Udovicic C. J. * Frizzell K. R. Kodikara G. L. Kopp M. Luchsinger K. M. et al. |
Modeling the
Effects of Basin Impacts and Ballistic Sedimentation on Ice in Lunar
Cold Traps [#1528] |
9:50 a.m. |
Tucker O. J. * McLain J. L. Farrell W. M. Hurley D. M. |
Temporal
Variations of H2, H2O, and CH4 in the Lunar
Exosphere Driven by Solar Wind Implantation and Impact Vaporization [#2646] |
10:00 a.m. |
Schultz P. H. * Li S. |
Origin of Water
Signatures Within Clavius and Other Impact Craters on the Moon [#2876] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Wilk K. A. * Mustard J. F. Kremer C. H. Milliken R. E. |
Exploring the
Utility of the Water Absorption Feature at 6.1 Microns [#2704] |
10:35 a.m. |
Cremons D. R. * Honniball C. I. |
Simulating
Multispectral Lidar Measurements of Lunar Surface Hydration [#1421] |
10:45 a.m. |
Aleinov I. * Way M. J. Head J. W. Tsigaridis K. Harman C. et al. |
Early Transient
Volcanically-Induced Lunar Atmospheres:
Their Longevity and Effect on Volatile Deposition [#1784] |
10:55 a.m. |
Orgel C. * Sefton-Nash E. Warren T. Boazman S. J. King O. et al. |
Spatial
Distribution of Stable Water-Ice Considering Engineering Constraints in the
Lunar South Polar Region [#2434] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Tuesday, March 8, 2022
PLUTO AND NEW JUNO RESULTS AT GANYMEDE AND IO
8:30 a.m. Montgomery Ballroom
Chairs: Kelsi Singer and Steve Vance
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Pettine M. M. * Hayes A. G. Rathbun J. A. Imbeah S. Lopes R. M. C. et al. |
Distribution
and Magma-Tude: Constraining Io’s Heat
Flow and Volcano Distribution Using the JIRAM Instrument [#1613] |
8:45 a.m. |
Brown S. * Bolton S. Misra S. Levin S. Zhang Z. et al. |
Juno Microwave
Radiometer Observations of Ganymede’s Ice Shell [#2583] |
8:55 a.m. |
Molyneux P. M. * Greathouse T. K. Gladstone G. R. Versteeg M. H. Hue V. et al. |
Juno UVS
Observations of Ganymede’s UV Reflectance and Aurora [#2666] |
9:05 a.m. |
Plattner A. M. Mills A. C. * Johnson C. L. |
How
Dipole-Dominant is Ganymede’s Core Field? [#1111] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Collins G. C. * Schenk P. M. Ravine M. A. Hansen C. J. Patterson G. W. |
Geology of the
Subjovian Hemisphere of Ganymede as Revealed by JunoCam [#2076] |
9:40 a.m. |
Schenk P. * Collins G. Hansen C. Ravine M. McKinnon W. B. |
Junocam at
Ganymede: Topographic Mapping of
Craters, Calderas, and Domes [#2783] |
9:50 a.m. |
Caussi M. * Dombard A. J. Korycansky D. G. White O. L. Schenk P. M. et al. |
Dome Craters on
Ganymede and Callisto May Form by Topographic Relaxation of Pit Craters Aided
by Remnant Impact Heat [#2164] |
10:00 a.m. |
Moore J. M. * White O. L. Schenk P. M. Korycansky D. G. Dombard A. J. et al. |
Buto Facula,
Ganymede: Palimpsest Exemplar [#1643] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Ballantyne H. A. * Asphaug E. Denton C. A. Emsenhuber A. Jutzi M. |
Sputnik
Planitia as an Impactor Remnant: An
Ancient Mascon in a Frozen Ice Mantle [#2268] |
10:35 a.m. |
Kihoulou M. * Patočka V. |
Sputnik
Planitia Basin as a Trigger for Melting and Reorientation of Pluto’s
Ice Shell [#1837] |
10:45 a.m. |
Moruzzi S. A. * Andrews-Hanna J. C. Schenk P. Johnson B. C. McKinnon W. B. |
Pluto’s Sputnik
Basin as a Peak-Ring Basin: A
Comparative Study [#2273] |
10:55 a.m. |
Ferguson S. N. * Rhoden A. R. Kirchoff M. R. |
Hit Me with
Your Best Shot; Using Elliptical Craters to Examine the Bombardment Source
for Craters on Saturn’s Moon Mimas [#2906] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
PROGRAM LISTING
ORAL |
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POSTER |
SESSION LISTING
ORAL |
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POSTER |
Tuesday, March 8, 2022
PLENARY SESSION: NASA HEADQUARTERS
BRIEFING
1:00 p.m. Waterway Ballroom 4, 5, & 6
1:00 p.m. |
NASA
Headquarters Briefing |
Tuesday, March 8, 2022
DIFFERENTIATED PARENT BODIES FROM CORE TO CRUST
2:15 p.m. Waterway Ballroom 1
Chairs: Zoltan Vaci and Marc Hirschmann
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Bintang F. M. * Keller T. Daly L. |
2D Four-Phase
Numerical Modelling of Percolation- and Rainfall-Driven Core Formation
in Planetesimals [#2177] |
2:30 p.m. |
Murphy Quinlan M. * Walker A. M. Davies C. J. Mound J. E. Müller T. et al. |
Constraining
the Formation of Pallasite Meteorites with Coupled Multi-Scale Modelling [#2947] |
2:40 p.m. |
Anand A. * Kruttasch P. M. Mezger K. Windmill R. Hofmann B. A. et al. |
IIAB and IIG
Iron Meteorites Originated from a Single Parent Body [#1891] |
2:50 p.m. |
Nicklas R. W. * Day J. M. D. Vaci Z. Ren M. |
Brachinite
Highly Siderophile Element Systematics Indicate Retention of a Pt-Rich Phase
During Chondrite Melting [#1018] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Jones J. H. Shearer C. K. * |
Geochemical
Relationships Among Selected Diogenites, Cumulate Eucrites, Harzburgites,
and Eucrites [#1802] |
3:25 p.m. |
Vaci Z. * Krawczynski M. J. Ogliore R. C. |
Experimental
Investigation of Spinel-Pyroxene Symplectite Formation in Ultramafic
Planetary Materials [#2121] |
3:35 p.m. |
Gorce J. S. * Simon J. I. Mittlefehldt D. W. |
Thermodynamic
and Diffusion Model Estimates on Metamorphic Temperatures and Timescales for
Basaltic Eucrite GRA 98098 [#1570] |
3:45 p.m. |
He Y. * Liu X. W. Zhang A. C. |
Evolved Components
in the Layered Eucrite Northwest Africa 8021 [#1104] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Zhu K. * Barrat J.-A. Yamaguchi A. Moynier F. |
Nickel and
Chromium Stable Isotope Compositions in Ureilites [#2293] |
4:20 p.m. |
Peterson L. D. * Newcombe M. E. Nielsen S. G. Alexander C. M. O’D. Wang J. et al. |
The H2O
Content of the ALM-A Ureilitic Trachyandesite [#1384] |
4:30 p.m. |
Goodrich C. A. * Collinet M. Jercinovic M. Prissel T. Tang H. et al. |
Almahata Sitta
3005: A New Sample of Ureilitic Crust
and New Insights into Differentiation of the Ureilite Parent Asteroid [#1065] |
4:40 p.m. |
Agee C. B. * Ross A. J. Spilde M. N. Ziegler K. |
Erg Atouila 001: Unique Albitite Achondrite Meteorite [#2442] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
Tuesday, March 8, 2022
SPECIAL SESSION: ADVANCING INCLUSION,
DIVERSITY, EQUITY, AND ACCESSIBILITY IN THE PLANETARY WORKFORCE
2:15 p.m. Waterway Ballroom 4
Chairs: Justin
Filiberto and Parvathy Prem
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Gardner-Vandy K. G. * Batchelor R. L. Scalice D. M. |
Applying the
Braided River STEM Workforce Development Model to Planetary Science
and Astrobiology [#2799] |
2:30 p.m. |
Rathbun J. A. * Rivera-Valentín E. G. Diniega S. |
Inclusivity and
the Culture of Planetary Science: The
Hostile Obstacle Course [#2161] |
2:40 p.m. |
Rivera-Valentín E. G. * Rathbun J. A. Lynch K. L. |
The Need for an
Intersectional Perspective to Improve the State of the Profession in
Planetary Science [#2781] |
2:50 p.m. |
Zellner N. E. B. * Moore L. K. Thompson M. Daou D. Santiago-Materese D. Rinehart S. A. |
IDEA Activities in NASA’s Planetary Science Division |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Shaner A. J. * Buxner S. Lynch K. L. Matiella Novak A. Merkel A. W. et al. |
Using Effective
Practices in Inclusion, Diversity, Equity, and Accessibility to Engage with
Underrepresented Audiences in STEM [#2610] |
3:25 p.m. |
Klug Boonstra S. * Garcia D. Kretke K. Acuña A. Storksdieck M. et al. |
Enabling a
Diverse and Inclusive STEM Workforce by Identifying and Mitigating the
Barriers to Success [#2758] |
3:35 p.m. |
Marusiak A. G. * Baker M. Beghein C. Daubar I. J. Fernando B. et al. |
InSight’s
Diversity and Inclusion Working Group [#1545] |
3:45 p.m. |
Shupla C. * Gorce J. S. Filiberto J. Mane P. Rivera-Valentín E. G. et al. |
Braving Diversity [#2159] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Scalice D. M. * Kirven-Brooks M. Gronstal A. L. Gardner Vandy K. G. |
Beyond Permits: Expanding Fieldwork Protocols to Include
Relationship Building with Indigenous Communities [#2726] |
4:20 p.m. |
Barry C. * Whelley N. Richardson J. Whelley P. Glotch T. et al. |
Developing
Community Resources to Promote Safety and Inclusivity in Field Work [#2811] |
4:30 p.m. |
Molaro J. L. * Wells-Jensen S. Virre E. Kapusta A. B. Voelker A. D. et al. |
Testing
Accessibility Accommodations for Disabled or Mixed-Ability Crews Operating in
Space-Like Environments [#1745] |
4:40 p.m. |
Piatek J. L. * |
Designing
Accessible Conferences or: How We
Could Learn to Stop Worrying and Love Poster Sessions [#2686] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
Tuesday, March 8, 2022
AEOLIAN AND MODERN PROCESSES ON MARS
2:15 p.m. Waterway Ballroom 5
Chairs: Elena Favaro and Ryan Ewing
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Rubanenko L. * Lopez S. P. Fenton L. K. Ewing R. C. Lapôtre M. G. A. |
Global Map of
Surface Winds on Mars from Barchan Dune Migration Directions and Horn
Asymmetry Using a Convolutional Neural Network [#1209] |
2:30 p.m. |
Chojnacki M. * Vaz D. A. Silvestro S. Silva D. C. A. |
Annual
Variability of Dune Field Fluxes on Mars [#2064] |
2:40 p.m. |
Marvin M. C. * Gunn A. Day M. Lapôtre M. G. A. |
Quantifying
Dune Interactions on Planetary Surfaces:
Updated Methodology and Implications for Dune Pattern Analyses [#1236] |
2:50 p.m. |
Young B. W. * Bishop M. P. Ewing R. C. Lapôtre M. Gunn A. |
Using
Topographic Structure to Map Sand Dunes:
Results from White Sands Dune Field and Applications to Mars [#1734] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
McDougall D. * Sevy J. Radebaugh J. Kerber L. Rabinovitch J. et al. |
Yardang Shapes
and Material Properties in Terrestrial Ignimbrites Applied to the Medusae
Fossae Formation, Mars [#2861] |
3:25 p.m. |
Keszthelyi L. P. * |
An Alternative
(Aeolian) Hypothesis for the Proposed Recent Cerberus Fossae
Pyroclastic Deposit [#1982] |
3:35 p.m. |
Grant J. A. * Wilson S. A. Golombek M. P. Trussell A. Warner N. H. et al. |
Constraints on
Degradation at the InSight Landing Site, Homestead Hollow, from Rock Heights
and Shapes [#2215] |
3:45 p.m. |
Burr D. M. * Viviano C. E. Michaels T I. Chojnacki M. Jacobsen R. E. |
An Explosive
Volcanic Origin Identified for Dark Sand in Aeolis Dorsa, Mars [#1073] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Favaro E. A. * Balme M. R. Davis J. Fawdon P. Grindrod P. M. et al. |
Periodic
Bedrock Ridges on Clay-Bearing Terrain at Oxia Planum, Mars [#2259] |
4:20 p.m. |
Kreslavsky M. A. * |
Seasonal Brine
Formation in Shallow Subsurface on Mars [#2628] |
4:30 p.m. |
Stillman D. E. * Primm K. M. Bue B. Wagstaff K. L. Lee J. H. et al. |
Geostatistical
Analysis of All RSL Within Rauna Crater to Distinguish Between RSL
Formation Mechanisms [#1419] |
4:40 p.m. |
Munaretto G. * Pajola M. Lucchetti A. Cremonese G. Simioni E. et al. |
Multiband
Photometry of Martian Recurring Slope Lineae (RSL) and Dust-Removed Features
at Horowitz Crater, Mars from TGO/CaSSIS Colour Observations [#2287] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
Tuesday, March 8, 2022
VENUS: SO HOT RIGHT NOW
2:15 p.m. Waterway Ballroom 6
Chairs: Paul Byrne and Leah Sabbeth
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Russell M. B. * Johnson C. L. |
Evidence for
Volcanism Associated with the Fracture Annulus of Aramaiti Corona, Venus [#1245] |
2:30 p.m. |
Klidaras A. T. * Mason P. J. |
Mapping Recent
Activity on Venus: The
Tectono-Magmatic Evolution of Ozza Mons and the History of Atla Regio [#1893] |
2:40 p.m. |
Lang N. P. * Thomson B. J. |
Global
Distribution of “Undeformed” Channels on Venus: First Look and Thoughts [#2325] |
2:50 p.m. |
Gregg T. K. P. * Sakimoto S. E. H. |
Origin of
Venusian Canali, Channel and Valley Networks:
Basalt or Not? [#2415] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Chesal J. * Smith I. B. |
Cloud
Morphologies on the Nightside Middle Atmosphere of Venus Caused by an
Equatorial Jet that Produces Zonal Wind Shear [#1645] |
3:25 p.m. |
Hahn R. M. * Byrne P. K. |
Kernel Density
Analysis of Volcanoes on Venus at Varying Spatial Scales [#2437] |
3:35 p.m. |
Whitten J. L. * Campbell B. A. |
Classifying
Venusian Tessera Based on Roughness Characteristics [#1208] |
3:45 p.m. |
Ganesh I. * Carter L. M. Henz T. N. |
Radar
Backscatter and Emission Models of Possible Pyroclastic Deposits
on Venus [#1771] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Ghail R. C. * Hoad C. A. J. |
Is Lada Terra
the Site of a Mantle Overturn Upwelling Zone? [#2123] |
4:20 p.m. |
Maia J. S. * Wieczorek M. A. |
Atla Regio
Revisited: Insights on the
Lithospheric Structure of Volcanic Rises on Venus [#1847] |
4:30 p.m. |
Vaujour T. Plesa A.-C. * Walterova M. Breuer D. |
Thermal
Evolution, Magmatic Style, and Tidal Deformation of Venus [#1422] |
4:40 p.m. |
Sabbeth L. * Carrington M. E. Smrekar S. E. |
A New Look at
the Relationship Between Fracture Annuli and Topographic Rims and Trenches at
Venusian Coronae [#2155] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Close |
Tuesday, March 8, 2022
MAPPING LUNAR WATER
2:15 p.m. Montgomery Ballroom
Chairs: Amanda
Hendrix and Ariel Deutsch
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Lawrence D. J. * Peplowski P. N. Wilson J. T. Elphic R. C. |
Global Hydrogen
Abundances on the Moon [#2676] |
2:30 p.m. |
Retherford K. D. * Grava C. Magaña L. O. Czajka E. A. Byron B. D. et al. |
LRO Lyman Alpha
Mapping Project (LAMP) Latest Results and Plans for LRO Extended Science
Mission 5 [#1583] |
2:40 p.m. |
McClanahan T. P. * Boynton W. V. Chin G. Livengood T. Parsons A. et al. |
Evidence for
Widespread Hydrogenation of Lunar South Polar Cold Traps Observed by the
Lunar Exploration Neutron Detector (LEND) Onboard the Lunar Reconnaissance
Orbiter (LRO) [#2525] |
2:50 p.m. |
Honniball C. I. * Lucey P. G. Arredondo A. Reach W. T. Malaret E. R. |
Regional Map of
Water at High Southern Lunar Latitudes Using
6 µm Data from the Stratospheric Observatory for
Infrared Astronomy [#2060] |
3:00 p.m. |
Lemelin M. Camon A. Li S. Diotte F. Lucey P. G. * |
Water Ice
Detections in the Polar Regions Using the Kaguya Spectral Profiler [#1700] |
3:10 p.m. |
Jozwiak L. M. * Leeburn J. M. Patterson G. W. |
The Search for
Water Ice at the Lunar South Pole: A Mini-RF Investigation [#2185] |
3:20 p.m. |
|
Panel Q&A |
3:40 p.m. |
|
Transition to Next Session |
Tuesday, March 8, 2022
LUNAR EXPLORATION ACTIVITIES
3:45 p.m. Montgomery Ballroom
Chairs: David
Lawrence and Catherine Elder
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
3:45 p.m. |
|
Session Introduction |
3:50 p.m. |
Osinski G. R. * |
Preparing for
Artemis: The Importance of Field
Geology Training at Impact Analogue Sites and the Case for the Mistastin
(Kamestastin) Lake Impact Structure, Canada [#2125] |
4:00 p.m. |
Kring D. A. * Lemelin M.
van der Bogert C. H. Bickel V. Hiesinger H. et al. |
Geological EVA
Science Along a South Pole-Aitken (SPA) Basin Massif Ridge Cross-Cut by
Shackleton Crater [#1906] |
4:10 p.m. |
Willard C. G. * Pimentel E. R. Lee P. |
Survey of the
Lunar South Pole for Candidate NASA Artemis Base Camp Sites [#2742] |
4:20 p.m. |
Menges J. D. * Cannon K. M. |
The Search for
Natural Landing Pads on the Moon and Mars [#1559] |
4:30 p.m. |
Bueno A. * |
Investigating
Plume Surface Interaction (PSI) Effects on the Lunar Surface [#1655] |
4:40 p.m. |
Sargeant H. M. * Dyson J. Otto H. Long-Fox J. Britt D. et al. |
Lunar Dust
Transport from Rover Wheel Interactions:
Modelling Charged Dust Grains in Surface Electric Fields [#2040] |
4:50 p.m. |
|
Panel Q&A |
5:10 p.m. |
|
Session Closure |
PROGRAM LISTING
ORAL |
|||||
POSTER |
SESSION LISTING
ORAL |
|||||
POSTER |
Tuesday,
March 8, 2022
POSTER SESSION II: VENUS:
HOTTING UP
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Port S. T. Bhattacharya A. Dattani S. Eubanks M. Gregg T. K. P. et al. |
Venera-D: Venus Cloud Habitability
System Workshop [#1259] |
Shaner A. J. Buxner S. Kiefer W. S. Treiman A. H. |
A Venus Science
Public Engagement Initiative: Implementing
Public Engagement Activities Through a Scientist-Focused Approach [#1435] |
Lizano F.
Izenberg N. R. |
The APL Venus
Environment Chamber— Simulating Venus Surface Conditions [#1665] |
Tsigki V. T. Bashandeh K. B. Lan P. L. Polycarpou A. A. P. |
Tribological
Investigation of High Temperature Coatings for Venusian Conditions [#2718] |
Merchak E. J. Port S. T. Chevrier V. F. Nawar N. |
Reaction Rates
on Venus: The Effects of Supercritical
Versus Gaseous CO2 on Mineral Weathering [#2523] |
Port S. T. Santos A. R. Kremic T. Hunter G. W. |
Experimental
Investigation of Calcium Minerals in a Venus Simulated Environment [#2743] |
Runyon K. D. Barnouin O. S. Ernst C. M. Izenberg N. R. Stickle A. M. |
Ejecta Emplacement
in a Thick Atmosphere with Application to Venus: Preliminary Considerations [#2775] |
Adams G. M. Mills F. P. Willacy K. Yung Y. L. |
Model
Sensitivity Analysis of Polysulfur Reactions in the Atmosphere of Venus [#1533] |
Strezoski A.
Treiman A. H. |
Maxwell Montes,
Venus: Its Radar “Snowline” is Not at
a Constant Elevation — Implications for Its Origin [#1629] |
Albach R. S. Whitten J. L. |
Venusian
Tesserae: Morphologic Variation in
Backscatter Coefficient and Topography Datasets [#2320] |
vonLembke D. W. O’Hara S. T. McGovern P. J. |
Ring Faults on
Sapas Mons (Venus) and Elliptical Magma Chambers [#1761] |
Sakimoto S. E. H. Gregg T. K. P. |
The Language of
Lava: Updated Models for Folded
Venusian Flows, Lava Rheologies, and Surface Roughnesses [#2550] |
Kargel J. S. Baker V. R. Grinspoon D. H. Johnson N. M. Komatsu G. |
Sapphire Sea: Possible Consequences of an Ancient
Venusian Hydrosphere [#2200] |
Way M. J. Ernst R. E. Scargle J. D. |
Large Igneous
Provinces and the Heat-Death of Venus [#1204] |
Ermakov A. I. Bills B. G. Navarro T. Schubert G. Górski K. |
Harmonic
Analysis of Venus’ Thermal Tide [#1817] |
Tuesday, March 8, 2022
POSTER SESSION II: EDUCATION AND
WORKFORCE DEVELOPMENT: ENGAGING THROUGH
THE STORIES AND TOOLS OF PLANETARY SCIENCE
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Tiedeken S. L. Tan F. W. Jones A. J. |
An Evening with
NASA Scientists and Engineers: A
Senior Living Community Outreach Program [#1195] |
Barry C.
Jones A.
Wasser M.
Tiedeken S. L.
Buxner S. et al. |
Everyone,
Everywhere, Every Year: Highlights
from International Observe the Moon Night 2021 [#2902] |
Peralta R.
Doressoundiram A. |
Guiana to the
Stars: Science Outreach Tour for the
Webb Space Telescope Launch [#2520] |
Cloutis E. A. Kiddell C. B. Misner A. Lukie M. Ferguson P. |
The Manitoba
Lunar and Planetary STEM Network (MLaPS):
A K-12 STEM Initiative [#1663] |
Day B. H. Law E. S. |
Expanding the
Horizons of Education and Public Engagement with NASA’S Solar
System Treks [#1472] |
Daubar I. J. Stanley S. Irving J. Marusiak A. G. Morgan P. et al. |
InSightSeers: Early Career Opportunity to Observe the
InSight Science Team at Work [#2146] |
Rodriguez S.
Madison A. Landsman Z. Long-Fox J. Metke A. et al. |
Inspiring the
Next Generation of ISRU Researchers [#2760] |
Scully J. E. C. Mitchell K. L. Lowes L. L. Nash A. E. Hudson T. L. et al. |
The Planetary
Science Summer School During the COVID-19 Pandemic: Facilitating an Authentic Learning
Experience in an Entirely Remote Environment [#2359] |
Tuesday, March 8, 2022
POSTER SESSION II: ICY BODY TECTONICS
AND INTERIORS: ALL IT’S CRACKED UP TO BE
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Pamerleau I. F. Sori M. M. Scully J. E. C. |
Insolation-Driven
Topographic Evolution on Ceres [#1711] |
Beddingfield C. B. Cartwright R. J. Leonard E. J. Nordheim T. A. Scipioni F. |
Estimating Heat
Fluxes from Ariel’s Large Chasmata [#1099] |
Patthoff D. A. Beddingfield C. B. Cartwright R. J. |
Tidal Stresses
at Iapetus [#2484] |
Nathan E.
Huber C.
Head J. W. |
A Stress-Based
Framework for Understanding the Evolution of Icy Worlds [#1075] |
Shao W. D. Nimmo F. |
The Effect of
Libration Heating on the Thermal State of Enceladus’s Ice Shell [#1628] |
Chen A.
Craft K. L.
Rudolph M.
Rhoden A. R. |
Investigations
of Crater Induced Fracture Mechanics at Europa [#2932] |
Zipparo S. N. Núñez K. A. Montési L. G. J. Howell S. M. |
Push, Pull,
Shear, or Overprinting? Quantitative Strain Analysis of Lineae on Europa [#2174] |
Detelich C. E. Patterson G. W. Collins G. C. |
Reconstructing
the History of Plate Motions Involved with the Formation of Libya Linea,
Astypalaea Linea, and Cyclades Macula, Europa [#2118] |
Hammond N. P. Collins G. C. Goodman J. C. Walker C. C. McCarthy C. |
Shear Madness: Modeling Strike-Slip Fault Evolution
on Europa [#2590] |
Detelich C. E. Kattenhorn S. A. |
Global-Scale
Tidal Forcing and Plate Tectonics Have Both Shaped the Tectonic Evolution
of Europa [#2135] |
Howell S. M. Hay H. |
Europa’s Icy
Structure: Statistical Modeling as a
Bridge to Physical Modeling [#2601] |
Berdis J. R. Murphy J. R. Chanover N. J. |
Europa’s
Surface Water Ice Crystallinity and Correlations Between Lineae and
Hydrate Composition [#1568] |
Pozzobon R.
Rossi C.
Lucchetti A.
Massironi M.
Pajola M. et al. |
3D Geologic
Reconstruction and Digital Fracture Network Analysis of Uruk Sulcus Region
on Ganymede [#2171] |
Rossi C.
Lucchetti A.
Massironi M.
Pozzobon R.
Penasa L. et al. |
Tectonic
Evolution of Ganymede’s Furrows [#2306] |
Tuesday, March 8, 2022
POSTER SESSION II: FORMATION AND
EVOLUTION OF COMETS AND KUIPER BELT OBJECTS:
WAY OUT THERE
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Quirico E.
Bacmann A.
Auge B.
Wolters C.
Vuitton V. et al. |
A Radiolytic
Origin of Red Organics at the Surface of the Arrokoth
Trans-Neptunian Object [#1907] |
Emran A.
Chevrier V. F. |
Single
Scattering Albedo Induced Uncertainty in Grain Size Estimation of Surface
Volatiles on TNOs And KBOs [#1092] |
Raut U.
Teolis B. D.
Kammer J. A.
Gimar C. J. Brody J. S. et al. |
Role of Dynamic
Photolysis in the Origin of Charon’s Red Polar Albedo [#1580] |
White O. L. Singer K. N. Williams D. A. Moore J. M. Lopes R. M. C. |
A Global
Geological Map of Pluto at 1:7M Scale [#1302] |
Miller J. W. Yin A. |
Megaflood
Origins for Pluto’s Washboard and Fluted Terrains [#2738] |
Barrington M. N. Birch S. P. D. Jindal A. Hayes A. Corlies P. et al. |
Geomorphologic
Evolution of Smooth Terrains of Comet 67P/Churyumov-Gerasimenko [#1702] |
Moruzzi S. A. Hayes A. G. Corlies P. Soderblom J. M. Birch S. P. D. et al. |
Sub-Resolution
Surface Properties of Comet 67P/Churyumov-Gerasimenko from Hapke Modeling and
Implications for Material Transport [#2292] |
Jackson A. P. Desch S. J. |
Chips Off the
Old Block: 1I/’Oumuamua and C/2016 R2
as Fragments of the Surfaces of Pluto-Like Planets [#2486] |
Tuesday, March 8, 2022
POSTER SESSION II: OUTER SOLAR SYSTEM
MISSIONS AND INSTRUMENTATION
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Pappalardo R. T. Howell S. M. Korth H. Craft K. Daubar I. et al. |
Europa Clipper: Mission Status and Update [#2710] |
Gerekos C.
Haynes M. S.
Young D. A. Blankenship D. D. |
REASON
Cluttergrams of Cilix Ridged Plains Using a Novel Simulator Based on a Rough
Facet Integral Formulation [#1632] |
Hand K. P. Phillips C. B. Craft K. Pitesky J. E. Cameron M. E. et al. |
Science Goals
and Mission Architecture of the Europa Lander Mission Concept [#1788] |
Cameron M. E. Hand K. P. Phillips C. B. Pitesky J. E. Bramble M. S. et al. |
Science-Driven
Preparations for Landing on Europa [#2470] |
Scully J. E. C. Phillips C. B. Cameron M. E. Craft K. Persaud D. M. et al. |
The Application
of Lessons Learned from Previous Landing and/or Sampling Missions to the
Europa Lander Mission Concept [#2291] |
Wong Z. F. G. Berisford D. F. Goldstein D. B. Trafton L. M. Varghese P. L. et al. |
Thermal
Analysis of Experimental Apparatus Simulating Icy World Conditions [#2532] |
Comellas J. M. Chertok M. A. Wychoff S. Englert P. A. J. Lucey P. G. et al. |
Triton Ices
Mapper: A VNIR Spectrometer
Feasibility Study [#1639] |
Butterworth A. L. New J. S. Kazemi B. Spathis V. Golozar M. et al. |
Quantitative
Capture of Organics from Ice Impacts for Chemical Biosignature Analysis of
Enceladus Plume Ice [#2500] |
Seaton K. M. III Burnett E. R. Denton C. A. Doerr B. Ebadi K. et al. |
Science
Objectives for a Mission Concept to Enceladus: The Astrobiology eXploration at
Enceladus (AXE) [#2152] |
Seaton K. M. III Burnett E. R. Denton C. A. Doerr B. Ebadi K. et al. |
Mission
Implementation for a New Frontiers Mission Concept: The Astrobiology eXploration at
Enceladus (AXE) [#2168] |
Sobron P.
Simon K.
Eshelman E.
Yanchilina A.
Barge L. M. et al. |
Autonomous
Concepts to Explore the Seafloor in Ocean Worlds [#2425] |
Estlack Z.
Butterworth A. L.
Golozar M. Parsley N. Mathies R. A. et al. |
Microgravity
Test Plan for a Fully Integrated Programmable Microfluidic
Organic Analyzer [#2812] |
Lawrence D. J. Adams D. Ames W. F. Ayllon-Unzueta M. Bronner B. M. et al. |
The Dragonfly
Gamma-Ray and Neutron Spectrometer (DraGNS):
Providing In-Situ Measurements of Titan’s Elemental Composition [#1939] |
Cary F.
Kelly E.
Hyvl J.
Malaska M.
Arroyo-Flores K. et al. |
Nuclear
Magnetic Resonance (NMR) as a Tool for In-Situ Dynamic Analysis of
Titan’s Lakes [#1598] |
Zacny K.
Paulsen G. Margulieux R. Thomas L. Spring J. et al. |
Drill for
Acquisition of Complex Organics (DrACO) for Dragonfly Mission [#1069] |
Stolov L.
Zacny K.
Lang C.
Mellerowicz B.
Palmowski J. et al. |
Testing of
SLUSH Ice Penetrating Probe in Europa, Enceladus, and Mars Environments [#1713] |
Lucchetti A.
Tubiana C.
Roatsch T.
Hueso R. Denk T. et al. |
The Janus
Camera Onboard ESA JUICE Mission: The
Science Planning Strategy [#2144] |
Craft K. L. Asenath-Smith E. Coker R. F. German C. R. Jakuba M. V. et al. |
Ocean Worlds
Signals Through the Ice (STI) Technology — Returning Data from
Deep Below [#2753] |
Sandtorf-McDonald J. R. Chevrier V. F. |
FTIR and Raman
Spectral Analysis of Clathrates in Cryogenic Conditions [#2813] |
Czaplinski E. C. Cámara J. Dzurilla K. Hossen M. A. Schmerl B. et al. |
AI for
Addressing Unknown Unknowns in Outer Solar System Missions [#2734] |
Rodriguez L. E. Yanchilina A. G. Perl S. M. Simon K. H. Eshelman E. J. et al. |
Considerations
of Pulsed Raman Spectroscopy for the Analysis of Ocean World
Analog Samples [#2805] |
Roberts J. H. Atchison J. A. Bradfield J. D. Buczkowski D. L. Bull R. J. et al. |
Decoupled
Gravity Science Investigations for Planetary Exploration [#1561] |
Tuesday, March 8, 2022
POSTER SESSION II: SMALL BODIES: PHYSICAL CHARACTERISTICS AND SURFACE
COMPOSITION
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Kareta T.
Moskovitz N.
Gustafsson A. |
The Big Heat: Albedo Changes as Cause of Destruction of
Near-Sun Asteroids [#1575] |
Beniyama J.
Sako S.
Ohsawa R.
Takita S.
Kobayashi N. et al. |
Subsecond
Time-Resolved Photometry of Tiny Near-Earth Objects with Tomo-e Gozen [#1853] |
Anderson S. A. Towner M. C. Fairweather J. Bland P. A. Devillepoix H. A. R. et al. |
Successful
Recovery of an Observed Meteorite Fall Using Drones and Machine Learning [#2013] |
Broussard M. A. Fries M. Farnsworth A. |
Search for a
Mathematical Means of Automated Meteorite Fall Identification [#2335] |
Korda D.
Penttilä A.
Klami A. Kohout T. |
Neural Network
for Determining Asteroid Composition [#1239] |
Cambioni S.
Delbo M.
Poggiali G.
Avdellidou C.
Ryan A. J. et al. |
Rock Porosity
Controls the Production of Fine Regolith on Asteroids [#1158] |
Hendrix A. R. Vilas F. Jaramillo C. Pearson N. |
Phobos and
Deimos: Constraints on Surface
Composition from Ultraviolet-Visible Spectra [#2476] |
Hiroi T.
Ohtsuka K.
Zolensky M. E.
Rutherford M. J.
Milliken R. E. |
Tagish Lake is
Still the Only Possible Meteorite Sample from D-Type Asteroids [#1149] |
Kim Y.
Hirabayashi M. |
A Possible
Interior Layout of (16) Psyche Compatible with the Radar Observation [#1205] |
Sorli K. C. Hayne P. O. Scheeres D. J. |
Development of
a Thermophysical Model for Binary Asteroid Systems and Application to Janus
Mission Target 1996 FG3 [#2860] |
Connell S. A. Wolf Z. U. Applin D. M. Sidhu S. Turenne N. N. et al. |
Single Grain
Analysis of Olivine Using Reflectance Spectroscopy to Support Asteroid Sample
Return Missions [#1752] |
Rossmann F. R. Johnson C. L. Bierhaus E. B. Al Asad M. Daly R. T. et al. |
Topographic
Roughness Profiles Across Impact Craters on Asteroid (101955) Bennu from the
OSIRIS-REx Laser Altimeter [#1808] |
Dickinson C. S. Zabala Z. M. Stolpner S. Bloomquist L. Daly M. G. et al. |
The Use of the
Hololens as a Novel Means to Display 3-D Data for Planetary Exploration —
Target: Asteroid (101955) Bennu [#2679] |
Dickinson C. S. Daly M. G. Seabrook J. Barnouin O. S. Lauretta D. S. |
Asteroid Bennu: The Most Precisely Surveyed Planetary Body
in Our Solar System, as Measured by the OSIRIS REx Laser Altimeter (OLA) [#2659] |
Li S.
Kaplan H. H. |
A New Thermal
Correction for OVIRS Data: Implications
for Distribution and Origin of Water on Bennu [#2379] |
Penttilä A.
Palos M. F.
Näsilä A. Kohout T. |
Blender
Modeling and Simulated Testbed for Solar System Object Imaging and
Camera Performance [#2151] |
Marohnic J. C. DeMartini J. V. Richardson D. C. |
A Numerical
Approach to Studying the Effects of Particle Shape on Rubble-Pile Dynamics [#2729] |
Takir D.
Le Corre L.
Emery J. P.
Hibbitts C. H.
Kitazato K. |
Mineralogical
Mapping of Asteroid Ryugu Using NIRS3 Spectra [#1606] |
Tuesday, March 8, 2022
POSTER SESSION II: AEOLIAN AND MODERN
PROCESSES ON MARS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Bohacek E. V. Barrett A. M. Balme M. R. Favaro E. A. Sefton-Nash E. |
Aeolian Bedform
Crest Detection Using Machine Learning and Canny Edge Detector [#2765] |
Widmer J. M. Day M. |
The Degradation
of Opportunity’s Rover Tracks — A Proxy for Local Aeolian Activity
on Mars [#1662] |
Tuesday, March 8, 2022
POSTER SESSION II: MARTIAN LAKES,
RIVERS, AND GULLIES… OH MY!
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Soldano V. A. McCoy S. W. Calvin W. M. Adams K. D. |
Ubiquity of
Unincised Martian Deltas Holds Clues to Understanding Hydrology on Mars [#1714] |
Mondro C. A. Fedo C. M. Moersch J. E. |
A Morphologic
Approach to Distinguishing Alluvial Fans from Other Depositional Features
on Mars [#2348] |
Shadab M. A. Hiatt E. Hesse M. A. |
Estimates of
Martian Mean Recharge Rates from Analytic Groundwater Models [#1775] |
Bahia R. S. Steinmann V. |
Formation
Timescales of Amazonian-Hesperian Aged Martian Valley Networks [#1086] |
Morgan A. M. |
Evidence for
Prolonged and Episodic Fluvial Activity Recorded in Martian Valley
Network Morphology [#1307] |
Tuesday, March 8, 2022
POSTER SESSION II: ALTERATION PROCESSES
ON MARS: HOT AND COLD MISH-MASH
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Ulapane P.
Tu S. Ehm L. Parise J. B. Rogers A. D. |
Experimental
Characterization of Magnesium Chlorate Phase Transitions: Implications for Metastable Liquids
on Mars [#1746] |
Fitting A.
Chevrier V. F.
Rivera-Valentín E. G.
Soto A. |
Modeling the
Deliquescence of Complex Salt Mixtures at the Phoenix Landing Site [#2643] |
Lewinski M. G. Pentrak M. P. Jakubek R. S. Peretyazhko T. S. Lefticariu L. |
Clay Mineral
Alteration in Complex Acidic Environments:
Implications for the Martian Sedimentary Record [#2249] |
Slank R. A. Rivera-Valentín E. G. Chevrier V. F. |
Experimental
Constraints on Water Vapor Exchange with a Salty Mars Regolith Analog: Implications for Brine Formation [#2166] |
Abney B. C. Elwood Madden M. E. |
Phosphate as an
Indicator of pH in Raman Spectra of Brines [#2461] |
Wilson M. M. Milliken R. E. Gough R. V. |
Water Cycling
of Hydrous Minerals Under Mars-Relevant Conditions and Implications for
Interpreting Near-IR Spectra of Mars [#2364] |
Riu L.
Carter J. Poulet F. |
Abundance of
Hydrated Silicates at Mars Derived from Orbit — Implications for the Water
Content Stored at the Surface [#1826] |
Mège D.
Gurgurewicz J. Schmidt F. Schultz R. A. Douté S. et al. |
Hydrothermal
Activity at the Edge of the Borealis Impact Basin in Valles Marineris [#1948] |
Fortier V.
Debaille V.
Dehant V.
Bultel B.
Debecker D. et al. |
Experimental
Study of Serpentinization and Abiotic CH4 Production in
Martian Conditions [#2208] |
Chevrier V. F. Morisson M. |
Thermodynamic
Modelling of Carbonate-Phyllosilicate Parageneses and Implications for
Environmental Conditions in Nili Fossae, Mars [#2397] |
Bedford C. C. Rampe E. B. Thorpe M. T. Ewing R. C. Nachon M. et al. |
Characterizing
the Effects of Glaciation on the Volcanic Source Rocks of the SAND-E
Mars-Analog Mission and Its Implications for Mars [#2817] |
Tuesday, March 8, 2022
POSTER SESSION II: VOLCANISM ON MARS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Grima C.
Putzig N. E.
Campbell B. A.
Perry M. R. Gulick S. P. et al. |
Martian
Roughness at 15-m Scale from Radar Statistics [#1198] |
Miller R. C. Grima C. Gulick S. P. S. Putzig N. E. Perry M. R. et al. |
Volcanic Facies
and 15m Scale Roughness Throughout Athabasca Valles: A Multi-Stage Flow Development [#1554] |
McKeeby B. E. Ramsey M. S. |
The Sub-Meter
Surface Roughness of Martian Basaltic Lava Flows [#1656] |
Russo F. P. Flynn I. T. W. Ramsey M. S. |
The Impact of
Slope Variability on the Modeling of Martian Lava Flows [#1410] |
Flynn I. T. W. Crown D. A. Ramsey M. S. |
Emplacement
Conditions and Vent Locations for the Channelized and Partially Buried Lava
Flows Southwest of Arsia Mons [#1261] |
Russell A. T. Perry M. R. Putzig N. E. Grima C. Miller R. C. et al. |
Understanding
Elysium Planitia Through Statistical and Standard Radar Analysis [#2782] |
Bates A.
Goossens S.
Karunatillake S.
Lorenzo J. M. Ojha L. et al. |
Supereruptions
in Northwestern Arabia Terra Reveal an Early Stage of Mars’s
Mantle Evolution [#2424] |
Schaefer M. B. Aurora E. Menten S. M. Rudolph A. Horgan B. |
Identification
and Classification of Supervolcanoes in Arabia Terra on Mars [#2531] |
Tuesday, March 8, 2022
POSTER SESSION II: DIFFERENTIATED PARENT
BODIES FROM CORE TO CRUST
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Limbaugh N. G. Cartwright J. A. Hallis L. J. |
Nakhlite, Cumulate
Eucrite, and Diogenite Melt Inclusion Analyses: Investigating Parent Melt Characteristics
of Achondrites from Mars and 4 Vesta [#2380] |
Burbine T. H. Buchanan P. C. Jercinovic M. J. Greenwood R. C. |
Determining
Vestoid Pyroxene Mineralogies [#1995] |
Peter A. S. Nakarmi P. Mewes T. Cartwright J. A. |
Towards a
Unified Regolith Index for Howardites [#2836] |
Barrett T. J. King A. J. Degli-Alessandrini G. Humphreys-Williams E. Schmidt B. et al. |
A Detailed
Mineralogical and Isotopic Study of the Historic Monomict
Eucrite Padvarninkai [#2228] |
Kouvatsis I.
Cartwright J. A.
Whitehouse M. J. |
Lead-Lead
(Pb-Pb) Dating of Eucrites and Mesosiderites:
Implications for the Formation and Evolution of Vesta [#1248] |
Barrett T. J. Černok A. Degli-Alessandrini G. Zhao X. Anand M. et al. |
The Shock
Response of Apatite and Its Effect on Volatiles in Eucrites [#1675] |
McCubbin F. M. Lewis J. A. Barnes J. J. Elardo S. M. Boyce J. W. |
The Abundances
of F, Cl, and H2O in 4 Vesta from Eucrites [#2705] |
Anzures B. A. Dygert N. Lucas M. P. |
Thermochemical
Evolution of the Winonaite and IAB Iron Meteorite Parent Body [#2696] |
Chiappe E. C. Ash R. D. Walker R. J. |
Chemical
Compositions of the Group IIIE Iron Meteorites [#2382] |
Regula A.
Bloom H. E.
Dauphas N.
Davis A. M.
Korsmeyer J. M. et
al. |
Trace Element
Ratios with CHILI: A
Progress Report [#2877] |
Hooper N. J. Dygert N. Hrubiak R. Monteleone B. D. Anzures B. A. |
Experimental
Evidence for Liquid Iron Alloy Flotation on Silicate Melt [#2724] |
Nathan G.
Jacobson S. A. |
Extent of
Isotopic Fractionation Due to Metal-Silicate Equilibration During
Core Formation [#2692] |
Futó P. |
The Rocky
Planets with Magnesium-Depleted Mantle Composition [#1036] |
Pinkham L. A. Bell A. S. Shearer C. K. |
Effects of fO2
on Pyroxene and Plagioclase Compositions in Angrite
Crystallization Experiments [#2578] |
Mansbach E. N. Weiss B. P. Borlina C. S. Lima E. A. |
Paleomagnetism
of the Acapulco Primitive Achondrite [#1970] |
Tuesday, March 8, 2022
POSTER SESSION II: PRESOLAR GRAINS AND
INTERPLANETARY DUST PARTICLES
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Fries M.
Bastien R.
McBride K.
Rodriguez M. |
Timed
Collections in the NASA Cosmic Dust Aircraft Collected Particle Collection
Including Previous Collections [#2627] |
Gainsforth Z. Sandford S. A. Tomsick J. A. Westphal A. J. |
Simulated Fe-L
Edge XAS of Fe-PAH Sandwich Molecules in the ISM [#1812] |
Tuesday, March 8, 2022
POSTER SESSION II: ICY WORLD IMPACTS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Ravine M. A. Hansen C. J. Caplinger M. A. Collins G. C. Schenk P. M. |
Ganymede Imaged
by Junocam 42 Years After Voyager [#2682] |
Schenk P.
McKinnon W. B.
Moore J. M. |
Global
Topography of Dione: Effects of Large
Impacts on Global Shape [#2751] |
Nathan E.
Huber C.
Head J. W. |
Identification
of Previously Unrecognized Impact Structures on Titania Enabled by
Image Reprocessing [#1076] |
Korycansky D. G. Caussi M. L. Dombard A. J. White O. L. Schenk P. M. et al. |
Melt Volumes
from Impacts onto Icy Galilean Satellites [#1309] |
Korycansky D. G. White O. L. Caussi M. L. Dombard A. J. Schenk P. M. et al. |
Melt Volumes
and Galilean Satellite Impact Features:
Volume Comparisons and Infiltration Modeling [#1310] |
White O. L. Schenk P. M. Korycansky D. G. Moore J. M. Dombard A. J. et al. |
Mapping and
Morphometry of Large Impact Features on Ganymede and Callisto [#1664] |
Beddingfield C. B. Cartwright R. J. Patthoff D. A. Beyer R. Moore J. |
Investigating
Hidden Fractures on Iapetus Using Polygonal Impact Craters [#1077] |
Montalvo P. E. Christopher H. Hirabayashi T. Fassett C. King D. T. Jr. |
Preliminary
Ejecta Thickness Distribution Around Occator Crater, Ceres: Implications for Crater Degradation [#2582] |
Jackson A. P. Ormo J. Hammond N. |
Ice Impact
Experiments with EPIC: Validation of
Results and Explosive Penetration of a Pressurised Water Pocket [#2512] |
Tuesday, March 8, 2022
POSTER SESSION II: IMPACT PROCESSES ON
EARTH
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Harwell M. L. Citron R. I. Stewart S. T. |
A 4D View of
the Physical Processes and Regimes Dominant Through Impact Crater Formation [#2569] |
Tikoo S. M. Zhang Y. Verhagen C. M. Swanson-Hysell N. L. Gulick S. P. S. et al. |
Elucidating
Impact-Related Magnetization Acquisition Processes at the Chicxulub Crater
with Quantum Diamond Microscopy [#1060] |
Mitchell C. D. James P. B. |
Updated
Residual Gravity Anomaly Map of Meteor Crater, AZ [#2787] |
Broad K. E. Sadler B. O. James P. B. Robitaille B. A. Buttner C. et al. |
An Upcoming
Geophysical Survey of the Kentland Crater Formation [#2819] |
Huber M. S. Kovaleva E. Fernandez V. Salge T. |
Melting at the
Contact Between Impact Melt and Host Rocks:
X-Ray CT and SEM/EDS of the Vredefort Granophyre [#1179] |
Ferrière L.
Crósta A. P.
Wegner W. Libowitzky E. Iwashita F. et al. |
How to
Distinguish Different Types of Natural Glasses — The Origin of Cali Glass
(Colombia) Revisited [#1953] |
Koeberl C.
Crósta A. P.
Schulz T. |
Geochemistry,
Highly Siderophile Elements, and Re-Os Isotope Signatures of Impact Glasses
from the Atacama Desert, Chile [#2616] |
Kaskes P.
Stennik M.
Goderis S.
Tagle R.
Smit J. et al. |
High-Resolution
Chemostratigraphy of the Cretaceous-Paleogene (K-Pg) Boundary Interval in the
US Western Interior: Implications for
Chicxulub Impact Ejecta Dynamics [#2708] |
Stadermann A. C. Barnes J. J. Erickson T. M. Michels Z. D. |
Zircon,
Baddeleyite, and Reidite Found in Ries Crater Suevite [#2028] |
Koefoed P.
Folco L.
Di Vincenzo G. Nie N. X. Glass B. P. et al. |
The K Isotope
Systematics of Microtektites from the Australasian Strewn Field [#2272] |
Epstein J.
Ferrière L.
Koeberl C. |
Shock
Metamorphism in Basement Rock Samples from the Carswell Impact
Structure (Canada) [#2053] |
Amodeo K. M. Davies E. J. Stewart S. T. Spaulding D. K. |
Improvements to
the SiO2 Equation of State with Shock and
Post-Shock Temperatures [#2576] |
Neuman M.
Macris C. A.
Koefoed P. Wang K. |
Potassium
Isotope Fractionation from Laser Levitation Heating [#2087] |
Stewart S. T. Chidester B. A. Caracas R. Badro J. Harwell M. L. et al. |
A Hydrocode EOS
for Pyrolitic Mantles and Magma Oceans [#1535] |
Gillmann C. |
Consequences of
Impact Sequences on the Mantle of Terrestrial Planets and Upper
Mantle Depletion [#1762] |
Citron R. I. Stewart S. T. |
Effects of
Large Late Accretion Impacts on Early Earth Habitability [#1476] |
Koeberl C.
Ivanov B. A. |
Snowball Earth
and Asteroid Showers: A
Brief Review [#1286] |
Montanari A.
Koeberl C. |
An Air-Fall Ash
Layer Probably Produced by the Laacher See Super-Volcano Explosion 13,000
Years Ago Preserved in a Cave Deposit in the Grotta dei Baffoni Cave,
Frasassi Gorge (Marche Apennines, Italy)—Relevance to the Younger
Dryas Debate [#1289] |
Tuesday, March 8, 2022
POSTER SESSION II: ENVIRONMENTAL ANALOGS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Berger L. M. Ewing R. C. Lapôtre M. G. A. Hasson M. |
Topographic
Analysis of a Coarse-Grained Ripple Field, Algodones Dunes, California [#1772] |
Putnam A. R. Thorpe M. T. Bedford C. C. Tu V. Costin G. et al. |
Characterizing
the Basaltic Igneous and Volcaniclastic Provenance at a Mars Analog Site in
Iceland with the DIGMARS Team [#1614] |
Thorpe M. T. Rampe E. B. Tamborski J. J. Siebach K. L. Putnam A. et al. |
Overview and
Initial Results of DIGMARS: Digging
Iceland Geology for Mars Analog Research Science [#1200] |
Patterson R. V. Rampe E. B. Thorpe M. T. Bedford C. C. Gadea O. C. et al. |
Remote Sensing
of Lake Sandvatn, Iceland: Analog for
Gale Crater, Mars [#2575] |
Meyer M. J. Milliken R. E. Robertson K. M. |
Testing
Airborne-Based Mineralogical and Geologic Mapping of Sedimentary Rocks: A Case Study in the Guadalupe Mountains,
New Mexico and Implications for Mars [#1941] |
Mason K. G. Bullard J. Eckley S. |
Using X-Ray
Microcomputed Tomography to Examine Variations in Shape of Basaltic and
Quartzofeldspathic Aeolian and Fluvial Sediments [#2697] |
Champion E. S. |
µXRF
Investigation of Geochemical and Physical Grain Characteristics in a
Glacio-Fluvial-Aeolian Catchment in Southwest Iceland [#2409] |
Shoemaker E. S. Baker D. M. H. Richardson J. A. Scheidt S. P. Carter L. M. et al. |
Multi-Frequency
Ground-Penetrating Radar Surveys of Tephra and Buried Ice at Askja Volcano,
Northern Iceland [#2699] |
Lorenzo J. M. Bates A. Patterson D. A. Douglas T. A. Tsoflias G. et al. |
The Alaskan
Permafrost Tunnel Analog for Ice Sheet Profiles on Mars [#2750] |
Demirel-Floyd C. Soreghan G. S. Joo Y. J. Webb N. D. S. Elwood Madden M. E. |
Sedimentary
Geochemistry of Fine-Grained Glacial Deposits: Implications for Weathering and Paleoclimate
on Icy Planetary Settings [#2354] |
Galloway T.
Cousins C.
Stüeken E.
Moreras-Marti A. Fox-Powell M. |
Carbon and
Nitrogen Cycling Within a Complex Icelandic Geothermal System [#1359] |
Wolf Z. U. Cloutis E. A. Turenne N. N. Applin D. M. Potter-McIntyre S. et al. |
A
Multi-Instrument Investigation of a Unique Low-Temperature, CO2-Rich
Geyser Relevant to Mars and Icy Moons:
Crystal Geyser, Utah, USA [#2277] |
Sheevam P.
Calvin W. M. |
Acidic Aqueous
Alteration of Subsurface Basalts on Hawaii:
A Mineralogical and Geochemical Analog for Mars [#1794] |
Kivrak L.
Williams A. J. |
Optimizing the
Pyrolysis Temperature for TMSH Thermochemolysis for Improved Biosignature
Detection in Acidic Mars-Analog Samples [#2629] |
Williams R. M. E. Hynek B. M. |
Insight from
Glacio-Fluvial Deltas at Patagonian Lake General Carrera for
Martian Deltas [#2061] |
Moreras-Marti A. Fox-Powell M. Toney J. McAdam A. C. Knudson C. A. et al. |
Building
Groundwork Rationale for Lipid Biomarker Detection in Europa’s
Cryovolcanic Deposits [#2529] |
Tuesday, March 8, 2022
POSTER SESSION II: MATERIAL ANALOGS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Havel R. M. Landsman Z. A. Britt D. T. Metke A. D. Long-Fox J. M. et al. |
High-Fidelity
Regolith Simulants at the CLASS Exolith Lab [#1241] |
Stockstill-Cahill K. R. Martin A. C. Wagoner C. M. Deitrick S. R. Gruener J. E. |
Lunar Surface
Innovation Initiative: Evaluating
Lunar Simulants [#2201] |
Rickman D. L. Shulman H. Creedon M. Effinger M. R. |
Design of
NU-LHT-5M and -6M, Lunar Highland Simulants [#1146] |
Millwater C.
Long-Fox J.
Landsman Z.
Metke A. Britt D. |
Direct Sheer
Measurements of Lunar Regolith Simulants LHS-1, LHS-1D, LMS-1,
and LMS-1D [#2038] |
Lucas M. P. Neal C. R. Long-Fox J. Britt D. |
Replicating the
Geotechnical Properties of Lunar Highland Regolith Stratigraphy Using
High-Fidelity LHS-1 Simulant [#2687] |
Easter P.
Long-Fox J. Landsman Z. Metke A. Britt D. |
Comparing the
Effects of Mineralogy and Particle Size Distribution on the Angle of Repose
for Lunar Regolith Simulants [#1980] |
Wyrick D. Y. Buczkowski D. L. |
The Role of
Grain Shape in Regolith Processes [#2507] |
Cloutis E. A. |
Visible-Near
Infrared Spectroscopic Properties of Olivines: Effects of Physical, Observational, and
Compositional Variations [#1055] |
Long-Fox J.
Perman J.
Landsman Z.
Metke A. Britt D. |
Investigating
the Effects of Composition on Granular Surface Area: Gas Sorption Analyses of High-Fidelity
Lunar Highlands and Carbonaceous Chondrite Asteroid Regolith Simulants [#1594] |
Fortier V.
Debaille V.
Dehant V. Bultel B. |
SSP (Synthetic
Shergottite Powder), a New Martian Analogue for Destructive Analysis
and Experiments [#2221] |
Ahern A. A. Rogers A. D. Macke R. J. Thomson B. J. Kronyak R. et al. |
Thermal Inertia
and Thermal Conductivity Measurements of Well-Characterized Mars
Analog Rocks [#2284] |
Slumba K.
Britt D. T.
Donaldson Hanna K. L. |
Jupiter Trojan
Asteroid Simulant [#2014] |
Balcerski J. A. Kremic T. Hunter G. W. Nakley L. M. Port S. T. |
Comprehensive
Venus Surface Environment Simulation with the Glenn Extreme
Environment Rig [#1490] |
PROGRAM LISTING
ORAL |
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POSTER |
SESSION LISTING
ORAL |
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POSTER |
Times
listed are Central Standard Time (CST). Time Zone Converter
6:30 a.m.
PDT
8:30 a.m.
CDT
9:30 a.m.
EDT
3:30 p.m.
CEST
11:30 p.m.
JST
[W501]
Wednesday,
March 9, 2022
PRESOLAR GRAINS AND
INTERPLANETARY DUST PARTICLES
8:30 a.m. Waterway Ballroom 1
Chairs: Nan Liu and George Flynn
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Flynn G. J. * Wirick S. Northrup P. |
Chlorine,
Phosphorous, and Sulfur in Primitive Interplanetary Dust Particles: Implications for Condensation from the
Solar Nebula [#2581] |
8:45 a.m. |
Zhang M. * Brownlee D. E. Joswiak D. J. Westphal A. J. Gainsforth Z. et al. |
Intra- and
Inter-Track Oxygen Isotope Diversity of Crystalline Silicates from Comet
81P/Wild 2 [#1057] |
8:55 a.m. |
Nakashima D. * Shimizu S. Oike R. Fukuda K. Zhang M. et al. |
Oxygen Isotopes
in AMMs and IDPs: Universality of
Oxygen Isotope Systematics of Crystalline Silicates in Comets [#1670] |
9:05 a.m. |
Leitner J. * Hoppe P. |
Ca-Isotope
Investigation of Silicate Stardust [#1949] |
9:15 a.m. |
Pal I. * Jadhav M. Savina M. R. Shulaker D. Z. Dory C. J. et al. |
Heavy Element
Isotopic Measurements of High Density Presolar Graphite Grains with LION [#1262] |
9:25 a.m. |
Bloom H. E. * Stephan T. Davis A. M. Heck P. R. Hoppe P. et al. |
s-Process
Molybdenum, Ruthenium, and Barium in High-Density Presolar Graphite [#2624] |
9:35 a.m. |
|
Panel Q&A |
9:55 a.m. |
|
Transition to
Next Session |
Wednesday, March 9, 2022
SPECIAL SESSION: THE CHINESE LUNAR AND
PLANETARY EXPLORATION PROGRAM: RECENT
MOON AND MARS RESULTS
8:30 a.m. Waterway Ballroom 4
Chairs: Chunlai Li and Yongxin Pan
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Qian Y. * Xiao L. Head J. W. |
The Chang’e-5
Mission to Young Mare Basalts: Geological
Context and Early Results [#1690] |
8:45 a.m. |
Che X. C. * Snape J. F. Tartèse R. Head J. Jolliff B. et al. |
Mineralogy and
Petrology of Basaltic Fragments in Chang’ e-5 Sample CE5C0400 [#1362] |
8:55 a.m. |
Shi Y. * Joy K. H. Peng W. Bao Z. Nemchin A. et al. |
Petrology and
Mineralogy of Chang’E-5 Breccias [#1308] |
9:05 a.m. |
Xie S. * Joy K. H. Nemchin A. Jolliff B. Che X. et al. |
Petrology and
Chemistry of Agglutinates in the Chang’E-5 Soil [#1800] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Stu Webb * Neal C. R. Che X. Shi Y. Liu D. et al. |
Crystal Size
Distribution of Plagioclase in Basalt Fragments from Oceanus Procellarum
Recovered by Chang’e-5 [#2896] |
9:40 a.m. |
Neal C. R. Valenciano J. L. * Che X. Shi Y. Liu D. et al. |
Crystal Size
Distribution of Ilmenite in Chang’e 5 Basalt Clasts [#2353] |
9:50 a.m. |
Elardo S. M. * Cone K. A. Palin R. M. |
Insights into
the Mantle Source of the Chang’e 5 Basalts from Experiments
and Modelling [#2501] |
10:00 a.m. |
Lin H. * Li S. Xu R. Liu Y. Lin Y. et al. |
Water Detection
Using Lunar Mineralogical Spectrometer Onboard the Chang’E-5 Lander [#1845] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
van der Bogert C. H. * Iqbal W. Hiesinger H. Qian Y. Head J. W. et al. |
New and
Improved Calibration Points — The Lunar Cratering Chronology in the Era of
Chang’e, LRO, and SELENE [#2440] |
10:35 a.m. |
Zhao J. * Xiao Z. J. Huang J. Head J. W. Wang J. et al. |
Geological
Characteristics and Targets of High Scientific Interest in the Zhurong
Landing Region on Mars [#1360] |
10:45 a.m. |
Liu C. Q. * Ling Z. C. Shi E. B. Tian S. K. Zhang J. et al. |
Chemical
Compositions of Martian Soils and Rocks at Tianwen-1 Landing Site: Preliminary Results from MarSCoDe Onboard
Zhurong Rover [#1708] |
10:55 a.m. |
Ye B. * Qian Y. Xiao L. Michalski J. R. Li Y. L. et al. |
Geology of the
Zhurong Landing Site and Access to the Deep Biosphere on Mars [#1314] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Wednesday, March 9, 2022
ALTERATION PROCESSES AND WATER DISTRIBUTION ON MARS
8:30 a.m. Waterway Ballroom 5
Chairs: Christina
Viviano and Libby Hausrath
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Weber J. M. * Martinez E. Sheppard R. Y. Rodriguez L. E. Barge L. M. |
Mars Weathering
Experiments: Development and Use of
Continuous-Flow Packed Bed Reactor for Geologic Experiments [#1053] |
8:45 a.m. |
Rudolph A. * Horgan B. Sinha P. Ewing R. Rampe E. et al. |
Comparing the
Influence of Transport vs. Alteration on the Composition of Cold Climate
Mars-Analog Sediments [#2252] |
8:55 a.m. |
Bedford C. C. * Rampe E. B. Thorpe M. T. Ewing R. C. Nachon M. et al. |
Identifying the
Products of Volcano-Ice Interactions in the Martian Sedimentary Record [#2844] |
9:05 a.m. |
Wang A. * Yan Y. C. Houghton J. Jolliff B. L. Jackson A. et al. |
Martian
Carbonates Generated by Atmosphere-Surface Interaction [#1116] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Wang C. * Sugahara H. Usui T. Nakada R. Koike M. et al. |
Mineralogy and
Sulfur X-Ray Absorption Near-Edge Structure (S-XANES) Analysis of Bockfjord
Volcanic Complex Carbonates, a Potential Martian Analog [#1799] |
9:40 a.m. |
Bishop J. L. * Tirsch D. Viviano C. E. Lane M. D. Tornabene L. L. et al. |
Aqueous
Alteration at Tyrrhena Terra, Mars, and Evidence of
Geothermal Processing [#1783] |
9:50 a.m. |
Zastrow A. M. * Glotch T. D. |
Joint NNLS,
PCA, and Elevation Analysis of CRISM Data and Carbonates in Huygens
Basins, Mars [#2283] |
10:00 a.m. |
Turner S. M. R. * Schwenzer S. P. Bridges J. C. Sutter B. Thorpe M. T. et al. |
Carbonate
Formation in Glen Torridon, Gale Crater, Mars [#2167] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Parente M. * Bishop J. L. Saranathan A. M. Szynkiewicz A. Fenton L. |
Detection of
Bassanite in the North Polar Dunes of Mars and Implications for
Aqueous Activity [#2342] |
10:35 a.m. |
Bates A. * Karunatillake S. Lorenzo J. M. Konsoer K. M. Hughes E. B. |
Water-Limited
Provenance of the Vastitas Borealis Formation Within Isidis Basin, Mars [#2452] |
10:45 a.m. |
Malakhov A. V. * Mitrofanov I. G. Sanin A. B. Litvak M. L. Golovin D. V. et al. |
Mapping Global
Water Distribution in the Upper Martian Subsurface by FREND Neutron Telescope
Onboard ExoMars TGO [#2602] |
10:55 a.m. |
Chevrier V. F. * Rivera-Valentín E. G. Soto A. Altheide T. S. |
Global Temporal
and Geographic Stability of Brines on Present-Day Mars [#2377] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Wednesday, March 9, 2022
NEAR-EARTH AND MAIN-BELT ASTEROIDS: PHYSICAL
CHARACTERISTICS AND SURFACE COMPOSITION
8:30 a.m. Waterway Ballroom 6
Chairs: Driss Takir and Luisa Fernanda Zambrano-Marin
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Peña-Asensio E. Trigo-Rodríguez J. M. * Rimola A. Izquierdo J. Robles A. J. et al. |
Bright Bolide
Over Spain Produced by a Meteoroid Dynamically Associated with Potentially
Hazardous Asteroid 2017 DN109 [#1531] |
8:45 a.m. |
Sharkey B. N. L. * Reddy V. Malhotra R. Thirouin A. Kuhn O. et al. |
Assessing the
Origins of Earth Quasi-Satellite (469219) Kamo`oalewa [#1620] |
8:55 a.m. |
Zambrano-Marin L. F. * Taylor P. A. Devolgele M. Venditti F. C.F. |
2020 BX12: The Last Binary Asteroid Discovered by Arecibo Observatory [#2556] |
9:05 a.m. |
Larsen S. S. * Takir D. |
Near-Infrared
Spectroscopy of (3122 Florence) and (357439) 2004 BL86 During
Near-Earth Encounters [#1541] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Sikka A. * DesJardin I. Hartzell C. |
Characterizing
Magnetic Force Between Paramagnetic Particles of Magnetic Asteroids [#2514] |
9:40 a.m. |
Nichols-Fleming F. * Evans A. J. Johnson B. C. Sori M. M. |
Porosity
Evolution of Psyche and Other M-Type Asteroids [#1071] |
9:50 a.m. |
Christoph J. M. * Marchi S. Sharp T. Elkins-Tanton L. T. |
How to Make
Metal Regolith: Fracture Mechanics in
Ejecta from Impacts into Meteoric Iron [#2426] |
10:00 a.m. |
Courville S. W. * O’Rourke J. G. Castillo-Rogez J. C. Fu R. R. Oran R. et al. |
Magnetic Field
Measurements at 10 Hygiea and 24 Themis Could Constrain Models of Their
Formation and Evolution [#1795] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Strom C. A. * Fieber-Beyer S. K. Gaffey M. J. |
Evaluating
Massalia Family Asteroids as the Source of the L-Chondrite Meteorites [#1120] |
10:35 a.m. |
Takir D. * Emery J. P. |
A Large
3-Micron Spectroscopic Survey of Mid-Outer Main Belt Asteroids [#1481] |
10:45 a.m. |
Kurokawa H. * Shibuya T. Sekine Y. Ehlmann B. L. Usui F. et al. |
Distant
Formation and Water-Rock Differentiation of Large C-Complex Asteroids [#1676] |
10:55 a.m. |
Humes O. A. * Thomas C. A. Emery J. P. Grundy W. M. |
Ultraviolet
Spectroscopy of the Lucy Mission Targets with the Hubble Space Telescope [#2721] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Wednesday, March 9, 2022
ICY BODY TECTONICS AND INTERIORS: ALL IT’S CRACKED UP TO BE
8:30 a.m. Montgomery Ballroom
Chairs: Jeff Moore and Erin Leonard
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Kiefer W. S. * Weller M. B. Roberts J. H. |
New Constraints
on the Distribution of Silicate Melt and the Depth of Tidal Heating in
Io’s Mantle [#2539] |
8:45 a.m. |
Bagheri A. * Khan A. Samuel H. Deschamps F. Kruglyakov M. et al. |
The
Tidal-Thermal Evolution of the Pluto-Charon System [#1493] |
8:55 a.m. |
Rhoden A. R. * Walker M. E. Denton C. A. Ferguson S. N. |
Is Mimas a
Stealth Ocean World? [#2695] |
9:05 a.m. |
Trinh K. T. * Bierson C. J. O’Rourke J. G. |
Europa’s
Metallic Core May Have Taken Billions of Years to Start Forming [#2374] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Bland M. T. * Nordheim T. A. Patthoff D. A. Vance S. D. |
Elevated Heat
Flux on Uranus’ Moon Ariel Inferred from Its Largest Observed
Impact Crater [#1140] |
9:40 a.m. |
Ermakov A. I. * Johnson B. C. Park R. S. Castillo-Rogez J. C. |
Formation of
Ceres’ Mascons [#1818] |
9:50 a.m. |
Cunje A. B. * Dombard A. J. |
Investigating
Impact Basin Formation on Europa’s Seafloor [#1222] |
10:00 a.m. |
Burnett E. R. * Hayne P. O. |
Tides and the
Spin States of the Icy Ocean World Europa [#1723] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Núñez K. A. * Montési L. G. J. |
Morphological
Characterization of Microchaos on Europa:
Short-Lived vs. Long-Lived Populations [#2419] |
10:35 a.m. |
Kinczyk M. J. * Byrne P. K. Patterson G. W. |
Structure and
Morphology of Enceladus’ Cratered Terrains [#1144] |
10:45 a.m. |
Gallagher A. T. Kattenhorn S. A. * |
Enceladus’s
Wobbly Ice Shell: Tectonic Evidence
for Concurrent True Polar Wander and Nonsynchronous Rotation [#2891] |
10:55 a.m. |
Berne A. * Simons M. Keane J. T. Park R. S. |
The
Relationship Between Enceladus’s Diurnal Crustal Deformation and Mean Ice
Shell Thickness [#1425] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A Final Discussion |
11:27 a.m. |
|
Session Closure |
Wednesday, March 9, 2022
ORGANIC COMPONENTS IN CHONDRITES
10:00 a.m. Waterway Ballroom 1
Chairs: George Cody and Tom Sharp
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
10:00 a.m. |
|
Session Introduction |
10:05 a.m. |
Lecasble M. * Remusat L. Viennet J.-C. Laurent B. Bernard S. |
Polycyclic
Aromatic Hydrocarbons in Carbonaceous Chondrites [#1488] |
10:15 a.m. |
Foustoukos D. I. * Cody G. D. Alexander C. M. O’D. |
Nitrogen
Systematics During Hydrothermal Synthesis of Insoluble Organic Matter: Speciation and pH Effects [#1186] |
10:25 a.m. |
Arribard Y. * Noun M. Della-Negra S. Doisneau B. Daubisse F. et al. |
Localization
and Characterization of Organic Matter Within CM Chondrites by Time of Flight
Secondary Ion Mass Spectrometry [#1388] |
10:35 a.m. |
Cody G. D. * Alexander C. M. O’D. Foustoukos D. I. Glein C. |
Aqueous
Carbonate Isotopic (13C) Exchange with Chondritic
Organic Solids [#1216] |
10:45 a.m. |
Laurent B. * Holin M. Bernard S. Brunetto R. Ciocco M. et al. |
Evolution of
Chondritic Insoluble Organic Matter Under Aqueous Alteration [#1432] |
10:55 a.m. |
Rojas J. * Duprat J. Nittler L. R. Dartois E. Engrand C. et al. |
Probing the
Isotopic Composition of Cometary Organic Matter with Ultra-Carbonaceous
Antarctic Micrometeorites: A
Nanosims Study [#1852] |
11:05 a.m. |
|
Panel Q&A |
11:25 a.m. |
|
Session Closure |
Wednesday, March 9, 2022
PLENARY SESSION: ARTEMIS TOWN HALL
11:45 a.m. Waterway Ballroom 4, 5, & 6
Chairs: Jacob
Bleacher and Sarah Noble
11:45 a.m. |
Artemis Town Hall |
Wednesday, March 9, 2022
PLENARY SESSION: FUTURE
SCIENCE: NASA’S EARLY CAREER AWARD
WINNERS
1:00 p.m. Waterway Ballroom 4, 5, & 6
Chairs: Lori Glaze and Walter Kiefer
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
1:00 p.m. |
|
Session Introduction |
1:05 p.m. |
Bennett K. A. * Fox V. K. Bryk A. Dietrich W. MSL Team |
An Overview of
Key Findings from the Curiosity Rover’s Campaign in Glen Torridon, Gale
Crater, Mars [#2223] |
1:15 p.m. |
Wilson S. A. * Howard A. D. |
The
Distribution of Glacio-Fluvial Landforms in the Southern Mid-Latitude Region
of Mars [#2904] |
1:25 p.m. |
Rutledge A. R. * Bennett K. A. Edgar L. A. Edwards C. S. Eifert H. A. et al. |
Ice, Ice,
Chemical Alteration: Using Planetary
Analogs to Infer Ancient Glacial Thermal Regimes, Mineralogy, and
Climate Signals [#2613] |
1:35 p.m. |
Stickle A. M. * Patterson G. W. Slade M. Nolan M. C. Taylor P. et al. |
Mini-RF
Observations of Radar Scattering Behavior of Young Lunar Craters and
Implications for Relative Crater Age Dating [#2816] |
1:45 p.m. |
Fraeman
A. A. * |
Characterizing Solar System Materials with Novel
Hyperspectral Imaging Techniques |
1:55 p.m. |
|
Session Closure |
Wednesday, March 9, 2022
IMPACT PROCESSES ON TERRESTRIAL BODIES
2:15 p.m. Waterway Ballroom 1
Chairs: Gareth
Collins and Amy Fagan
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Röhlen R. * Wünnemann K. Allibert L. Manske L. Maas C. et al. |
Does It Punch
Through or Not? The Survival of Impactor Cores Upon Collision Events During
the Late Accretion Phase [#1910] |
2:30 p.m. |
Bermingham K. R. * Tornabene H. A. Meyer B. S. Patel A. Mojzsis S. J. et al. |
Siderophile
Genetics of Late-Stage Terrestrial Accretion:
New Constraints on the Composition of Earth’s Building Blocks [#1468] |
2:40 p.m. |
Rae A. S. P. * Kenkmann T. Collins G. S. Poelchau M. H. Padmanabha V. et al. |
Dynamic
Strength and Fragmentation During High-Rate Brittle Failure [#1440] |
2:50 p.m. |
Bray V. J. *
Hagerty J. J. Collins G. S. |
“False Peak”
Creation in the Flynn Creek Marine-Target Impact Crater [#1173] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Manske L. * Wünnemann K. |
The Effect of
Plastic Work on Impact-Induced Melting — Introducing an Advanced Melt Quantification Technique [#2652] |
3:25 p.m. |
Hamann C. * Kurosawa K. Kaufmann F. E. D. Ono H. Tada T. et al. |
Shock Recovery
of Granite with a Decaying Shock Wave:
Fragmentation, Formation of Stishovite, and Onset of Melting at Low
(<20 GPa) Shock Pressure [#2020] |
3:35 p.m. |
Kaskes P. * de Graaff S. J. Feignon J.-G. Déhais T. Goderis S. et al. |
The Drill Core
Diary: Unravelling the Rapid
Emplacement of Suevite and Impact Melt Phases Within the Chicxulub
Impact Structure [#2656] |
3:45 p.m. |
Tolometti G. D. * Osinski G. R. Chinchalkar N. S. Jaimes Bermudez J. P. |
Investigating
Impact Melt Evolution Through the Petrographic Analysis of the Cote Creek
Deposit at the Mistastin Lake Impact Structure [#2003] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Cline C. J. II * Cintala M. J. |
Evidence of
High-Angle Ejecta from Impacts into Various Granular Materials [#1090] |
4:20 p.m. |
Halim S. H. * Crawford I. A. Collins G. S. Joy K. H. Davison T. M. |
Modelling the
Impact Ejection of Low-Pressure Material from Earth to the Moon [#2029] |
4:30 p.m. |
James S. * Chandran S. R. Sajinkumar K. S. |
Fluvially-Induced
Terrestrial Impact Crater Denudation: A
Drainage Perspective [#1478] |
4:40 p.m. |
Bernardes R. B. * Reimold W. U. Gibson R. L. Pavanetto P. Hauser N. et al. |
Structural
Analysis of a SW-NE Transect Through the Araguainha Impact Structure, Brazil
— A First Report [#2668] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
Wednesday, March 9, 2022
SPECIAL SESSION: APOLLO’S LEGACY FOR
LUNAR AND PLANETARY SCIENCE, FROM LUNAR SAMPLE ANALYSIS TO SOLAR SYSTEM STUDIES
2:15 p.m. Waterway Ballroom 4
Chairs: Sarah
Valencia and Renee Weber
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Shearer C. K. * McCubbin F. M. Zeigler R. A. Gross J. Simon S. B. et al. |
Preparing for
Artemis Through Lessons Learned from Apollo 17. Highlighting the Progress of
the ANGSA Initiative [#2546] |
2:30 p.m. |
Petro N. E. * |
Assessing
Compositional Variations of the Apollo 16 and 17 Sites: A Comparison of Apollo Sample Diversity in
the Context of Remote Sensing Observations [#2448] |
2:40 p.m. |
Zeigler R. A. * Gross J. Eckley S. A. McCubbin F. M. ANGSA Science Team |
Using X-Ray
Computed Tomography to Catalog Rock Fragments in Apollo Drive Tube 73002 [#2890] |
2:50 p.m. |
Simon S. B. * Cato M. J. Shearer C. K. ANGSA Science Team |
Results from
the 1mm to 150µm Fraction of Apollo 17 Drive Tube 73002: Modal Petrology and New Rock Types [#2211] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Sun L. * Lucey P. Flom A. Ferrari-Wong C. Zeigler R. A. et al. |
Multispectral
Imaging of Apollo 17 Core Sample 73002 [#1890] |
3:25 p.m. |
Bell S. K. * Joy K. H. Nottingham M. Tartèse R. Jones R. H. et al. |
Initial
Petrographic Analysis of Apollo 17 73002 Continuous Core Thin Sections Using
QEMSCAN Mapping Techniques [#1947] |
3:35 p.m. |
Neuman M. * Koefoed P. Wang K. Jolliff B. L. Morris R. V. et al. |
Major and Trace
Elemental Variations and Lithologic Component Analysis in Apollo 17 Drive
Tube 73002 [#1567] |
3:45 p.m. |
Welten K. C. * Caffee M. W. Nishiizumi K. ANGSA Science Team |
Cosmogenic
Radionuclides in Lunar Core 73002: Cosmic-Ray
Exposure History and Regolith Mixing of the Lunar Surface [#2389] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Valencia S. N. * Curran N. M. Bullock E. S. Corrigan C. M. Cohen B. A. |
Quantitative
Compositional Mapping of Basalt 73002,186A from the Apollo 17 Station Three
Double Drive Tube [#2608] |
4:20 p.m. |
Yen C. J.-K. * Jolliff B. L. Zeigler R. A. Gross J. Simon S. B. et al. |
Characterization
of Rock Fragment 73002,1017C: An
Unusual Lithology Within the Apollo Sample Suite [#1547] |
4:30 p.m. |
Valeniciano J. L. * Neal C. R. Shearer C. K. |
An ANGSA Study
of Ilmenite Crystal Size Distributions of Basalt Clasts in Drive
Tube 73002 [#2869] |
4:40 p.m. |
De Oliveira J. H. C. * Neal C. R. |
Internal
Consistency for XCT-Derived Estimates of Formation Orientation of Lunar
Basalts 12038 and 15556 [#2614] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
Wednesday, March 9, 2022
WATER ON MARS THROUGH TIME AND SPACE
2:15 p.m. Waterway Ballroom 5
Chairs: Alex Morgan and Shannon Hibbard
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Jakosky B. M. * Hallis L. J. |
The History and
Inventory of Water on Mars [#1137] |
2:30 p.m. |
Schmidt F. * Way M. J. Costard F. Bouley S. Séjourné A. et al. |
Circumpolar
Ocean Stability on Mars 3Gy Ago [#1467] |
2:40 p.m. |
Baum M. M. * Sholes S. F. |
Simulated
Destruction of Putative Martian Shorelines by Crater Populations [#1114] |
2:50 p.m. |
Goudge T. A. * Morgan A. M. Stucky de Quay G. Fassett C. I. |
Catastrophic
Lake Breach Floods and the Early Mars Landscape [#1006] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Bamber E. R. * Goudge T. A. Fassett C. I. Osinski G. R. Stucky de Quay G. |
Exploring
Controls on the Fluvial Breaching of Degraded Impact Craters [#1017] |
3:25 p.m. |
Horvath D. G. * Andrews-Hanna J. C. |
The Climate and
Hydrology of the Jezero Crater Paleolake [#2387] |
3:35 p.m. |
Birch S. P. D. * Parker G. Corlies P. Miller J. W. Soderblom J. M. et al. |
Reconstructing
River Flows on Earth, Mars, and Titan [#2137] |
3:45 p.m. |
Buhler P. B. * |
Mars’
Noachian-Hesperian Intensive Fluvial Activity Driven by
Atmospheric Collapse [#1013] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Grau Galofre A. * Whipple K. X. Christensen P. R. Conway S. J. |
The (Missing)
Record of Wet-Based Glaciation on Ancient Mars [#2015] |
4:20 p.m. |
Cook C. W. * Byrne S. Sori M. M. |
Formation of
the Banded Terrain of Hellas Planitia, Mars [#1588] |
4:30 p.m. |
Mills M. M. * McEwen A. S. Hughes A. |
Modelling
Upwelling Martian Fluids and Resurfacing in Utopia Planitia [#1644] |
4:40 p.m. |
Noblet A. * Conway S. J. |
A Global Map of
Gullied Hillslopes [#1928] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
Wednesday, March 9, 2022
PLANETARY VOLCANISM: FROM MELT TO
MORPHOLOGY
2:15 p.m. Waterway Ballroom 6
Chairs: Patrick
Whelley and Marie Henderson
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Richardson J. A. * Sutton S. S. Whelley P. L. Yu M. Scheidt S. P. et al. |
Morphology of
Small Volcanic Vents in Tharsis (Mars) and the Holuhraun Lava Flow
(Northern Iceland) [#2537] |
2:30 p.m. |
Pieterek B. * Laban M. Ciążela J. Muszyński A. |
Widespread
Explosive Volcanism in Noctis Fossae on Mars [#1375] |
2:40 p.m. |
Whelley P. L. * Matiella Novak A. Richardsonn J. A. |
Volcanic Ash
from Supereruptions Found in Arabia Tera, Mars [#2086] |
2:50 p.m. |
Scanlon K. E. * Garry W. B. Head J. W. |
Volcano-Ice
Interactions in the Pavonis Mons Glacial Deposit [#1091] |
3:00 p.m. |
n/a * |
Panel Q&A |
3:15 p.m. |
Moitra P. * Mallik A. Barnes J. J. Andrews-Hanna J. C. |
Controls of fO2-Based
C-O-H Degassing and Diffusive Bubble Growth on Explosive Volcanic Eruptions
on the Moon [#1806] |
3:25 p.m. |
Ivey K. R. * Stopar J. D. Gaddis L. R. |
A New Global
Search for Lunar Pyroclastics and a Regional Study of Lavoisier [#1213] |
3:35 p.m. |
Pigue L. M. * Bennett K. A. Horgan B. H. N. Gaddis L. R. |
Relationship
Between Effusive and Explosive Volcanism in the Montes Apenninus Region of
the Moon [#2128] |
3:45 p.m. |
Henderson M. J. B. * Horgan B. H. N. Gaddis L. R. |
Diversity of
Explosive Volcanic Features in Schrödinger Basin on the Moon [#2920] |
3:55 p.m. |
n/a * |
Panel Q&A |
4:10 p.m. |
Ryan C. H. * Schmidt M. E. Flemming R. L. |
Global
Distribution of Mars Analogue, Potentially Habitable
Phreatomagmatic Environments [#2722] |
4:20 p.m. |
De Crescenzo L. J. * Christiansen E. H. Radebaugh J. |
The Origin of
Lava Pits — Inflation or Collapse? Constraints from Lidar and Drones at Black
Butte, Idaho [#2944] |
4:30 p.m. |
Wilson L. * Head J. W. |
An Integrated
Model of the Formation of Large-Scale Lava Flows and Sinuous Rilles on
the Moon [#1356] |
4:40 p.m. |
Davies A. G. * Wilson L. Head J. W. III de Kleer K. de Pater I. |
Discharge Rate
and Composition Control on Thermal Emission from “Outburst” Lava Flows
on Io [#1520] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
Wednesday, March 9, 2022
FORMATION AND EVOLUTION OF COMETS AND KUIPER BELT
OBJECTS: WAY OUT THERE
2:15 p.m. Montgomery Ballroom
Chairs: Orkan Umurhan and Susan Benecchi
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Abedin A. Y. * Kavelaars J. J. |
On the Lack of
Catastrophic Collisions in the Present Kuiper Belt [#1998] |
2:30 p.m. |
Anderson S. E. * Petit J.-M. Noyelles B. Mousis O. Rousselot P. |
Peculiar Comets
Ejected Early in Solar System Formation [#2395] |
2:40 p.m. |
Bottke W. F. * Marschall R. Vokrouhlický D. Nesvorný D. Morbidelli A. et al. |
Collisional
Evolution of the Primordial Kuiper Belt, Scattered Disk, and
Trojan Populations [#2638] |
2:50 p.m. |
McKinnon W. B. * Singer K. N. Robbins S. J. Mao X. Schenk P. M. et al. |
Compaction
Craters in the Kuiper Belt: Implications
for KBO Size-Frequency Distributions and Surface Composition
and Structure [#2822] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Porter S. B. * Benecchi S. D. Verbiscer A. J. Keane J. T. Spencer J. R. et al. |
The Poles and
Shapes of Seven Kuiper Belt Objects as Measured from New Horizons [#2170] |
3:25 p.m. |
Verbiscer A. J. * Porter S. B. Kavelaars J. J. Helfenstein P. Benecchi S. D. et al. |
Putting
(486958) Arrokoth in Context: New
Horizons Photometry of Other Small Cold Classical Kuiper Belt Objects [#2488] |
3:35 p.m. |
Umurhan O. M. * Grundy W. M. Bird M. K. Verbischer A. J. Weaver H. A. et al. |
Arrokoth’s New
Horizons Measured Brightness Temperature Provides Consistent Evidence for
0.1–1cm Near Subsurface Grain Sizes: Possible
Implications for Planetesimal Formation Models [#2748] |
3:45 p.m. |
Jindal A. S. * Birch S. P. D. Hayes A. G. Umurhan O. M. Vincent J. B. et al. |
Using a
Two-Layered Thermal Model to Explain the Origin of Dynamic Changes on
Comet 67P/Churyumov-Gerasimenko [#1684] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Belousov D. V. * Pavlov A. K. Tsurkov D. A. Lomasov V. N. |
Irradiation
Effects in Comet Ice: A Source of
Cometary Cryovolcanism [#1244] |
4:20 p.m. |
Lisse C. M. * Gladstone G. R. Steckloff J. K. Young L. A. Cruikshank D. P. et al. |
A Predicted
Dearth of Hypervolatile Ices in Oort Cloud Comets [#2045] |
4:30 p.m. |
Mahjoub A. *
Altwegg K. Poston M. J. Rubin M. Hodyss R. et al. |
Organosulfur
Chemistry in Cometary Materials: Insights
from ROSINA Data and Laboratory Simulations [#2413] |
4:40 p.m. |
Khan W. * Ramachandran R. Sundararajan P. Meka J. K. Rajasekhar B. N. et al. |
Understanding
the Effects of Ethylene Glycol on Cometary Water [#2256] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
PROGRAM LISTING
ORAL |
|||||
POSTER |
SESSION LISTING
ORAL |
|||||
POSTER |
[W601]
Wednesday,
March 9, 2022
POSTER SESSION III: VIRTUAL: ADVANCES IN TECHNIQUES FOR LUNAR SCIENCE
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Bondarenko N. V. Dulova I. A. |
Surface Relief
Retrieval with the Improved Photoclinometry Method: Sources of Errors and the
Local Accuracy [#2446] |
Fairweather J. H. Lagain A. Servis K. Benedix G. K. Bland P. A. |
Using an
Automated Crater Detection Algorithm as a Tool for Mapping Secondary Crater
Clusters on the Moon: Chang’E 5
Landing Site [#1925] |
Bondarenko Yu. S. Marshalov D. A. Makarchuk S. |
Radar Images of
the Moon at 4.2-cm Wavelength [#2131] |
Putrevu D.
Chakraborty T.
Bhiravarasu S. S.
Das A. Pandey D. K. et al. |
Polarimetric
Behaviour of Various Lunar Impact Craters Derived from Chandrayaan-2
Dual-Frequency SAR Full-Pol L-Band Acquisitions [#1916] |
Maganti S. T. Chakraborty T. Chirakkal S. Putrevu D. MIsra A. |
A Software Tool
to Process and Analyse Chandrayaan-2 Polarimetric Dual-Frequency SAR
(DFSAR) Data [#2232] |
Sato H.
Ohtake M. |
South Polar
Color Analyses of the Moon by Kaguya MI [#1501] |
Bhatt M.
Dhingra D.
Purohit S.
Bhuva K. Patadiya P. et al. |
Machine
Learning Enabled Global Mapping of Mg-Spinel Lithology Using Chandrayaan-1
Moon Mineralogy Mapper (M3) Data [#2267] |
Ahmad T.
Chakarborty T.
Lyngdoh R. B.
Bhattacharya S.
Narayan P. A. et al. |
Spectral
Unmixing and Abundance Estimation of Different Pyroxene Species Using IIRS
Chandrayaan-2 Hyperspectral Imagery [#1070] |
Bouffard S. B. Lemelin M. L. Osinski G. O. |
A Comparison of
the Moon Mineralogy Mapper (M3) and the Imaging Infrared
Spectrometer (IIRS) Data in Fisher Crater [#2565] |
Bickel V. T. Moseley B. Lopez-Francos I. Shirley M. |
HORUS —
Unprecedented Views into Lunar Shadowed Regions [#1821] |
Le Mouélic S. Seignovert B. Caravaca G. Schmitt H. H. Mangold N. et al. |
Revisiting
Apollo 17 Station 6 Boulders with Photogrammetry, Virtual Reality,
and Stereoscopy [#1342] |
Nagori R.
Dagar A. K.
Arya A. S. |
Photometric
Study Over Apollo 17 Landing Site Using Terrain Mapping Camera
Onboard Chandrayaan-1 [#1106] |
Strukova S.
Gleyzer S.
Peplowski P.
Pipilis G. Terry J. |
A Data-Driven
Machine Learning Approach for Detecting Albedo Anomalies on the
Lunar Surface [#2683] |
Marshal R. M. Rüsch O. Wöhler C. Wohlfarth K. |
Estimating
Lunar Rock Abrasion Stage Using Photometric Studies [#1108] |
Opanasenko N. V. Shkuratov Yu. G. Videen G. Kaydash V. G. Korokhin V. V. et al. |
Lunar
Polarimetric Imaging at Small Phase Angles [#1194] |
Ojha S. P.
Vikram K. V. N. G. Bhattacharya S. |
Retrieval of
Lunar Surface Temperature and Spectral Emissivity in 3-5 μm Range from Chandrayaan-2
IIRS Observations [#1201] |
Yamashita N.
Prettyman T. H. |
Lunar Geochemistry
and Prospecting with the KPLO Gamma-Ray Spectrometer [#2478] |
Wagner R. V. Boyd A. K. Henriksen M. R. Manheim M. R. Speyerer E. J. et al. |
LROC NAC South
Pole Controlled Mosaic [#2573] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: APOLLO’S LEGACY FOR LUNAR AND PLANETARY
SCIENCE, FROM LUNAR SAMPLE ANALYSIS TO SOLAR SYSTEM STUDIES
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Magnarini G.
Grindrod P. M.
Mitchell T. M. |
Evidence of
Recent and Continuous Slope Deformation of the South Massif, Taurus-Littrow
Valley, on the Moon [#1028] |
Yao Y. F. Gong X. H. Liu H. Xu H. Q. |
A Retrieval of
Lunar Surface Rock Abundance Based on Chang’E-2 Microwave
Radiometer Measurements [#2062] |
Nunn C.
Nakamura Y.
Kedar S.
Panning M. P. |
A New Archive
of Apollo Seismic Data [#1170] |
Warren P. H. |
Regolith
Coverage Inferred from Optical Maturity and Slope Data for the Majority of
Reported Lunar Pure Plagioclase Surfaces [#2727] |
Noeker M.
Tasev E. Ritter B. Karatekin Ö. |
Application of
the Wedge-Pentahedra Method (WPM) to the Apollo 17 Landing Site and
Comparison to the Traverse Gravimeter Experiment Measurements [#1442] |
Gong X. H. Xia M. J. Yao Y. F. Liu H. Xu H. Q. |
A Retrieval of
Lunar Surface Rock Abundance by LRO Diviner Infrared Observations [#2010] |
Gao Y.
Liu X. Hou W. Han Y. Zhang H. et al. |
Dielectric
Constant Estimation for Apollo 16 Site Using Mini-RF SAR Data [#1351] |
Iqbal W.
Liu T. Haber T.
van der Bogert C. H. Scherer E. E. et al. |
What is the
Source of Apollo 17 Sample 77017? [#1045] |
Morris R. V. Haney N. C. Agresti D. G. Neuman M. D. Wang K. et al. |
Stratigraphy of
the Apollo 17 Landslide Core 73002 from FMR Maturity and VNIR and Moessbauer Spectroscopy [#1849] |
Dukes C. A. Stelmach K. B. Woodson A. K. Ziamanesh L. Oraegbu J. et al. |
Stratigraphic
Variation in Grain Surface Chemistry Within Apollo Core Sample 73002 Using
X-Ray Photoelectron Spectroscopy [#2935] |
Poehler C. M. Wright J. Zambon F.
van der Bogert C. H. Carli C. et al. |
Enhancing
Geomorphological Maps Using Geo-Spectral Maps on the Example of the Lunar
Apollo Basin [#2094] |
Poehler C. M. Ivanov M. A.
van der Bogert C. H. Hiesinger H. Head J. W. |
Update on the
South Pole-Aitken Geomorphological Map [#2106] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: LUNAR GEOPHYSICS, IMPACTS AND REGOLITH
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Park H.
Garrick-Bethell I.
Jin H. |
Demagnetization
State of Lunar Craters, Revisited [#1268] |
Chuang F. C. Richardson M. D. Domingue D. L. Weirich J. R. Sickafoose A. A. et al. |
Mapping Lunar
Swirls with Machine Learning: The
Application of Image Classification Algorithms in Reiner Gamma [#1430] |
Wang X.
Yeo L. H.
Horanyi M. |
Lunar Dust
Mobilization in the Presence of Crustal Magnetic Fields [#2090] |
Carmichael C. M. Cook M. Griffin G. Adamson P. Matthews L. S. et al. |
Modeling
Multi-Species Lunar Swirls in a Dusty Plasma Medium [#2303] |
Wohlfarth K. S. Wöhler C. Helbert J. Hiesinger H. MERTIS-Team |
Disk-Resolved
Validation of a Fractal Rough Thermal Model for the Moon [#2431] |
Kobayashi M.
Niihara T. Miyamoto H. |
Permittivity of
Lunar Subsurface at UHF Band Based on Laboratory Experiment: Implications for Lunar GPR Missions [#2623] |
Zhe N. K. Kobayashi D. Sprenke K. |
Zero-Topography
Gravity Anomaly of the Moon [#2745] |
Karimi K.
Kletetschka G. |
Distribution of
Shida Number Over the Moon Based on Virtual Deformation Signature [#1983] |
Basilevsky A. T. Kreslavsky M. A. Dorofeeva V. A. Li Y. Fang L. G. |
Impact-Caused
Regolith Reworking Within the Polar Regions of the Moon: Mechanical and Geochemical Aspects [#1059] |
Kawashima O.
Morota T.
Ohtake M.
Kasahara S. |
Meter-Sized
Craters and Boulders Around Lunar SouthPpole Shackleton and North Pole
Whipple Craters [#1312] |
Naik S. S. Pathak S. Dagar A. K. Patil A. Kumar A. et al. |
Mineralogical
and Morphological Investigation of Butterfly-Shaped Unnamed Crater Using
Datasets from Recent Lunar Missions [#1330] |
Patel D. D. Patel S. M. Solanki P. M. |
Mineralogical
and Geological Diversity of Vavilov Crater Derived Using Remote
Sensing Data [#1672] |
Kimi K. B. Harish
Vijayan S. |
Geological
Evolution of Posidonius Crater, Moon [#1942] |
Moriarty D. P. III Milla M. Watkins R. N. Domingue D. L. Valencia S. N. et al. |
A Preliminary
Evaluation of Resurfacing Scenarios Across the South Pole — Aitken Basin
Interior from a Mineralogical Assessment of Craters [#2386] |
Wöhler C.
Wilhelm T.
Bugiolacchi R.
Althoff S. |
A Tomographic
View into the Layering of the Lunar Regolith [#1497] |
Deitrick S. R. Cannon K. M. |
Characterizing
Detailed Grain Shape and Size Distribution Properties of Lunar Regolith [#2707] |
Du T. R. Zhang A. C. Chen J. N. Wen Y. Y. |
Shock-Induced
Decomposition of Armalcolite During Lithification of Lunar Regolith [#1313] |
Bickel V. T. Loew S. Aaron J. Goedhart N. |
A Global
Catalog of Lunar Granular Flow Features [#1824] |
Bondarenko N. V. Kreslavsky M. A. Zubarev A. Nadezhdina I. |
“Elephant Hide”
Texture on Moon: Preliminary Results
on Topographic Properties [#2469] |
Kimi K. B. Harish
Vijayan S. |
Infilled
Craters: Lava Modified
Impact Craters [#1930] |
Martin E. S. Watters T. R. |
Characterizing
Linkages Across Segmented Lunar Graben [#1581] |
Briaud A.
Fienga A.
Melini D.
Rambaux N. Mémin A. et al. |
Constraints on
the Moon’s Deep Interior from Tidal Deformation [#1349] |
Pauw L.
Frueh T.
van der Bogert C. H. Hiesinger H. |
Investigation
of Lunar Wrinkle Ridges and Boulder Fields in a Multi Ring Impact Basin,
Mare Serenitatis [#1888] |
Frueh T.
Clark J. D.
Hetzel R.
Hiesinger H.
van der Bogert C. H. |
Young
Compressional Tectonic Activity and Associated Formation of Small Graben on
the Moon [#1994] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: LUNAR IMPACT CRATERING
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Luo X.-Z.
Zhu M.-H. Ding M. |
Ejecta Pattern
of Oblique Impacts on the Moon from Numerical Simulation [#1133] |
Gagnon S.
Neish C. D.
Lemelin M.
Gallinger C. |
The Relative
Radiance of Lunar Impact Melt Deposits:
Evidence for Glass? [#2955] |
Krasilnikov A. S. Krasilnikov S. S. Ivanov M. A. Head J. W. |
Estimation of
the Thickness of Ejecta from Impact Craters in the South Polar Region of
the Moon [#1988] |
Cui X.-L.
Ding M. Wang G. |
Automated
Crater Detection and Absolute Model Age Estimation for Craters in the South
Pole-Aitken Basin of the Moon [#1900] |
Kubas A. R. Zanetti M. Hamilton C. W. Voigt J. R. C. Williams J.-P. et al. |
Crater
Size-Frequency Distributions of Interior and Exterior Units at
Giordano Bruno [#2910] |
Giuri B.
Hiesinger H.
Schmedemann N.
van der Bogert C. H. |
Light Plain
Absolute Model Ages in the Orientale Region, Moon [#1447] |
Martin-Wells K. S. Powers L. T. Barker B. Cayetano J. Edwards A. |
Towards a
Repeatable Crater Counting Method for Undergraduate Crater Counters [#2557] |
Zhang K.
Liu J. Z. |
Quantitative
Analysis of Lunar Impact Craters Morphology [#1716] |
Patel S. M. Kaur P. Solanki P. M. |
Geomorphologic
Mapping and Morphometric Analysis of a Complex Copernican Crater: Aristarchus [#1325] |
Horzempa P. |
Newly
Discovered Impact Basins on Moon’s Southern Far Side [#2850] |
Liu T.
Luther R.
Manske L.
Wünnemann K. |
Melt Production
and Ejection at Lunar Intermediate Sized Impact Craters: Where is the Molten
Material Deposited? [#1109] |
Oetting A.
Hiesinger H.
van der Bogert C. H. |
Refinement of
the Lunar Production Function — Investigation of the CSFD-Slope on Ejecta Blankets [#1509] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: LUNAR PETROLOGY AND GEOCHEMISTRY
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Bao Z.
Shi Y. Wang P. Peng W. Joy K. H. et al. |
Pb-Pb Age of
Gabbroic Lunar Meteorite Northwest Africa 5000 [#1727] |
Nottingham M. Curran N. M. Pernet-Fisher J. F. Burgess R. Gilmour J. D. et al. |
Noble Gas
Systematics of the ‘Soil-Like’ Apollo 16 Regolith Breccias [#1899] |
Bhanot K. K. Downes H. Jennings E. Wotton S. |
Apollo 17
Sample 72415 — A Fragment of the Lunar Mantle? [#1820] |
Hulsey C. R. O’Sullivan K. M. |
Geochemistry of
Northwest Africa 11788: Anorthositic
Clasts Tell of a Mg-Rich Lunar Crust [#1516] |
Srivastava Y. Basu Sarbadhikari A. Yamaguchi A. Takenouchi A. Day J. M. D. |
Petrogenesis of
Lunar Ferroan Gabbro Meteorite Asuka 881757 [#1903] |
Acevedo B.
O’Sullivan K. M. |
Analyzing
Pyroxene Crystals to Determine Crystallization Trends in Northwest Africa 11788 [#2649] |
Li Y.
McCausland P. J. A.
Flemming R. L. |
Petrology of
Northwest Africa 11515: Mg-suite and
FAN-suite Breccia [#2129] |
Haupt C.
Klemme S.
Renggli C. J. |
The Origin of
High-Ti Lunar Picritic Glasses: Preliminary
Results from an Experimental Study on Partial Melting of a Hybrid
Lunar Mantle [#1945] |
Sakai R.
Nagahara H. Ozawa K. |
Constraints on
the Bulk Composition of Lunar Magma Ocean from the Rare Earth Element
Patterns of Anorthosites [#1358] |
Grambling N. L. Tokle L. Dygert N. Hirth G. Chin E. et al. |
Rheological and
Microstructural Investigation of Ilmenite-Olivine Aggregates Deformed in Shear: Implications for Lunar Mantle
Cumulate Overturn [#2673] |
Simon S. B. Shearer C. K. Haggerty S. E. Moriarty D. P. III Petro N. et al. |
Shallow Crustal
Origins for Spinel-Bearing Lithologies on the Moon: A Perspective from the Luna 20 Mission [#1623] |
Brum J.
McLeod C. L.
Shaulis B. Loocke M. |
40 Years of
Studying Allan Hills (ALHA) 81005: What
Else Could We Possibly Learn? Plenty! [#2756] |
Bell S. K. Joy K. H. Moore K. |
Cataloguing the
UK’s Moon Rocks: Luna Samples from the
Soviet Union [#1957] |
Yin C. X. Fu X. H. |
Petrography,
Mineralogy, and Geochemistry Characteristics Study of Th-Rich Lunar Meteorite
Northwest Africa 4485 [#1315] |
Dagar A.
Pathak S.
Kumar A.
Patil A.
Bhattacharya S. et al. |
Mineralogical
Investigation of Crater Gardner and Its Surroundings Using Chandrayaan-2
Imaging InfraRed Spectrometer Data [#1329] |
Wieler R.
Bochsler P. |
Secular
Variability of the Solar Wind Composition? — The Case of Xe/Kr in the
Lunar Regolith [#1370] |
Gupta N.
Srivastava Y.
Narendranath S.
Pillai N. S.
Basu Sarbadhikari A.
et al. |
Compositional
Similarity of Sittampundi Anorthositic Complex Rocks to Lunar Highlands [#1931] |
Bhatt M.
Narendranath S.
Wöhler C.
Pillai N. S.
Srivastava N. et al. |
First Global
Lunar Magnesium and Aluminum Abundance Maps Derived Using Chandrayaan-1 and
Chandrayaan-2 Data [#2253] |
Paul D.
Dhoundiyal S.
Porwal A.
Thangjam G. |
Compositional
Variations of Mare Humorum Basin: Insights
into Basaltic Pyroxene Chemistry [#2402] |
Zhang Jingyi. Head J. Liu J. Z. Potter R. |
Lunar Surface
Thorium Anomalies: Evidence for
Crustal Stratigraphy and Structure in Procellarum KREEP Terrane(PKT) and
South Pole-Aitken(SPAT) [#1270] |
Panja S.
Chauhan M.
Chauhan P. |
Detail
Investigation of Spinel-Bearing Exposures on the Moon for Their Nature of
Occurrences and Associated Mineralogy [#2138] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: LUNAR VOLATILES AND EXOSPHERE
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Deutsch A. N. Barker M. K. Fassett C. I. Heldmann J. L. Colaprete A. et al. |
Variations in
Slopes Among Small South Polar Impact Craters: Degradation by Volatiles? [#2122] |
Fassett C. I. Beyer R. A. Colaprete A. Coyan J. A. Deutsch A. N. et al. |
Age Estimates
for Permanently Shadowed Craters in the Viper Mission Area Based on
Their Topography [#2027] |
Himani T. H. Dutton N. T. Patterson G. W. Lewis K. W. |
Dielectric
Constant Constraints of Suspected Surficial Water-Ice Regions in the Lunar
South Pole [#1214] |
Potter R. W. K. Deutsch A. N. |
Investigating
the Origin of Water Ice in Simple Lunar Polar Craters: Numerical Modeling Insights [#2451] |
Li Y.
Basilevsky A. T.
Kreslavsky M. A.
Sanin A. B. Mitrofanov I. G. et al. |
Analyses of the
Hydrogen Distribution in the South Circumpolar Crater Floors: Implications for the Surface Roughness [#1861] |
Wöhler C.
Wohlfarth K.
Berezhnoy A. A. |
Time-of-Day-Dependent
Behavior of Lunar Surficial Hydroxyl on a Rough Regolith Surface [#1492] |
Mandt K. E. Mousis O. Bouquet A. Hurley D. Luspay-Kuti A. et al. |
An Exogenic
Origin for Volatiles Sampled by LCROSS:
Relevance to VIPER [#2091] |
Sharma A. Kumar S. Bhiravarasu S. S. |
Scattering
Mechanism of Erlanger Crater Using Chandryaan-2 L-Band DFSAR Data [#2031] |
Schörghofer N. |
Gradual
Sequestration of Water at Prospective Landing Sites in the South Polar Region
of the Moon [#1177] |
Scotkin M.
Beard S. Kuhns M. |
Cratering Effects
of Hot and Cold Gas Rocket Plumes on Frozen and Unfrozen Simulated
Lunar Regolith [#1300] |
Mitchell J. L. Lewis E. K. Amick C. L. Harris C. L. Turner A. A. et al. |
The Effect of
Temperature on the Preservation of Volatile-Rich Lunar Samples [#2132] |
Morrissey L. S. Carter D. Hartzell C. M. |
Tribo-Charging
Simulations: A Sensitivity Study of
the Charge Distribution by Grain Size [#1473] |
Abdelaal M. E. Zakharov A. V. Kuznetsov I. Inna
Anton et al. |
Investigate the
Dynamics of Dust Particles Under the Airless Bodies’ Conditions to Study the
Lunar Horizon Glow [#1260] |
Skvortsova N. N. Kachmar V. V. Borzosekov V. D. Konchekov E. M. Voronova E. V. et al. |
Simulating Lunar Exosphere with Microwave Discharge in
Powders for Materials Testing [#2199] |
Verma N. Mishra P. Purohit N. |
Mini-RF Bistatic Data Observations for the Lunar
Surface Water-Ice Detection in Cabeus Crater Region [#2740] |
Tolometti G. D. Bhiravarasu S. S. Patterson G. W. Neish C. D. |
New L-Band Synthetic Aperture Radar Observations of
Lunar South Pole Craters: Seeing into
Cold Traps [#1453] |
[W607]
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: LUNAR VOLCANISM
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Weitz C. M. Meyer H. M. Garry B. Glotch T. D. Jozwiak L. et al. |
Geologic
Observations of the Gruithuisen Domes [#1618] |
Weitz C. M. Berman D. C. Mest S. C. Morgan G. A. Gaddis L. R. |
Geologic
Mapping of Lunar Dark Mantle Deposits in Sinus Aestuum and Mare Vaporum [#1413] |
Bhiravarasu S. S. Campbell B. A. Tolometti G. D. Cahill J. T. S. Das A. et al. |
New Orbital
L-Band Radar Observations of Aristarchus Plateau [#1773] |
Chaudhuri N.
Kusuma K. N.
Bharathvaj S. A. |
Understanding
Spinel Spectra of the Sinus Aestuum Region Using Modified Gaussian Model [#1991] |
Trang D.
Tonkham T.
Filiberto J.
Li S. Lemelin M. et al. |
Eruption
Characteristics of Lunar Localized Pyroclastic Deposits Based on Water
Content, Mineralogy, and Regolith Properties [#2315] |
Chuang F. C. Whitten J. L. Domingue D. L. Watkins R. N. Jolliff B. L. et al. |
Analysis of
Surface Roughness in Mare, Cryptomare, and Non-Mare Terrains, Lunar South
Pole-Aitken Basin [#1449] |
Giuri B.
Hiesinger H. Schmedemann N. van der Bogert C. H. |
Dark Halo
Crater Study to Investigate Light Plain Relationship with
Basin Formation [#1455] |
Piskurich N.
Donaldson Hanna K. L.
Martinot M.
Greenhagen B. T. |
Compositional
Characterization of Irregular Mare Patches (IMPs) via M3 and
Diviner Data Analyses [#1595] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: SPECIAL SESSION: THE CHINESE LUNAR AND PLANETARY EXPLORATION
PROGRAM: RECENT MOON AND MARS RESULTS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Wang X.
Liu J. Liu D. Huang H. Guo L. et al. |
Dusty Mafic
Rocks Along Chang’E-4 Rover’s Traverse Revealed by the Vis/Near Infrared
Image Cubes [#1763] |
Qian Y.
Xiao L.
Head J. W.
Wilson L. |
The Long
Sinuous Rille System in Northern Oceanus Procellarum and Its Relation to the
Chang’e-5 Returned Samples [#1819] |
Wilson L.
Head J. W.
Qian Y. Xiao L. |
Modeling the
Eruption of the Lavas Sampled by the Chang’e 5 Mission [#1624] |
Jiang Y.
Li Y.
Liao S. Y.
Yin Z. J.
Hsu W. B. |
Mineral
Chemistry and 3D Tomography of a Chang’e 5 High-Ti Basalt [#1280] |
Cao H. J. Wang Q. Chen J. Che X. C. Liu C. Q. et al. |
Preliminary
Raman Spectroscopic Observation of Chang’e-5 Soil Sample [#1240] |
Lu X. J. Chen J. Ling Z. C. |
Regolith at
Chang’E-5 Landing Site: Mature Lunar
Soils of the Youngest Mare Basalts [#1405] |
Fang K.
Qiao L.
Ling Z. C. |
Depth of Small
Impact Crater Across the Chang’E-5 Landing Area [#1332] |
Qi X. B. Chen J. Ling Z. C. Liu P. |
Quantitative
Raman Spectroscopic Studies of Ternary Lunar Silicate Mixtures [#1450] |
Wan S.
Tian S. K.
Liu C. Q.
Liu P. Xin Y. Q. et al. |
Preliminary
Geological Interpretations and a Geological Map at the Tianwen-1 Landing Site
on Mars [#1381] |
Tian S. K. Ling Z. C. Wan S. Liu C. Q. |
Transverse
Aeolian Ridges Near the Traverse Route of Zhurong Rover [#1709] |
Giannakis I. G. Martin-Torres J. M-T. Zorzano M-P. Z. Warren C. W. Giannopoulos A. G. |
Advanced
Hyperbola Fitting, Reverse-Time Migration, and Clustering: An Advanced Set of Tools for Mapping the
Internal Structure of Lunar Soil Using Ground Penetrating Radar [#1887] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: MERCURY:
BUILDING THE SMALLEST PLANET
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Goossens S.
Renaud J.
Henning W.
Mazarico E.
Bertone S. et al. |
Assessment of
Models of Mercury’s Interior Structure Using Recent Measurements of Its
Moment of Inertia and Tidal Response [#1694] |
Goossens S.
Genova A.
James P. B.
Mazarico E. |
Mercury’s Crust
and Lithospheric Properties from High-Resolution Gravity Field Models [#1695] |
Stenzel O. J. Hall I. Hilchenbach M. |
Mercury Tide
Parameter Estimation from Laser Altimeter Records [#1990] |
Bertone S.
Mazarico E.
Barker M. K.
Siegler M. Camacho J. M. et al. |
A New
Topography Model of Mercury’s South Pole from MESSENGER MDIS-NAC [#2296] |
Galluzzi V.
Wright J.
Rothery D. A.
Simioni E. Zender J. et al. |
Georeferenced
M-Cam Images of the First BepiColombo Mercury Swingby [#2541] |
Feoktistova E. A. Rodionova Zh. F. Zharkova A. Yu. Zavyalov I. Yu. |
The
Depth/Diameter Ratio of Mercury Craters According to the Type of
Underlying Surface [#1371] |
Lennox A. R. Rothery D. A. Balme M. Conway S. Wright J. |
Lobate Ejecta
Deposits in Mercury’s South Polar Quadrangle (H15) [#1414] |
Galiano A.
Capaccioni F.
Filacchione G.
Carli C. |
Pyroclastic
Deposits on Mercury Detected with MASCS/MESSENGER Data: Identification Through Spectral
Characterization and Principal Component Analysis [#1429] |
Weirich J. R. Domingue D. L. Palmer E. E. Rodriguez A. |
High-Resolution
Topography and Photometric Data Cubes for Mercury and the Moon [#1115] |
Bauch K. B. Morlok A. Hiesinger H. Reitze M. P. Schmedemann N. et al. |
Unmixing of
Laboratory IR Spectral Reflectance Measurements of Smooth Plains Analogs [#1989] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: IMPACT PROCESSES ON EARTH
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Pati J. K. Zahbi M. Dwivedi S. Singh A. K. Dwivedi M. M. et al. |
Experimental
Formation of Basaltic Spherules in a Crucible at High Temperature and One
Atmospheric Pressure [#1383] |
Trnka M. |
Moldavites in
the Vienna, Styria, and Transcarpathian Basins (Austria, Slovakia, Ukraine)
and the Original Extent of Their Strewn Field [#1813] |
Harris T. H. S. |
Suborbital
Analysis of North American Tektite Transport [#1009] |
Harris T. H. S. |
North American
Tektite Jetting ‘First-Look’ Portrait [#1010] |
Hurtig M. |
A Fully Flanged
Button Tektite (Australite) Weighing Over 11 Grams from the Etadunna Station,
South Australia [#1174] |
Trnka M. |
Tektites from
Tibet — Fact or Mystification? [#1843] |
Dutta A.
Sinha K. K.
Raghuram Roy M. Mishra M. et al. |
Geochemical
Signature of Impactites from Dhala Crater, India [#1833] |
Schmidt G. |
Identification
of Iron Meteorites as Projectiles from Large Impact Craters [#1272] |
Poßekel J.
Molnár M.
Ernstson K. |
The Proposed
Meteorite Impact Event in the Czech Republic:
Evidence Strengthened by Investigations with the Digital
Terrain Model [#1558] |
Fox R. C. Ernstson K. |
Great Salt Lake
Astrobleme (GSLA): Impact Geology
Field Evidence [#1836] |
Siegel U.
Rommelfangen J.
Müller W.
Michelbacher S.
Ernstson K. |
Shatter Cones
in Litermont Quartzites: Saarlouis/Nalbach
(Saarland, Germany) Meteorite Impact Event Strengthened [#1842] |
Dutta A.
Bhattacharya A.
Pachpor S. V. Bhattacharya A. |
Structural
Analysis of Impact Induced Fractures and Its Implication on
Lonar Basalts [#1856] |
King D. T. Jr. Petruny L. W. |
Impact-Affected
Quartz Clasts in the Proximal Ejecta Deposit, Wetumpka Impact
Structure, Alabama [#2143] |
Kenkmann T.
Müller L.
Fraser A.
Cook D. Sundell K. et al. |
Wyoming
Battered with Impact Structures: Secondary
Cratering on Earth [#1412] |
Gullikson A. L. Gaither T. A. Skinner J. A. Jr. Black S. R. Buban H. C. |
USGS
Astrogeology Terrestrial Analog Sample Collection: 2022 Update [#1599] |
Schmedemann N. Hiesinger H. |
The Probability
for Independent Impacts of the Ries and Steinheim Craters [#1113] |
Kawohl A. |
Hornblende
Thermobarometry of Impact Melt Rocks: A
Case Study from the Rathbun Offset Dike, Sudbury Impact
Structure, Canada [#1369] |
Tada T.
Kurosawa K.
Ono H.
Hamann C. Okamoto T. et al. |
Shock Recovery
of Granite with a Decaying Shock Wave:
Feather Features Formation in Quartz [#1733] |
Li Y.
Cao F. Matterson T. W. Flemming R. L. Jaret S. J. et al. |
Preliminary
Shock Pressure Calibration Curve for Experimentally Shocked Bytownite [#2095] |
Burgener J. A. |
3D Software to
Evaluate Very Low Angle Impacts, Skip Impacts, and the Possibility that Comet
109P/Swift-Tuttle Has Previously Hit Earth Forming the Carolina Bays as
Secondary Impacts [#1042] |
Winter P. M. Burger C. Lehner S. Kofler J. Maindl T. I. et al. |
Residual Neural
Networks for the Prediction of Planetary Collision Outcomes [#1920] |
Ernstson K.
Claudin F. |
Transpression
and Transtension Impact Cratering Features:
The Steinheim, Saarlouis (both Germany), and Singra-Jiloca
(Spain) Cases [#1827] |
Chandran S. R. Padmakumar D. James S. Nair V. M. Mohan S. et al. |
Quantifying the
Rate of Erosion of Terrestrial Meteorite Impact Craters with the Aid of
Palaeoclimate Data [#1978] |
Blom E. T. Kring D. A. |
Distribution of
Hydrothermal Veins in Chicxulub Crater Impact Breccias [#1919] |
Steele R. C. J. Münker C. Schönbächler M. |
Preservation of
Isotopic Records from Late Accretion in Archean Samples: A Reassessment [#2522] |
Lee M R. Pickersgill A. |
The Role of
Alkali Feldspar Impact Ejecta in the Origin and Dissemination of
Early Life [#2214] |
Rangarajan V. G. Godin E. Osinski G. R. Tornabene L. L. |
Statistical
Analyses of Gully Characteristics in the Haughton Impact Structure: Implications for Martian Gully
Formation Mechanisms [#1233] |
Chinchalkar N. S. Osinski G. R. Tolometti G. D. Jaimes Bermudez J. P. |
Textural
Investigation of Impact Melt Along a Vertical Transect at Discovery Hill,
Mistastin Lake Impact Structure, Canada [#2667] |
Jaimes Bermudez J. P. Osinski G. R. Tolometti G. D. Chinchalkar N. S. |
Impact-Generated
Hydrothermal Alteration at the Mistastin Lake Impact Structure, Canada [#2671] |
Tripathi P.
Garg R. D. |
Characterization
of Brecciated Granites and Sandstone at Dhala and Ramgarh Impact Craters in
India: Implications for Future
Planetary Missions [#1489] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: SPECIAL SESSION: A YEAR OF PERSEVERANCE AT JEZERO
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Maki J. N. Bell J. F. Mehall G. L. Ravine M. A. Caplinger M. A. et al. |
Mastcam-Z in
Jezero Crater: Overview and
Status Update [#2441] |
Maki J. N. Bell J. F. Donaldson C. Ruoff N. Culver A. et al. |
Mars 2020
Sample Core Imaging [#2502] |
Mandon L.
Quantin-Nataf C.
Royer C.
Beck P. Fouchet T. et al. |
Infrared
Reflectance of Rocks and Regolith at Jezero Crater: One Year of SuperCam Observations [#1631] |
Sarkar S.
Bose N.
Bhattacharya S. Bhandari S. |
The Curious
Case of Missing Drill Core: An
Investigation on SuperCam Derived IR and LIBS Spectra from the First Drill
Site of Mars 2020 Perseverance Rover Mission [#1966] |
Legett C. IV McConnochie T. H. Johnson J. R. Newell R. T. Reyes-Newell A. L. et al. |
SuperCam
Transmission Spectrometer Response Variability During
Passive Observations [#2553] |
Gasda P. J. Comellas J. Essunfeld A. Lanza N. Anderson R. et al. |
Comparison of
Manganese Abundance in Gale and Jezero Craters [#1654] |
Henley T. L. J. Schmidt M. E. Kizovski T. V. Brockie I. K. Wade L. A. |
Mineralogical
and Textural Influences on Chisel Marks in Abraded Rock Patches,
Jezero Crater [#1506] |
Haney N. C. Morris R. V. Jakubek R. S. Fries M. D. |
Implications of
Deep UV Raman Spectra of Gypsum and Fe-Bearing Dust Mixtures for Gypsum
Detectability by the SHERLOC M2020 Instrument [#1641] |
Sullivan R.
Baker M.
Golombek M.
Herkenhoff K.
Newman C. et al. |
Enigmatic Large
Bedforms on the Floor of Jezero Crater [#2887] |
Calef F. J. III Alwmark S. Herd C. D. K. Simon J. Shuster D. |
Crater Retention
Observations of the Crater Floor-Fractured Rough Unit in Jezero Crater [#1805] |
Mimoun D.
Murdoch N.
Gillier M.
Stott A. Chide B. et al. |
Mars Soundscape: One Year of Acoustic Survey at
Jezero Crater [#1609] |
Vicente-Retortillo A. Martínez G. M. Hueso R. Newman C. E. Lemmon M. T. et al. |
Dust Lifting
Through Surface Albedo Changes at Jezero Crater as Observed from Mars2020
MEDA Measurements [#1855] |
Walter S. H. G. Neu D. Gross C. Neesemann A. Balthasar H. et al. |
An Interactive
Virtual Hiking Map for the Mars 2020 Perseverance Landing Site,
Jezero Crater [#1921] |
Ye B.
Michalski J. R.
Li Y. L.
Liu J. Qian Y. |
Compositional
Heterogeneity of Marginal Carbonate Unit:
Hints from Band Minimum Mapping of Jezero Crater on Mars [#1318] |
Ravanis E.
Fagents S.
Newman C.
Horgan B.
Holm-Alwmark S. et al. |
The Potential
for Pyroclastic Deposits in the Jezero Crater Region of Mars from Ash
Dispersal Modeling [#1692] |
Eriksen Z. T. Velbel M. A. |
A Terrestrial
Analog of the Ancient Delta-Lake System and Flood Deposits at Jezero Crater,
Mars, from a Pleistocene Pro-Glacial Lacustrine Delta Deposit in
Michigan, USA [#2715] |
Caravaca G.
Dromart G.
Mangold N.
Gupta S.
Le Mouélic S. et al. |
Flow Direction
Assessed from 3D Geometry Reconstruction of Kodiak Butte in Jezero
Crater (Mars) [#1189] |
Mangold N.
Gupta S.
Caravaca G.
Gasnault O.
Dromart G. et al. |
Significance of
the Variations in Fluvial Input Within Jezero Crater from Perseverance
Rover Observations [#1814] |
Morris R. V. Haney N. C. Jakubek R. S. Fries M. D. Clark J. V. et al. |
Relative
Detectability of Iron-Bearing Phases for the Mars 2020 SHERLOC Deep UV Raman
Instrument: 1. Focusing on Carbonates [#1466] |
Smith R. J. Moore K. R. Razzell Hollis J. Sharma S. Cardarelli E. et al. |
Detections and
Initial Interpretations of Amorphous Silicates in Jezero Crater, Mars [#2901] |
Larmat C.
Dauson E.
Reyes-Newell A. L.
Ollila A. TenCate J. et al. |
Using
Laboratory LIBS Acoustics Experiments to Elucidate SuperCam Microphone Data
on Mars [#2917] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: MARS SCIENCE LABORATORY CURIOSITY AND GEOCHEMISTRY
IN GALE CRATER
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Sutter B.
McAdam A. C.
Ming D. W.
Archer P. D.
Thompson L. M. et
al. |
Constraining
Alteration Processes Along the Siccar Point Unconformity, Gale Crater: Results from the Sample Analysis at
Mars Instrument [#2793] |
Gellert R.
Berger J. A.
Boyd N. I.
O’Connell-Cooper C. D.
McCraig M. A. et al. |
Recent Sodium
and Chlorine Enrichments in the Mount Sharp Group in Gale Crater, Mars [#1486] |
Berner A.
Czarnecki S.
Hardgrove C.
Gasda P. J.
Mesick K. |
Measuring
Hydration of Nearby Cliffs in Gale Crater Using Neutron Observations [#2596] |
Franz H. B. Freissinet C. McAdam A. Archer P. D. Jr. Sutter B. et al. |
Isotopic
Composition of Carbon Dioxide Released from Gale Crater Sediments Through
Glen Torridon and Beyond as Measured by the SAM QMS [#2298] |
Carman N. A. Hausrath E. M. Rampe E. B. Archer P. D. Jr Adcock C. T. et al. |
Looking for
Evidence of Past Life on Mars: Clues
from Vera Rubin Ridge and Glen Torridon, Gale Crater, Mars [#2732] |
Das D.
Turner S. M. R.
Gasda P. J.
Schwenzer S. P. Palandri J. et al. |
Understanding
the Formation Stages of Evaporites in Gale Crater Using
Thermochemical Modeling [#2172] |
Knight A. L. Catalano J. G. Mitra K. |
Diagenetic
Alteration of Iron(III) Minerals to Hematite and Implications for the Vera
Rubin Ridge, Mars [#1719] |
Rammelkamp K. Gasnault O. Forni O. Dehouck E. Bedford C. C. et al. |
Tensor
Component Analysis as a Tool for Investigating Depth Trends in ChemCam LIBS
Data from Gale Crater, Mars [#1999] |
Essunfeld A.
Comellas J. M.
Gasda P. J.
Oyen D. Lanza N. et al. |
Grouping
ChemCam Targets by Visual Characteristics Improved by
Automatic Partitioning [#2612] |
Dubey M. L. Oyen D. A. Gasda P. J. |
Random Forests
on Mars: Ensemble Methods for Enhanced
ChemCam Calibration [#1625] |
Shi Y. T. Zhao S. Y. Karunatillake S. Xiao L. |
Pedogenetic and
Paleo-Environmental Constraints from the Soils of Gale Crater [#1750] |
Czarnecki S.
Hardgrove C.
Arvidson R. E.
Hughes M. N. Schmidt M. E. et al. |
Hydration of a
Clay-Rich Unit on Mars, Comparison of Orbital Spectral Data to Rover
Neutron Results [#2749] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: AEOLIAN AND MODERN PROCESSES ON MARS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Gary-Bicas C. E. Michaels T. I. Rogers A. D. Fenton L. K. Warner N. H. et al. |
Investigating
the Role of Amazonian Mesoscale Wind Patterns on the Spatial Distribution of
Martian Bedrock Exposures [#1126] |
Jackson D. W. T. Beyers M. Balme M. R. Favaro E. A. Lewis S. R. |
Surface Wind
Modelling at the ExoMars Landing Site, Oxia Planum, Mars: Aeolian Sediment Transport Potential Under
Multiple Wind Directions [#1484] |
Ramsey A. K. Zimbelman J. R. Allen J. |
Analysis of
Nili Fossae’s Transverse Aeolian Ridge Transitions [#1712] |
Love R.
Jackson D. W. T.
Michaels T. I.
Smyth T. A. G.
Avouac J.-P. et al. |
Investigating
Geomorphological Processes at Nili Patera, Mars, Using a Multi Scale Airflow
Modelling Approach [#2049] |
Anderson J. E. Velbel M. A. |
Grain-Shape
Analysis of Sand and Silt from Periglacial Polygonal Patterned Ground
Landforms at the PHX Landing Site [#2324] |
Sutton S. S. Chojnacki M. McEwen A. S. Kirk R. L. Dundas C. M. et al. |
Revealing
Active Mars with HiRISE Digital Terrain Models and Orthoimages [#2509] |
Salvatore M. R. Levy J. S. Fackrell L. E. |
If Wet, How
Wet? Introducing a Surface Albedo-Based Approach for Estimating the
Volumetric Water Content of Martian Recurring Slope Lineae (RSL) [#2331] |
Velbel M. A. Goetz W. Hecht M. H. Madsen M. B. Staufer U. |
Revised
Taxonomy of Fine Sand- and Coarse Silt-Size Brown Grains on Mars from
Photometry of Phoenix OM Images [#1251] |
Mihira S.
Ruj T. Usui T. |
New RSL
Candidates on the Medusae Fossae Formation [#2004] |
Tesson P.-A.
Mège D.
Kozakiewicz J.
Douté S.
Pilarska-Mazurek M. et
al. |
Morphometry of
Paleodunes on Noctis Labyrinthus Slopes from CaSSIS Digital
Terrain Models [#1923] |
Tesson P.-A.
Mège D.
Gurgurewicz J.
Pilarska-Mazurek M.
Choromński K. |
Layered
Deposits on Noctis Labyrinthus Plateaus:
A Volcanic Airfall Origin? [#2595] |
Szynkiewicz A. Bishop J. L. Fenton L. Parente M. |
Evidence for
Groundwater Activity and Sulfate Origin in the Basal Unit and Olympia Undae
Dunes on Mars [#1615] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: ALTERATION PROCESSES ON MARS: HOT AND COLD MISH-MASH
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Mao W. S. Wu Z. C. Fu X. H. Zhang J. Ni Y. H. |
A Preliminary
Experimental Study of Cl Cycle on Present Day Mars [#1185] |
Ju E. M. Shi E. B. Xin Y. Q. Liu C. Q. Ling Z. C. |
Stability Field
of Five Calcium Sulfate Double Salts and Their Possible Formation
on Mars [#1336] |
Liu J.
Michalski J. |
Reflectance
Spectroscopy (1000–2500 nm) of Fe-rich Phyllosilicates [#1341] |
Rodriguez A. J. Elwood Madden M. E. |
Pyrite
Weathering in Hypersaline Solutions [#2080] |
Meng F.
Shi E. B.
Liu C. Q.
Ling Z. C. |
Preliminary
Results of Water Quantification for Amorphous Ferric Sulfate Relevant
to Mars [#2110] |
Yu X. W. Wu Y. X. Zhao Y. Y. S. Qi C. Lin H. L. et al. |
Cryogenic
Sulfuric Weathering of Iron-Rich Olivine:
Implications for Mars [#1997] |
Wang X. Y. Zhao Y. Y. Hu S. Wang H. P. Miao J. X. et al. |
Experimental
Study on Serpentinization of Iron-Rich Olivine: Implications for Mars [#2462] |
Alvarez N. L. Tan X. |
Depth
Thresholds for the Lithification of Sediment in Amazonian Mars [#2829] |
Baschetti B.
Massironi M.
Carli C.
Altieri F.
Frigeri A. |
Investigating
Mars Early Climate Through Stratigraphy, Composition, and Morphology at the
Noachian-Hesperian Boundary in Northern Meridiani Planum [#1846] |
Cogliati S.
Crandall J. R.
Filiberto J.
Schwenzer S. P. |
Effects of
Basalt Composition on a Martian Analogue Magma-Sediment Hydrothermal System
Studied Through Thermochemical Modeling [#1343] |
Sanchez A. M. Price R. E. Fraeman A. A. Thorpe M. T. Barge L. M. |
Investigating
Hydrothermal Saponite Precipitates on Mars Using an Icelandic
Vent Analogue [#2286] |
Soto A.
Rivera-Valentín E. G.
Chevrier V. |
Stability of
Martian Surficial Brines During Recent Orbital Cycles [#2515] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: EVIDENCE FOR WATER AND ICE AT THE MARTIAN
SURFACE AND NEAR SUBSURFACE
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Broz P.
Kryza O.
Conway S. J.
Mazzini A. Hauber E. et al. |
Volumetric
Changes of Mud on Mars: Evidence from
Laboratory Simulations [#1337] |
Hibbard S. M. Osinski G. R. Godin E. Williams N. R. Golombek M. P. |
Earth Analogue
Implications for Brain Terrain Formation on Mars [#2551] |
Head J. W. III Wordsworth R. D. Fastook J. L. |
When Did Mars
Become Bipolar? Outstanding Issues in a Conceptual Model of a
Noachian-Amazonian Climate Transition from an Altitude-Dominant Temperature
Environment (ADD) to a Latitude-Dominant Temperature Environment (LDD) [#2083] |
De K.
Kobayashi M.
Ruj T. Kawai K. |
Water Activity
Along the Extensional Fossae Present on the Orcus Patera Floor [#1922] |
Hiatt E.
Shadab M. A.
Hesse M. A.
Gulick S. P. S.
Goudge T. A. |
Estimates of
Groundwater Divides and Basins on Noachian Mars [#2618] |
Cuřín V. Brož P. Hauber E. Markonis Y. |
Mud Flows in
the Southwestern Utopia Planitia, Mars [#2788] |
Czechowski L. Zalewska N. |
Chains of Small
Cones on Martian Lowlands and Role of Instability of Water, Outcrops, and
Fissures in Regolith [#2825] |
Dundas C. M. Conway S. J. Pasquon K. |
Erosional and
Depositional Slopes of New Martian Gully Deposits [#2366] |
Huang R. I. Gulick V. C. |
Comparison of
Elevation on Martian Gully Morphology at Crater Gully Sites [#2499] |
Harrell M. J. Gulick V. C. Huang R. I. |
Analysis of
Gullies on the Northern Rim of Nqutu Crater, Mars [#2776] |
Gor N. G. |
Geomorphological
Mapping and Investigation of a Mountain Glacier in the Argyre
Region, Mars [#2833] |
Kim J. E. Okubo C. H. |
Mars Mud
Volcano Database Using JMARS and Interpretation on Distribution [#1608] |
Sholes S. F. |
Were Jezero and
Gale Craters Submerged by a Martian Ocean? Quantified Uncertainties in
Paleo-Ocean Levels on Mars [#2603] |
Coleman N. M. Coughenour C. |
Hanging Valleys
and Scablands of Kasei Valles Reveal Prolonged Deep Hydrodynamic Erosion [#1056] |
Tuhi S.
Harish
Kimi K. B.
Vigneshwaran K.
Sharini K. S. et al. |
Ma’adim Vallis,
Mars: Insights into Late-Stage Water
Activity in an Impact Crater Through Fluvial Deposits [#1142] |
Sutton S. S. Hamilton C. W. Cataldo V. Williams D. A. Bleacher J. E. |
Channels and
Fossae East of Olympus Mons as Indicators of Late Amazonian Volcanic,
Hydrological, and Tectonic Processes [#1226] |
Coughenour C. L. Coleman N. M. |
Ares Vallis,
Mars — Megaflood Volume Needed to Erode the Main Channel [#1526] |
Davis J. M. Balme M. R. Fawdon P. |
Ancient
Alluvial Plains at Oxia Planum, Mars, the ExoMars 2022 Landing Site [#1905] |
Wagner J. D. Tuhi S. Kimi K. B. Harish N. Vijayan S. |
Fluvial
Features at Peridier Crater, Syrtis Major, Mars: Evidence for Hesperian Warm Ejecta Induced
Shallow Ice melting [#1927] |
Cang X.
Luo W. |
How Close are
Martian Valley Networks to Optimal Configuration? Implications for Early
Mars Climate [#2657] |
Irwin R. P. III |
Mars Surface
Processes that Influenced Ancient Runoff Production and Preservation of Drainage Networks [#2691] |
Ghosh D.
Aranha M.
Porwal A.
Thangjam G. |
An Insight into
the Formational Processes of the Erosional Valley Networks in the Thaumasia
Highland Region, Mars [#2872] |
Boatwright B. D. Head J. W. |
Pitted Crater
Floors in the Circum-Hellas Region, Mars:
New Insights into Possible Glacial Origins from Pit
Depth Measurements [#1438] |
Mirino M.
Balme M.
Fawdon P.
Grindrod P. |
Polygonal
Terrains Associated to Candidate Fluvial-Derived Deposits in
Arabia Terra [#1454] |
Luo W.
Craddock R. A. Howard A. D. Cang X. |
Delineating
Watersheds on Mars [#1439] |
Velbel M. A. |
Sedimentary
Redox Geochemical Paleoenvironments and Preservation of Potential
Biosignatures Inferred from Mineral Assemblages in Lacustrine Sedimentary
Strata of Mount Sharp, Gale Crater, Mars [#2821] |
Rangarajan V. G. Tornabene L. L. Osinski G. R. Conway S. J. Hauber E. et al. |
Spectral
Analyses of Gully-Associated Light-Toned Materials from TGO/CaSSIS and
MRO/HiRISE Observations: Implications
for Martian Gully Formation Mechanisms [#1986] |
Tobin K. L. Quinn D. P. |
A Multistage
Sedimentary History at Aeolis Dorsa, Mars [#2475] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: THE MARTIAN CRYOSPHERE: A FROZEN RED PLANET
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Buhler P. B. Smith I. B. |
Mars’ South
Polar Carbon Dioxide Glacier Crevasses [#1014] |
Fard K. B. Isola I. Larour E. Schlegel N. J. Smith I. B. |
Modeling CO2
Glaciers on Mars with the 3D Ice Sheet and Sea-level System Model (ISSM) [#2584] |
Jawin E. R. Campbell B. A. Whitten J. L. Morgan G. A. |
What Makes a
Layer? Investigating Variable Layer Behavior in Martian North Polar Layered
Deposits Using SHARAD Multiband Data [#1457] |
Viviano C. E. Murchie S. L. Seelos F. P. Seelos K. D. Cartwright S. F. A. |
Strategies for
Mapping Ice on Mars Using CRISM VNIR Wavelengths [#2084] |
Mattei E.
Brin A.
Cosciotti B.
Lauro S. E.
Pettinelli E. et al. |
Dielectric
Properties of Clays at MARSIS Frequency and Martian Temperature [#1392] |
Lalich D. E. Poggiali V. Raguso M. C. Hayes A. G. |
High Resolution
Radar Mapping and Dust Content Estimation of the Martian North Polar Layered
Deposits Saddle Region [#2334] |
Grau Galofre A. Serla J. K. Becerra P. Noblet A. Conway S. J. |
Patterns of
Glacial Deformation in a Lobate Debris Apron:
Implications for Glacial Geology, Internal Structure, and Regional Climate History [#1958] |
Innanen A. C. Landis M. E. Hayne P. O. Moores J. E. |
Possible
Atmospheric Water Vapor Contribution from Martian Swiss Cheese Terrain [#1969] |
Ruj T.
Tesson P-A.
Okuda H.
Usui T. Komatsu G. et al. |
Effects of
Solar Radiation on the Glacial Deposits Distributed at Northern Low to
Mid-Latitudes of Mars [#1875] |
Isen J. A. Smith I. B. |
In
House-Developed Goniometer to Support Measurements of the Bidirectional
Reflectance Distribution Function of CO2 Ice Made in an
Environmental Chamber that Simulates Martian Polar Conditions [#1278] |
Philippe M.
Conway S. J.
Soare R. J.
McKeown L. E. |
Thermal-Crack
Polygons on Mars: Link Between Their
Density/Type and the Geology of the Substrate [#1879] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: MARTIAN GEOCHEMISTRY: MINERALS AND METHODS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Kodikara G. R. L. McHenry L. J. |
Data-Driven
Fuzzy Weights-of-Evidence Model for Identification of Potential
Zeolite-Bearing Environments on Mars [#1081] |
Kurokawa H.
Sugita S.
Yoshida T.
Miura Y. N.
Cho Y. et al. |
Mars
Atmospheric Neon Probes Mantle Volatile Content and Early
Surface Environment [#1722] |
Wagstaff K. L. Francis R. Golombek M. Lu S. Riloff E. et al. |
Targets from
the Spirit Mars Exploration Rover in the Mars Target Encyclopedia [#1231] |
Ashley J. W. Herkenhoff K. E. Schröder C. Golombek M. P. Curtis A. G. et al. |
Topometric
Analysis of Iron Meteorite Surfaces and Their Oxide Coatings Using
Microscopic Imager Digital Elevation Models at Meridiani Planum Mars —
Support for Recent Equatorial Mineral-Water Interaction and Persistant
Paleowind Direction [#1809] |
VanBommel S. J. Gellert R. Berger J. A. McCraig M. A. O’Connell-Cooper C. D. et al. |
High-Throughput
Modeling of Surface Coatings and Layering Effects in Mars X-Ray
Fluorescence Data [#1587] |
Knight A. L. VanBommel S. J. Gellert R. Catalano J. G. Berger J. A. et al. |
Investigation
of Trace Element Concentrations in Summed Spectra from the Mars Exploration
Rover Alpha Particle X-Ray Spectrometers [#1735] |
Bai H. C. Shi E. B. Ling Z. C. |
Martian Soils: Statistics, Quantitation,
and Comparisons [#1397] |
Zhou D. S. Zhao Y. Y. S. Qi C. Wang H. P. Miao J. X. et al. |
Experimental
Constraints on Iron-Rich Olivine Weathering Under Mars Atmosphere [#1908] |
Dhoundiyal S. Paul D. Aranha M. Porwal A. Thangjam G. |
Mapping
Carbonates from CRISM Hyperspectral Data [#1955] |
Seelos F. P. Poffenbarger R. T. Hancock K. M. Hash C. D. Murchie S. L. et al. |
CRISM Global
Multispectral and Hyperspectral Map Products [#2361] |
Viviano C. E. |
Development of
the CSI: CRISM Spectral Interrogator [#2285] |
Yesilbas M.
Vu T. H.
Hodyss R.
Choukroun M.
Johnson P. V. et al. |
Characterization
of Gypsum Using Vibrational Spectroscopy and XRD from Low to High Temperature
and Applications to Mars [#2396] |
Zalewska N.
Czechowski L. Ciążela J. |
Regional
Mineralogy of the Western Isidis Area [#2837] |
Zhang L.
Fu X. Wang A. Ling Z. C. |
Crystallinity
Effects on VIS-NIR Features of Saponite:
Implications for Characterizing Variable Crystalline Phyllosilicates
on Mars [#1064] |
Tornabene L. L. Rangarajan V. G. Seelos F. Douté S. Munaretto G. et al. |
Application of
an Empirical Dark [Shadow] Subtraction Method to CRISM VNIR+IR Data as a
Supplemental Method for Spectral Analysis of the Surface [#2330] |
Yılmaz B. Unsalan O. |
Raman
Spectroscopic Assessment of Hydromagnesite from Salda Lake [#1503] |
Bonsall E.
McHugh M.
Lerman H.
Hutchinson I.
Schröder C. |
Reactive Iron
Mineral Phases May Preserve Organic Carbon on Mars: Implications for Raman Spectroscopy [#2148] |
Adam L. F. Holt J. M. C. Bridges J. C. |
Basic
Characterisation of Returned Mars Samples Under Containment [#2205] |
Jin G. B. Wu Z. C. Liu C. Q. Ling Z. C. Zhang L. |
A Spectral
Transformation Approach for Laser-Induce Breakdown Spectroscopy (LIBS)
Quantitative Analysis [#1402] |
Manzari P.
Marzo C.
Ammannito E. |
Investigation
Around 3.3 um in CRISM IR Data in the Area of Utopia Planitia [#1537] |
Frizzell K. R. Ojha L. |
Using VNIR Band
Center Location as a Proxy for Paleo-Hydroclimate on Mars: A Case Study [#2297] |
Konstantinidis M. Veneranda M. Cloutis E. A. Lopez-Reyes G. Daly M. G. et al. |
Minimum Sample
Size Calculations for Multivariable Regression of Continuous Outcomes: Implications for Planetary Exploration [#1668] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: MARTIAN GEOPHYSICS AND TECTONICS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Formisano M.
De Sanctis M. C.
Federico C.
Magni G. De Angelis S. et al. |
Numerical
Simulations of the Surface and Subsurface Temperatures of Oxia Planum,
Landing Site of ExoMars 2022 Mission [#1382] |
Apuzzo A.
Frigeri A.
Salvini F.
Brossier J.
De Sanctis M. C.
et al. |
Fractured
Regions of Exomars 2022 Landing Site: Mapping
of the Fractured Regions [#2115] |
Marteau E.
Golombek M.
Vrettos C.
Delage P.
Williams N. R. et
al. |
Soil Strength
Properties Derived from Scraping and Dumping Activities at the InSight
Landing Site on Mars [#1523] |
Harris E.
Grindrod P. M. |
Change
Detection in Cerberus Fossae, Mars: Searching
for Evidence of Marsquake Proxies [#1366] |
Cryder M E. Andrews-Hanna J C. |
Morphology and
Subsurface Structure of Wrinkle Ridges on Mars [#2518] |
Karagoz O.
Kenkmann T. Wulf G. |
Insights into
Circum-Tharsis Wrinkle Ridges [#1032] |
Steele S. C. Fu R. R. Ermakov A. I. Citron R. I. Lillis R. J. et al. |
Could Weakly
Magnetized Martian Basins Reflect Cooling in a Reversing Dynamo Field? [#1769] |
Adrian J. N. Siwabessy A. G. Anderson R. C. |
Mapping
Structure in a Member of the South Tharsis Ridge Belt in Northeast Terra
Sirenum, Mars [#2768] |
Mars Paleopole Locations from Crustal
Magnetic Anomalies [#2337] |
|
Frizzell K. R. Ojha L. Karunatillake S. |
Revising Estimates of Martian Crustal Heat Flow: Implications for Basal Melting in
Noachian Mars [#2229] |
Huang Q. Schmerr N. C. King S. D. Rivoldini A. Plesa A.-C. et al. |
Constraints on the Depth of Martian Mantle Transition
Zone from Triplicated Waveforms [#1673] |
[W619]
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: MARS IMPACT CRATERING
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Pieterek B.
Grochowski M. Ciążela
J. Sokolov O. Józefowicz M. |
Automated
Detection of Pitted Cones and Impact Craters:
Deep-Learning Approach for Searching Potential Hydrothermal Activity
and Related Ore Deposits on Mars [#1328] |
Chin L. R. Watters W. A. Chickles E. T. Fassett C. I. |
Application of
Support Vector Regression to Derive Crater Depth/Diameter from
Satellite Images [#2157] |
Ma C.
Tschauner O.
Beckett J. R.
Liu Y. |
Discovery of
Stöfflerite, (Ca,Na)(Si,Al)4O8 in Hollandite Structure,
a Shock-Induced, High-Pressure Mineral in the Tissint Martian Meteorite [#2332] |
Stooke P. J. |
Curiosity,
InSight, Perseverance: Cruise and EDL
Hardware Impacts [#1001] |
Grindrod P. M. Davis J. M. Fawdon P. Harris E. Favaro E. A. et al. |
Secondary
Craters as Absolute Stratigraphic Markers in Oxia Planum, Mars [#1975] |
Xi X.
Ding M. Zhu M.-H. |
Groove
Formation on Phobos from Orbital Ejecta of Stickney Crater [#1062] |
Cairns K.
Hiesinger H.
Iqbal W. |
Geometric and
Geomorphic Properties of Pit Craters in the Region of Noachis
Terra, Mars [#2391] |
Burley J. M. Tornabene L. L. Osinski G. R. Grant J. A. El-Maarry M. R. |
Distal Flows
Associated with Some of the Best-Preserved Craters on Mars: Implications for Extensive Impact-Induced
Landscape Modification [#1619] |
O’Leary N.
Hill D.
Hager A.
Ukiwo O. Duffy A. et al. |
Is 1000 km2 the
Minimum Area for Useful Model Ages on Mars? [#2639] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: GEOLOGIC HISTORY, STRATIGRAPHY, AND DATA
PROCESSING OF THE MARTIAN ROCK RECORD AND LANDFORMS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Vigneshwaran K. Al-Handawi M B. Atri D. Naumov P. Thirukumaran V. et al. |
Exploring the
impact of Geological and Geomorphological Processes in Sedimentary Deposits
in Abu Dhabi: A Potential
Mars Analogue [#2058] |
Cowart J. C. Yingst R. A. |
Rock
Microtextures in the Lower Carolyn Shoemaker Formation, Gale Crater, Mars, as
Imaged by the Mars Hand Lens Imager (MAHLI) [#1228] |
Marincic I. K. Schmidt M. E. Henley T. L. J. |
Applying DS9
Image Analysis Software to Determine Dust Coverages on MAHLI
Rock Targets [#1139] |
Warner N. H. Golombek M. P. Ansan V. Marteau E. Williams N. et al. |
Stratigraphy
and Geologic History of the InSight Landing Site, Mars [#2453] |
Golombek M.
Trussell A.
Williams N. |
Rocks at the
InSight Landing Site Also Identified in HiRISE Images at the Scale of
a Pixel [#2180] |
Berman D. C. Crown D. A. Bernhardt H. Williams D. A. |
Geomorphology
of Barnard Crater, Mars: A
Stratigraphic Marker for Southern Hellas [#1433] |
Crown D. A. Chuang F. C. Rice J. W. Ruff S. W. Scheidt S. P. |
Geologic
Mapping of Gusev Crater, Mars: Volcanic
Resurfacing of Gusev’s Floor [#1123] |
King I.
Kuentz L.
Rapoza M. C.
Kuang L. Wang H. et al. |
Geomorphic
Analysis of Mars Chaos Terrains Using Global CTX Mosaic, HIRISE, and
MOLA-HRSC Blended DEM Global Imagery: Fracture
Density and Block Thickness Suggest Basin Control of
Chaotically-Cracked Units [#1210] |
Zhu Y. Z. Li B. Fu X. H. |
Geomorphological
Map of Tianwen-1 Landing Area in the Southern Utopia Planitia [#1399] |
Boatwright B. D. Head J. W. |
Hellas Basin: Witness Plate for Deconvolving the Geologic
and Climatic History of Mars [#2069] |
Barrett A. M. Balme M. R. Wright J. Woods M. J. Karachalios S. et al. |
Classifying
Planetary Surfaces Using Machine Learning [#1464] |
Durga Prasad K. Natarajan V. Kusuma K. N. |
Thermophysical
Characterisation of Latitudinally Distinct Sites on Mars [#2275] |
Tao Y.
Muller J-P.
Conway S. J. |
Subpixel-Scale
Topography Retrieval of Mars Using Single-Image DTM Estimation and
Super-Resolution Restoration [#2186] |
Douté S.
Munaretto G.
Tornabene L.
Pajola M.
Lucchetti A. |
Photometric and
Atmospheric Correction of CaSSIS Images [#2246] |
Walter S. H. G. Neesemann A. Michael G. G. Gwinner K. Jaumann R. et al. |
The Next
Generation of Mars Image Mosaics: Co-Registering
Mars Reconnaissance Orbiter Context Camera Images to Mars-Express
High-Resolution Stereo Camera Global Datasets [#1372] |
Hargitai H. I. Gucsik A. |
The Design of a
Physical Geographic Atlas of Mars [#1964] |
Zuschneid W.
Michael G. G. Walter S. H. G. Dumke A. Gwinner K. et al. |
A New Level 3
HRSC Image Mosaic of Mars [#2227] |
McNeil J. D. Fawdon P. Balme M. R. Coe A. L. Turner S. M. R. |
Windows into
Noachian Mars: Eroded Landforms in
Chryse Planitia and the ExoMars Rover Landing Site [#1408] |
Fawdon P.
Orgel C.
Sefton-Nash E. Adeli S. Balme M. et al. |
The
Reconciliation of HiRISE Scale Mapping at Oxia Planum: The Landing Site for the Exomars Rosalind
Franklin Rover [#2210] |
Pauw L.
Hauber E.
Hiesinger H. |
Geologic
Mapping of the Deuteronilus Mensae Region, Mars: Implications for Glacial and
Fluvial Processes [#1883] |
Frueh T.
Hauber E.
Adeli S.
Tirsch D. Nass A. et al. |
Geomorphological
Map of Northern Xanthe Terra: A
Reference Site for the ExoMars2022 Rover Landing Site [#1877] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: PLANETARY DATA AND INFRASTRUCTURE: BUILD IT AND THEY WILL COME
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Gaither T. A. Gullikson A. L. Aksnes K. Burba G. A. Consolmagno G. J. et al. |
Planetary
Nomenclature: Overview and Update
for 2022 [#1498] |
Laura J. R. Phillips C. B. Beyer R. A. Bland M. T. Fergason R. L. et al. |
Europa
Planetary Spatial Data Infrastructure [#1936] |
Black S. R. Skinner J. A. Jr. Buban H. C. |
Addressing a
Community Need: Recommended Standards
for the Correlation of Map Units Map Component [#1416] |
Prashar A. K. Amitabh
Suresh K. Iyer K. V. Islam B. et al. |
PDS4 Data
Archive for Chandrayaan-2 Mission Payloads (TMC2, OHRC, and IIRS) [#1016] |
Lehmann E.
Becker H. |
The TRR170-DB
Repository: A Data Repository for
Divers Planetary Data [#2340] |
Greenberger R. N. Pinkston D. Ehlmann B. L. Thompson D. R. Scheller E. L. et
al. |
The Workbench
for Imaging Spectroscopy Exploration and Research (WISER) — A Customizable,
Extendable Visualization, and Analysis Tool for Imaging
Spectroscopy Data [#2381] |
Adoram-Kershner L. A. Wheeler B. H. Laura J. R. Fergason R. L. Mayer D. P. |
Automated
Kaguya TC and MRO CTX Digital Elevation Model Generation with Ames
Stereo Pipeline [#2459] |
Kirk R. L. Mayer D. P. Dundas C. M. Wheeler B. Beyer R. A. et al. |
Comparison of
Digital Terrain Models from Two Photoclinometry Methods [#1517] |
Heyer T.
Hiesinger H.
Iqbal W.
Schmedemann N. |
The
Multi-Temporal Database of Planetary Image Data: A Comprehensive Web-Based Tool to Study
Mars, Moon, and Mercury [#1003] |
Milazzo M. P. |
The Planetary
Data Ecosystem: A Brief Summary [#2777] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: VENUS:
HOTTING UP
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Qu H. K. Wang A. Thimsen E. |
Breakdown of SO2
in Venus Cloud by Arc-Type Electric Discharge [#1511] |
van Zelst I. Plesa A. C. Brachmann C. Breuer D. |
Exploring
Feedbacks Between the Interior and Atmosphere of Venus: CO2 and H2O [#1027] |
Karimi K.
Kletetschka G. |
Plate Tectonics
Boundaries and Convection on Venus Implied from a Comparison of Gravity
Aspects on Earth [#1061] |
Hofmeister A. M. Criss R. E. Criss E. M. |
A New Mechanism
for Plate Tectonics Based on Gravitational Torques that Explains Differences
Among Rocky Planets [#2527] |
Andrews-Hanna J. C. Moruzzi S. M. Kiefer W. S. |
Ridge Belts on
Venus: A Thrust-Faulting Model of
Vedma Dorsa [#2482] |
Baker A. R. Semprich J. Schwenzer S. P. Filiberto J. Greenwood R. C. |
Density
Variations as a Function of Composition in the Venusian Crust: Implications for Tesserae Formation [#1426] |
Borrelli M. E. Williams D. A. O’Rourke J. G. |
Investigating
the Formation of Lava Channels on Venus with New Models and
New Topography [#1699] |
Ivanov M. A. Head J. W. |
Large Volcanoes
on Venus: Morphometric and Morphologic
Characteristics, Areal and Temporal Distribution, and Role in Heat and
Volatile Transfer and Regional Plains Resurfacing [#1768] |
Ivanov B. A. |
Splotches on
Venus: Models Revisited [#1841] |
Ernst R. E. Buchan K. L. El Bilali H. Head J. W. |
Applying a
Large Igneous Province (LIP) Context for Volcanism, Tectonic, and Atmospheric
Evolution on Venus [#1188] |
Santos A. R. Gilmore M. S. Greenwood J. P. Tu V. |
Laboratory
Investigation of the Effect of Venusian Weathering on Mineral Spectra [#2035] |
Krishnamoorthy S. Byrne P. K. |
Estimates on
the Frequency of Volcanic Eruptions on Venus [#1640] |
Kroupa M. |
Advanced,
Endurance Agnostic, Multi-Mission, and VTOL Capable, Powered Planetary
Glider (PPG) [#2771] |
Krishnamoorthy S. Martire L. Bowman D. C. Rouse J. W. Jacob J. et al. |
Advances
Towards Balloon-Based Infrasound Seismology on Venus in 2020-2021 [#2308] |
Komatsu G.
Baker V. R. Kargel J. S. |
Revisiting
Channels and Valleys on Venus: Issues
in the Era of Renewed Venus Exploration [#1143] |
Mitchell K. L. Hensley S. Nunes D. |
A Temporal
Topographic Baseline for Change Detection Between Magellan and Future
Venus Missions [#2599] |
Martire L.
Sabbeth L.
Wilding J.
Krishnamoorthy S.
Jackson J. M. et al. |
On Modelling
the Generation and Propagation of Seismic and Volcanic Infrasound
on Venus [#2439] |
Smrekar S. E. Ostberg C. M. O’Rourke J. O. |
Venus Variable
Lithospheric Thickness and Implications for Active Rifting and New Insights
on Convective Regime [#2884] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: VENUS:
A MAPPERS PARADISE
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Antropova E. G. Braga C. H. G. Ernst R. E. El Bilali H. Head J. W. et al. |
Characterization
of a Newly Recognized 2000 km Long Bolide Airburst Chain, Phoebe
Regio, Venus [#1083] |
Oukhro R.
El Bilali H.
Ernst R. E.
Head J. W.
Youbi N. |
Jokwa Linea
Groove Belt, SE Stanton Quadrangle (V-38), Venus: Geological History from
Detailed Mapping [#1087] |
Ben Marzoug M. El Bilali H. Ernst R. E. Head J. W. Youbi N. |
Onenhste and
Adjacent Coronae in Parga Chasma, SE of Atla Regio: Detailed Mapping and
Geological History [#1088] |
Braga C. H. G. Antropova E. G. Ernst R. E. El Bilali H. Head J. W. et al. |
Geological
History of the Atira Mons Large Shield Volcano, Beta Regio, Venus [#1093] |
Dean R.
Ernst R. E. El Bilali H. Buchan K. L. |
Graben Systems
Including Ribbon Fabrics in Western Ovda Tessera, Venus; Interpretation as
Dyke Swarms [#1130] |
Malyshev D. G. Ernst R. E. El Bilali H. Braga C. H. G. Antropova E. G. |
Geological
History of Samodiva Mons Region, Devana Chasma Quadrangle V-29, Venus [#1136] |
Hannour N.
El Bilali H.
Ernst R. E.
Head J. W.
Youbi N. |
Graben Systems
(Dyke Swarms) of the Mbokomu Mons Region, Along Parga Chasmata, 2400 Km SE of
Atla Regio, Venus [#1138] |
Sanchez J. C. Ernst R. E. Buchan K. L. El Bilali H. |
Dyke Swarm
History of Nabuzana Corona, Scarpellini Quadrangle (V-33), Venus [#1152] |
Shimolina A. S. Ernst R. E. El Bilali H. Antropova E. G. Braga C. H. G. |
Preliminary Mapping
of Lava Flows and Graben Systems Associated with Theia Mons, Beta
Regio, Venus [#1153] |
Najib F.
El Bilali H.
Ernst R. E.
Head J. W.
Youbi N. |
Evaluation of
the Cluster of Anemone Type Volcanoes Located South of Atla Regio, Venus [#1161] |
Ounar J.
El Bilali H.
Ernst R. E. Head J. W. Youbi N. |
Origin and
Evolution of Lineaments in NW Wawalag Planitia, Stanton Quadrangle
(V-38), Venus [#1162] |
Moutbir O.
El Bilali H.
Ernst R. E.
Head J. W.
Youbi N. |
Characterization
of a Coronae Cluster (21.5 N, 201.5 E), NE Part of Atla Regio Quadrangle
(V-26), Venus [#1223] |
Mediany M. A. El Bilali H. Ernst R. E. Head J. W. Youbi N. |
Graben Systems
of Sith and Khabuchi Corona Along Dali Chasma, Southwest of Atla Regio [#1252] |
El Bilali H. Ernst R. E. Buchan K. L. Head J. W. |
Atla Regio
(Venus) Plume Head Stage: Insights
from Its Dyke Swarm History [#1256] |
Singhal A. S. Ernst R. E. Bilai H. |
Magmatic Feeder
Systems of the Lo Shen Region, Southern Margin of Eastern Ovda
Regio, Venus [#1269] |
Rozhin V. E. Ernst R. E. El Bilali H. Antropova E. G. Braga C. H. G. |
Geological
History of the South-Eastern Region of Polik-Mana Mons, Venus [#1281] |
Hadimi I.
El Bilali H.
Ernst R. E.
Youbi N. |
Detailed
Mapping of Graben-Fissure Systems of Nott Corona Region, Isabella Quadrangle
(V-50), Venus [#1284] |
Riaz M.
Ernst R. E.
El Bilali H. |
Developing a
Dyke Swarm History for Bell Regio, Venus [#1306] |
Stark R.
Ernst R. E.
El Bilali H.
Head J. W. |
Source and
Emplacement History of Neago Fluctus, Venus [#1379] |
Boussetta F.
El Bilali H.
Ernst R. E.
Youbi N. |
Detailed
Mapping of Graben Systems in Western Imdr Regio, Venus [#1569] |
Ait Lahna A. El Bilali H. Ernst R. E. Youbi N. |
Window into 4
KM Cross Section of Venusian Crust Exposed by Normal Faults of Dali Chasma
and Troughs of Southern Margin of Atahensik Corona, SW of Atla Regio [#1657] |
Khadraoui F. Z. El Bilali H. Ernst R. E. Youbi N. |
Dyke Swarm and
Lava Flow History in Eastern Nsomeka Planitia, Venus [#1914] |
Hasanaine A.
El Bilali H.
Ernst R. E.
Youbi N. |
Detailed
Mapping of Grabens in a Corona-Rich Portion of Dali Chasma, 1000 Km SWof Atla
Regio, Venus. [#1926] |
Mghazli K.
El Bilali H.
Ernst R. Youbi N. |
Dyke Swarms of
the Maram Corona Area, Parga Chasmata, SE of Atla Regio, Venus [#1971] |
Ankach M.
El Bilali H.
Ernst R. E.
Head J. W.
Youbi N. |
Sapas Mons,
Atla Regio, Venus: Anatomy of a Very
Large and Potentially Active Shield Volcano [#2179] |
Budko K.
Ernst R. E.
El Bilali H. |
Geological
History of Atai Mons Region, 2,000 km SE of Phoebe Regio, Venus [#2615] |
Studd D.
Ernst R. E.
Samson C.
El Bilali H.
Demorcy J. et al. |
Possible
Emplacement History of the Citlalpul Canali System, Nsomeka
Planitia, Venus [#2770] |
Matveev I.
Ernst R. E.
El Bilali H. |
Detailed
Mapping of the Panina Patera Region, Southern Navka Planitia, Venus [#2826] |
MacLellan L. M. Ernst R. E. |
Detailed
Geological Mapping of Northern Astkhik Planum, Lada Terra, Venus [#1063] |
Bley H. N. Boggs K. J. E. Ernst R. E. Bethell E. M. Becerra De Rosales M. et al. |
What is the
Extent of the Influence of the Artemis Corona Across the Henie (V-58)
Quadrangle, Southern Venus? [#1765] |
Demorcy J.
Boggs K. Ernst R. E. El Bilali H. Bethell E. et al. |
Canali
Morphologies, Sources, and Relationships with Wrinkle Ridges, Henie
Quadrangle (V-58) Southern Venus [#2654] |
Shackman J.
Boggs K. J. E.
Ernst R. E.
Bethell E. M. Wehnes H. G. D. et al. |
Geology of the
Latmikaik and Xcacau Coronae in the Henie (V-58) Quadrangle, Venus [#2693] |
Eloualda K.
El Bilali H.
Ernst R. E.
Head J. W. Youbi N. |
Inacho and
Nearby Magmatic Centres in NW Parga Chasmata, Venus: Mapping of Associated Graben Systems
(Dyke Swarms) [#1937] |
Buczkowski D. L. Fattaruso L. A. McGowan E. M. McGill G. E. |
Geologic Map of
the Lachesis Tessera Quadrangle (V-18), Venus [#1754] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: EXOPLANETS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Mosqueira I. |
What Does the
PDS 70 System Tell Us About Planet-Satellite Formation? [#1058] |
Ipatov S. I. |
Migration of
Planetesimals in the Trappist-1 Exoplanetary System [#1182] |
Lissauer J. J. Fabrycky D. C. Jontof-Hutter D. Rowe J. F. |
Perturbations,
TTVs, and the (Un)Reliability of Ephemerides of Kepler Planets [#1697] |
Emsenhuber A. Asphaug E. Cambioni S. Gabriel T. S. J. Schwartz S. R. et al. |
A Systematic
Survey of Giant Impacts Over a Wide Range of Parameters [#1815] |
Zurkowski C. C. Yang J. Chariton S. Prakapenka V. B. Fei Y. |
Synthesis of an
Eight-Coordinated Fe3O4 High-Pressure Phase: Implications for the Mantle Structure
of Super-Earths [#1459] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: ANALYSIS OF HAYABUSA2 RETURNED SAMPLES FROM
RYUGU
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Tsuchiyama A. Matsumoto M. Matsuno J. Nakamura T. Noguchi T. et al. |
Mineralogical,
Petrological, and Physical Properties of Ryugu Samples Using
X-Ray Nanotomography [#1858] |
Mikouchi T.
Nakamura T.
Zolensky M. E.
Yoshida H.
Nakashima D. et al. |
Olivine
Compositional Variation of Asteroid Ryugu Samples: Possible Precursors of Ryugu’s
Parent Asteroid [#1935] |
Brenker F. E. Bazi B. De Pauw E. DiMichiel M. Falkenberg G. et al. |
Synchrotron
Based Trace Element Analyses of a Magnetite Vein Cross Cutting a mm-Sized
Ryugu Rock Fragment [#1264] |
Tkalcec B. J. Bazi B. Brenker F. E. De Pauw E. Di Michiel M. et al. |
Initial REE
Analysis of mm-Sized, Non-Air-Exposed Ryugu Rock Fragments by High-Energy
Synchrotron XRF [#2130] |
Lantz C.
Brunetto R.
Dionnet Z.
Nakamura T.
Aléon-Toppani A. et al. |
Visible and IR
Hyperspectral Imaging of Ryugu Samples Compared to Meteorites and to Remote
Sensing of Bennu and Other Primitive Asteroids [#1866] |
Kimura Y.
Kato T.
Anada S.
Yoshida R.
Yamamoto K. et al. |
Magnetic
Structure of Framboidal Magnetite in Returned Sample from Asteroid Ryugu [#1101] |
Matsumoto M.
Matsuno J.
Tsuchiyama A.
Nakamura T.
Enokido Y. et al. |
Mineralogical
Analysis of Various Lithologies in Coarse Ryugu Samples Using Transmission
Electron Microscopy [#1344] |
Nakashima D.
Fujioka Y.
Katayama K.
Nakamura T.
Morita T. et al. |
Preparation
Methods of Polished Sections of Returned Samples from Asteroid Ryugu by the
Hayabusa2 Spacecraft [#1678] |
Ninomiya K.
Osawa T.
Takahashi T.
Terada K. Miyake Y. et al. |
Non-Destructive
Bulk Elemental Analysis for Stones from Asteroid Ryugu [#1932] |
Tanaka S.
Nagano H.
Yagi T. Ino Y. Tsuji T. et al. |
Physical
Properties of the Returned Sample of Ryugu by Hayabusa2 Mission [#1373] |
Kurosawa K.
Tanaka S.
Ino Y.
Nakashima D.
Nakamura T. et al. |
Tensile
(Flexural) Strength of Ryugu Grain C0002 [#1378] |
Kurosawa K.
Genda H.
Hyodo R.
Nakamura T.
Tanaka S. et al. |
An Equation of
State Model for Ryugu Based on Thermo-Elastic Properties of the
Returned Samples [#1610] |
Genda H.
Kurosawa K.
Wakita S. Hyodo R. Sugiura K. et al. |
Formation of
Ryugu: Approach from Numerical
Simulations with Physical Properties Measured in Ryugu Samples [#1793] |
Wakita S.
Genda H.
Nakamura T.
Yurimoto H.
Noguchi T. et al. |
Thermal
Evolution Models for a Parent Body of Ryugu [#1881] |
Zolotov M. Yu. Nakamura T. Zolensky M. E. Yurimoto H. Noguchi T. et al. |
Aqueous
Alteration on the Ryugu Parent Body Constrained by Chemical
Equilibrium Models [#2189] |
Lee M. R. Daly L. Bland P. A. Smith W. McFadzean S. et al. |
Post-Hydration
Compaction of Ryugu from Matrix Petrofabrics [#2203] |
Daly L.
Lee M. R.
Bland P. A.
Smith W.
McFadzean S. et al. |
Space Erosion
of Ryugu Evidenced by Nano-Topography [#2236] |
Daly L.
Lee M. R.
Bland P. A.
Smith W.
McFadzean S. et al. |
Interaction
Between Phyllosilicates and Organic Nanoglobules in Ryugu [#2258] |
Le Guillou C. Bernard S. Leroux H. Noguchi T. Yurimoto H. et al. |
Organics and
Their Relationship to Phyllosilicates in Ryugu, Orgueil and Ivuna: In Situ TEM and XANES Study [#2099] |
Dartois E.
Kebukawa Y.
Engrand C. Duprat J. Bejach L. et al. |
Ryugu Chemical
Characterisation from Synchrotron Spectroscopy in the Mid to Far Infrared of
Hayabusa 2 Samples [#1917] |
Komatsu M.
Yabuta H.
Kebukawa Y.
Bonal L. Quirico E. et al. |
The
Laser-Induced Fluorescence from Ryugu Particles and Their Extracted Residues
by Raman Spectroscopy [#1679] |
Bonal L.
Quirico E.
Montagnac G.
Komatsu M. Yabuta H. et al. |
Thermal History
of Ryugu Based on Raman Characterization of Hayabusa2 Samples [#1331] |
Barosch J.
Nittler L. R.
De Gregorio B. T.
Stroud R. M.
Yabuta H. et al. |
Microscale
Isotopic Diversity of Macromolecular Organic Matter from Asteroid Ryugu [#2050] |
Nittler L R. Barosch J. De Gregorio B. T. Stroud R. M. Yabuta H. et al. |
Carbonaceous
Presolar Grains in Asteroid Ryugu [#1423] |
Aponte J. C. Dworkin J. P. Glavin D. P. Elsila J. E. Naraoka H. et al. |
Two-Dimensional
Gas Chromatography Analysis of Ryugu Samples [#1221] |
Hashiguchi M. Aoki D. Fukushima K. Naraoka H. Yurimoto H. et al. |
Spatial
Distribution of Soluble Organic Compounds and Their Relationship with
Minerals in a Ryugu’s Grain [#1867] |
Yoshimura T.
Takano Y.
Naraoka H.
Koga T. Oba Y. et al. |
Water- and
Acid-Soluble Components in the Asteroid Ryugu: Insight from Primordial Salt with
Aqueous Alteration [#1787] |
Kanamaru M.
Hyodo R.
Okada T.
Usui T. Sasaki S. et al. |
Yarkovsky-Driven
Orbital Migration of Asteroid Ryugu: Implications
for the Returned Sample Analyses [#2411] |
Herbst W.
Greenwood J. P. |
Why are
Chondrules Rare or Absent in the Ryugu Sample? [#1589] |
Dionnet Z.
Aléon-Toppani A.
Brunetto R.
Rubino S.
Nakamura T. et al. |
Small Ryugu
Fragments Analyzed by IR Micro-Spectroscopy and Tomography: A Description of the 3D Heterogeneity at
the Micrometric Scale [#1534] |
Dauphas N.
Yokoyama T.
Nagashima K.
Nakai I.
Young E. D. et al. |
Sampling Mass
and Chemical Heterogeneities Among Ryugu Samples Returned by the
Hayabusa2 Mission [#1409] |
Tunney L. D. Hill P. J. A. Herd C. D. K. Hilts R. W. |
Tracing Organic
Contamination from Collection to Curation:
Best Practices for the Recovery and Contamination Mitigation
of Meteorites [#2103] |
Liu M.-C.
McCain K. A.
Matsuda N.
Yamaguchi A.
Kimura M. et al. |
In-Situ Oxygen
Isotope Study of Anhydrous Minerals in a Ryugu Particle: Implications for the Precursors to
CI-Chondrite Parent Bodies [#2276] |
Carter J.
Bibring J.-P.
Brunetto R.
Baklouti D.
Gondet B. et al. |
Observations of
C-Rich Phases in Ryugu Returned Samples by the MicrOmega Instrument Within
the JAXA Hayabusa2 Extraterrestrial Curation Center [#2017] |
PROGRAM LISTING
ORAL |
|||||
POSTER |
SESSION LISTING
ORAL |
|||||
POSTER |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: CHONDRITES AND THEIR COMPONENTS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Mielke S. E. Brearley A. J. |
Alteration of
Calcium Aluminum-Rich Inclusions in the Warrenton CO3.6 Chondrite: Insights into the Role of Aqueous Fluids
During Fluid-Assisted Metamorphism [#2392] |
MacPherson G. J. Beckett J. Kita N. T. Nagashima K. Krot A. N. et al. |
SIMS Relative
Sensitivity Factors for Magnesium and Aluminum in Synthetic and
Madagascar Hibonite [#2108] |
Mitchell J. T. Tomkins A. G. Wilson N. C. Howard D. L. Fang X. et al. |
A Single
Chondrule Preserved in a Petrographic Thin Section of Howardite
Dhofar 018 [#1184] |
Lee M. R. Lindgren P. Jenkins L. E. |
Mg-Fe-Mn
Carbonates in the Carbonaceous Chondrites [#1962] |
Irving A. J. Gattacceca J. Ziegler K. Sonzogni C. Carpenter P. K. et al. |
CT Chondrites: A Newly Recognized Carbonaceous Chondrite
Group with Multiple Members, Including Telakoast 001, Chwichiya 002,
and Cimarron [#2046] |
Hoffmann V. H. Kaliwoda M. Junge M. Schmahl W. W. |
LASER Raman
Spectroscopy on Aguas Zarcas (CM2) — the 2019 Meteorite Fall from
Costa Rica [#2231] |
Arai T.
Suzuki K.
Moriwaki R.
Matsui T. |
Bulk Carbon and
Sulfur Abundances in Carbonaceous Meteorites [#2930] |
Garvie L. A. J. Irving A. J. |
Bulk Mineralogy
of the “CT” Chondrites: Results from
Powder X-Ray Diffraction [#2217] |
Patkar A.
Ireland T.
Avila J. Turner S. |
Water in
Olivines from CM2 and CV3 Chondrites Using SIMS: Importance of Sample Preparation [#1909] |
Hildebrand A. R. Hanton L. T. J. Ciceri F. |
Unconfined
Compressive and Shear Strengths, Young’s Modulus, Seismic Velocities, and
Elastic Properties of a Murchison Meteorite Individual [#2815] |
Dall’Asén A. G. Zakariya M. Bock C. Kayastha R. |
Raman
Spectroscopy Study of Laser-Induced Thermal Effects on
Carbonaceous Meteorite [#2455] |
Vacher L. G. Ogliore R. C. |
Determination
of Water D/H in Hydrated Chondrites Using NanoSIMS Imaging [#2653] |
Sharma S.
Humayun M. Leya I. |
Palladium and
Platinum Isotopic Composition of Chondrites and Iron Meteorites [#2202] |
Griffin G. G. Martinez J. M. Matthews L. M. Hyde T. H. |
Experimental
Investigation of Fine-Grained Rim Dust Aggregation [#2548] |
Bhattacharya A. Dutta A. |
Petrography and
Raman Spectroscopy of Shocked Phosphate Minerals in Ordinary Chondrites and
Its Cosmogenic Implications [#1801] |
Varela M. E. Topa D. Roszjar J. Martinez R. |
A Glass
Inclusion Hosted by Spinel Inside a Glass-Rich Chondrule from Catalina 278
(LL 3.4): A Sample of the
Initial Liquid? [#1653] |
Bhattacharya A. Dutta A. |
Shock (S4 – S5)
Heterogeneity in Pulsora Chondrite (H5) — A Semi-Quantitative Approach [#1790] |
Szurgot M. A. |
Modal
Composition of Jezersko Chondrite. Contribution of Minerals to the
Bulk Composition [#1510] |
Szurgot M. A. |
Mean Atomic
Weight and Grain Density of Interior and Fusion Crust of
Alessandria Chondrite [#2563] |
Lavrentjeva Z. A. Lyul A. Yu. |
The Trace
Element Distribution in Grain-Sized Non-Magnetic Fractions from Abee EH4
Unequilibrated Enstatite Chondrite [#1005] |
Ostrowski D. R. |
Statistical
Similarities and Differences Between Meteorite Falls, Finds, and Antarctic
Meteorites Physical Properties [#1967] |
Devillepoix H. A. R. Soderholm J. S. Fries M. |
Detecting
Falling Meteorites with Weather Radars in Australia [#2888] |
Harrington R. S. Righter K. |
Meteorite
Sample Section Repair [#2310] |
Maxwell J. L. Dobricǎ E. Nuth J. A. Brearley A. J. |
Investigating
the Formation Conditions of Olivines Through Low-Temperature Hydrothermal
Processes Using Magnesium-Bearing Amorphous Silicates [#2404] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: PRESOLAR GRAINS AND INTERPLANETARY DUST
PARTICLES
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Fisenko A. V. Semjonova L. F. |
Nanodiamond of
Meteorites: Is the SiC-X Phase a
Carrier of the Isotopically Anomalous Component Xe-pr2? [#1333] |
Hoppe P.
Leitner J. |
Iron-Isotopic
Compositions of Magnesium-25-Rich Presolar Silicate Grains from the Queen
Alexandra Range 99177 Meteorite [#1052] |
Seifert L. B. Haenecour P. Ramprasad T. Zega T. J. |
Transmission
Electron Microscopy Study of a Presolar Silicate from the Miller Range
07687 Chondrite [#2261] |
Chrostoski P. Fraundorf P. Molitor R. Silva C. |
TEM Data and
Thermal History Models for Pre-Solar CoreCarbon Spheres [#2220] |
Molitor R. J. Fraundorf P. Chrostoski P. |
Stellar
Atmosphere Thermal History for Presolar Core/Rim Carbon Spheres [#2250] |
Mattia I. S. Genge M. J. |
Metal Bead
Separation in S-Type Cosmic Spherules During Atmospheric Entry: Implications on the Origin of Life [#1176] |
Adamson P. J. Charmichael C. Reyes J. C. Nosenko V. Hyde T. W. |
Longitudinal
and Lateral Induced Shear Flow in a Complex Plasma as an
Astrophysical Analog [#2270] |
Allton J. H. Gonzalez C. P. Allums K. K. Jurewicz A. J. G. Schmeling M. et al. |
A Brief History
of the Curation of Genesis Sapphire Solar Wind Collectors [#1574] |
Sharma M.
Janakiraman Paramasivan G.
Jurewicz A.
Burnett D. |
Proton Density
Within Silicon Allows Reliable Generation of Silicon Oxide Thin Films in
GENESIS Collectors [#2866] |
Liu N.
Steele A.
Alexander C. M. O’D.
Nittler L. R.
Barosch J. |
Distributions
of Chemical, Isotopic, and Structural Compositions of Presolar Silicon
Carbide Grains [#1434] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: PROTOPLANETARY DISK AND NEBULAR PROCESSES
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Marcum S. P. Shollenberger Q. R. Mumpower M. R. Miller J. M. Sprouse T. M. et al. |
Origin of
r-Process Radionuclides in the Early Solar System [#2495] |
Zhu K.
Schiller M.
Moynier F.
Alexander C. M. O’D.
Davidson J. et al. |
Chondrite
Diversity Revealed by Chromium, Calcium, and Magnesium Isotopes [#2317] |
Kodolányi J.
Hoppe P.
Vollmer C. Berndt J. |
Further In Situ
Data Support Low Abundance of 60Fe in the Early Solar System [#1681] |
Rai V. K. Franco G. S. Hines R. Wadhwa M. |
Precise and
Accurate Determination of Strontium Isotope Composition Using MC-ICPMS [#2865] |
Xiang C.
Carballido A.
Matthews L. S.
Hyde T. W. |
Modeling
Chondrule Dust Rim Growth with Ellipsoidal Monomers [#2903] |
Pinto G. A. Marrocchi Y. Villeneuve J. Olivares F. Soto K. et al. |
The Frequency
of Fe-Poor Relicts in Type II Chondrules of Carbonaceous and
Ordinary Chondrites [#2925] |
Shornikov S. I. Yakovlev O. I. Minaeva M. S. Minaev V. S. |
Thermodynamics
of Evaporation of Chondrule Melts of Saratov Chondrite [#1250] |
Krot A. N. Nagashima K. Ivanova M. A. Lauretta D. S. Libourel G. et al. |
Oxygen-Isotope
Compositions of Chondrules in Metal-Rich Carbonaceous Chondrites Fountain
Hills and Sierra Gorda 013 [#1301] |
Rezes D. |
Petrology and
Geochemistry of Type II Porphyritic Olivine Chondrules in the Northwest
Africa (NWA) 12692 LL3.00 Chondrite Meteorite [#1355] |
Righter K.
Busemann H.
Eckart L. M.
Alexander C.
Schutt J. et al. |
Survey of
Dominion Range (DOM) and Miller Range (MIL) CO3 Carbonaceous Chondrites: Magnetic Susceptibility and Type II
Chondrule Olivine Cr2O3 Contents and Their Implications
for Pairing [#2414] |
Herbst W.
Greenwood J. P. |
Tidal
Disruption and Accretion During the Chondrule Formation Epoch [#1577] |
Meyer B. S. Bermingham K. R. |
NRLEE
Nucleosynthesis of Titanium-46 and Zirconium-95 [#2555] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: CURATION OF PRISTINE RETURNED SAMPLES FROM
SMALL BODIES
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Nishimura M.
Yada T. Abe M. Nakato A. Yogata K. et al. |
Development of
the Curatorial Database and the AO Submission System for
Hayabusa2-Returned Samples [#1731] |
Yogata K.
Okada T.
Hatakeda K.
Yada T. Nishimura M. et al. |
MicrOmega
Hyperspectral Data Acquisition/Processing Methodology and Characterization of
Ryugu Returned Samples in JAXA Curation Facility [#1767] |
Loizeau D.
Bibring J.-P.
Brunetto R.
Pilorget C. Okada T. et al. |
MicrOmega
Detections of Carbonates in Ryugu Returned Samples Within the Hayabusa 2 JAXA
Extraterrestrial Curation Center [#1495] |
Hatakeda K.
Yada T. Abe M. Okada T. Nakato A. et al. |
FT-IR Spectral
Characteristics of Ryugu Returned Samples as a Result of Initial Description
in JAXA Curation [#1828] |
Nakato A.
Yada T.
Yogata K.
Miyazaki A.
Hatakeda K. et al. |
Morphological
Classification of Ryugu Returned Samples Based on Curation
Initial Description [#1810] |
Miyazaki A.
Kanemaru R.
Yada T. Abe M. Nakato A. et al. |
Overviews of
Physical Properties of Ryugu Sample: Implications
for Variation of Constituent Materials on C-Type Asteroid (162173) Ryugu [#1816] |
Yabe Y.
Yumoto K.
Cho C. Mori S. Ogura A. et al. |
Stereoscopic
Shape Measurements of Ryugu Samples for Curation Catalog [#2371] |
Tomioka N.
Ito M.
Uesugi M.
Yamaguchi A. Imae N. et al. |
Transmission
Electron Microscopy of Hayabusa2 Particles:
How Shocked is Asteroid Ryugu? [#1710] |
Yamaguchi A.
Kimura M.
Ito M.
Tomioka N. Uesugi M. et al. |
Petrology of
Asteroid Ryugu particles Allocated to the Phase2 Curation Kochi Team [#1822] |
Bonato E.
Schwinger S.
Maturilli A.
Helbert J. |
The Sample
Analysis Laboratory (SAL) at DLR: Mineralogical
and Geochemical Analyses of Planetary Materials [#2165] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: DIFFERENTIATED METEORITES
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Christ O.
Barbaro A.
Domeneghetti M. C.
Brenker F. E.
Nestola F. |
Temperature
Records from Graphite in the Two Differently Shocked Ureilites Northwest
Africa 6871 and Northwest Africa 3140 — Is there a Correlation to the
Shock Degree? [#1345] |
Frye J. K. Ruzicka A. M. |
Electron
Backscatter Diffraction (EBSD) Analysis of Ureilites Northwest Africa 11993,
12433, 7630, and 7304: Clues to
Petrogenesis from Deformation-Thermal Parameters and Rock Fabrics [#1760] |
Salvemini F.
Luzin V.
Caporali S.
Calisi N. Morelli M. et al. |
Non-Destructive
Structural Characterization of Two Different Ureilites by Means of
Neutron Techniques [#1485] |
Caporali S.
Salvemini F. Calisi N. Morelli M. Faggi D. et al. |
Neutron
Computed Tomography of Iron Meteorites:
A Non-Destructive Structural Characterization [#1482] |
Miller A. M. Dey S. Li S. J. Tang H.-L. Young E. D. et al. |
Chromium
Isotope Systematics of the Carbonaceous Iron Meteorite Jeminay [#2597] |
Rubin A. E. Zhang B. Chabot N. L. |
History of IVA
Iron Meteorites: Late-Stage
Crystallization Products that Experienced Multiple Collisions [#1094] |
Calisi N.
Luzin V.
Salvemini F. Caporali S. Morelli M. et al. |
Tomographyc and
Diffraction Study of HED Meteorites: A
Structural Characterization [#2176] |
Marquardt M.
Barboni M.
Bell E. A. |
Exploring the
Geochemical, Geochronologic, and Thermal History of HED Meteorites
Using Zircon [#2420] |
Sumiya Y.
Koike M.
Onishi K.
Kurokawa A.
Takahata N. et al. |
Uranium-Lead
Dating of Zircon and Phosphate Minerals in a Highly-Shocked Eucrite Northwest
Africa 13166 [#1791] |
Walton E. L. |
Impact
Metamorphism of Diogenite Northwest Africa 10268: High-Pressure Minerals and Identification
of Potential Dating Targets [#1172] |
Ayvaz I.
Unsalan O.
Altunayar-Unsalan C.
Zolensky M. |
Infrared
Spectroscopic Analysis of the Aioun El Atrouss Diogenite [#1291] |
Ertatis C.
Unsalan O.
Altunayar-Unsalan C.
Zolensky M. E. |
Infrared
Spectroscopic Analysis of the Berthoud Eucrite [#1525] |
Kared R.
Seddiki A.
Moine B. N.
Greenwood R. C.
Cottin J. Y. et al. |
Northwest
Africa 14091: A New Stannern-Group
Eucrite from Algeria [#1084] |
Moggi-Cecchi V. Fabrizi L. Pratesi G. Caporali S. Franchi I. A. et al. |
Compositional
and Textural Data of Northwest Africa 13599, a New Howardite from Sahara [#2737] |
Ito K.
Niki S.
Hirata T.
Iizuka T.
Mikouchi T. |
U-Pb Dating of
Phosphates in the Brachinite Meteorite Northwest Africa 10932 [#1744] |
Gruber B. H. Nicklas R. W. Day J. M. D. Chin E. J. Ren M. et al. |
Residual Nature
of Brachinite-Like Achondrites: An
Electron Backscatter Diffraction (EBSD) and Olivine Trace Element Study [#2195] |
Rider-Stokes B. G. Greenwood R. C. Yamaguchi A. Anand M. Debaille V. et al. |
Mixing in the
Early Solar System as Evidenced by the Quenched Angrite Meteorites [#1420] |
Izawa M. R. M. Yokoyama S. Yamashita S. Okuchi T. Jephcoat A. P. et al. |
Evidence for
Hydrous Magmatism on the Northwest Africa 011 Parent Asteroid [#2369] |
Irving A. J. Boesenberg J. S. Ziegler K. |
Ultrasodic,
Albite-Rich Syenitic Achondrite Erg Atouila 001: A Highly Evolved Felsic Igneous
Differentiate from the Acapulcoite-Lodranite Parent Body [#2059] |
Stephant A.
Carli C.
Anand M.
Davidson J.
Bruschini E. et al. |
Northwest
Africa 090: A Case for Revising
Mineralogical and GeochemicalCriteria for Classifying
Primitive Achondrites [#1897] |
MacArthur J. L. Joy K. H. Harvey T. A. Jones R. H. Evatt G. W. et al. |
Four New
Antarctic Achondrites Recovered by the Lost Meteorites of Antarctica Project [#1996] |
Kirby R. S. King P. L. Norman M. D. |
Evidence from
Oxygen Isotopes and Metal Chemistry for a Common Parent Body for H Chondrites
and IIE Iron Meteorites [#1807] |
Wiedeking S.
Hiesinger H.
Morlok A.
Reitze M. P. |
Ultraviolet-Visible
and Visible-Near-Infrared Spectroscopy of HED Meteorites [#2786] |
Zhu K. * Barrat J.-A. Yamaguchi A. Moynier F. |
Nickel and
Chromium Stable Isotope Compositions in Ureilites [#2293] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: PETROLOGY, PETROGENESIS, AND GEOCHEMISTRY OF
MARTIAN METEORITES, CRUST, AND MANTLE
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Yang S.
Humayun M.
Righters K.
Irving A. J.
Hewins R. H. et al. |
Mineralogy of
the Martian Mantle Inferred from Bulk Chemical Compositions of Mars [#2383] |
Black B. A. Manga M. Ojha L. Longpre M. A. Karunatillake S. et al. |
Primary H2O
in Martian Magmas from Regional Thorium Distributions [#1844] |
Davidson J.
Wadhwa M.
Sutton S.
Hervig R. L. |
Water on Mars: Insights from Correlated Microscale
Investigations of Hydrogen Isotopes, Water Abundances, and Iron Valence of
Pyroxene in the Regolith Breccia Northwest Africa 7034 [#1546] |
Kajitani I.
Nakada R.
Koike M.
Tanabe G. Usui T. et al. |
Speciation of
Sulfur in Carbonates in a 4.1-Billion-Year-Old Martian Meteorite [#1863] |
Niihara T.
Misawa K. Kusaba Y. |
Calcium
Distribution in Elephant Moraine A79001:
Comparison with Other Martian Meteorites [#1368] |
Kizovski T. V. White L. F. Cernok A. Tait K. T. Di Cecco V. E. et al. |
Discovery of a
Garnet-Bearing Clast in Martian Polymict Breccia Northwest Africa 8171 [#2405] |
Jaret S. J. Rasbury E. T. Reiners P. Thompson M. S. Hemming S. R. et al. |
Could the
Martian Shergottites Be from an Impact Melt Sheet? [#2356] |
Staddon L. G. Darling J. R. Dunlop J. Stephen N. R. |
Northwest
Africa (NWA) 13467: A New
Augite-Rich Shergottite? [#2212] |
Yamazaki S.
Mikouchi T.
Tang C. P. |
Mineralogical
and Petrological Study of Northwest Africa 14127 Shergottite: Implications for Mineralogical Diversity of
Poikilitic Shergottites [#2153] |
Peel C. J. Howarth G. H. Day J. M. D. le Roux P. |
Petrogenesis of
the Primitive Olivine-Phyric Shergottites Northwest Africa (NWA) 2046 and
NWA 4925 [#1401] |
Carpenter P. K. Irving A. J. Jolliff B. L. |
Mineralogy of
Nakhlite Northwest Africa 14369 [#2690] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: SPACE WEATHERING
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Lorin B. C. Landsman Z. A. Whizin A. D. Lederer S. M. Vilas F. et al. |
Micrometeorite
Impact Experiments into Serpentine: Preliminary
Analysis of Spectral Properties [#1220] |
Loeffler M. J. Prince B. S. |
Investigating
Possibilities for the Blue Spectral Slope Found on B-type Asteroids [#2365] |
Galiano A.
Dirri F.
Ferrari M.
Stefani S.
Piccioni G. et al. |
Spectral
Characterization of Northwest Africa 12184 Meteorite: FT-IR and u-IR Investigation as Part of
Simulation of Space Weathering on Airless Bodies of Solar System [#1540] |
Weber I.
Reitze M. P.
Morlok A.
Stojic A. N.
Bauch K. E. et al. |
Excimer Laser
Irradiation of Analog Mineral Mixtures of Mercury’s Surface: FTIR Studies of Smooth Plains Analogs [#1898] |
Xu J. Y. Mo B. Wu Y. X. Lin H. L. Li Y. et al. |
Characteristics
and Spectral Effects of Iron Nanoparticles During Space Weathering of
Iron-rich Olivine [#1889] |
Arnaut M.
Wohlfarth K.
Wöhler C. |
Space
Weathering Simulation of Interacting Nanophase Iron Particles in the Thermal
Infrared Region [#2184] |
Sorokin E. M. Yakovlev O. I. Slyuta E. N. Gerasimov M. V. Zaitsev M. A. et al. |
Laser Modeling
of the Formation of Nanophase Iron (NP-Fe0) [#1389] |
Jordan A. P. Shusterman M. L. Tai Udovicic C. J. |
Constraining
the Relative Roles of the Space Weathering Processes that Create
Submicroscopic Iron on the Moon [#2113] |
Gillis-Davis J. J. |
The Ability to
Laser Space Weather In Multiple Microenvironments [#2465] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: SMALL BODIES:
SAMPLES, OBSERVATIONS, AND MODELS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Ipatov S. I. |
Migration of
Bodies Ejected from the Earth and Probabilities of their Collisions with the
Earth and the Moon [#1298] |
Wlodarczyk I. |
Possible Impact
Solutions of the Dangerous Asteroid 29075 (1950 DA) [#2023] |
Rosaev A. E. |
Two Asteroid
Pairs Close to Zero Order Three Body Resonance: Possible Common Origin [#1026] |
Penasa L.
Lucchetti A.
Pozzobon R.
Munaretto G.
Pajola M. et al. |
A Discrete
Elements Modeling Framework for the Parametric Study of Landslides in Low
Gravity Environments [#2126] |
Trógolo N. E. Campo Bagatin A. Moreno F. Perez Molina M. |
Can Particles
Ejected by the Fast Spinning Primary of the (65803) Didymos NEA Binary System
Form a Disk? [#1895] |
Fenucci M.
Novaković B. Petković V. |
2016 GE1: An Extreme Example of Super-Fast Rotator
with Very Low Thermal Inertia [#2190] |
Haynes M. S. Herique A. Fenni I. Davidsson B. Raymond C. et al. |
Study of
Bistatic Radar Transmission Geometries for Characterizing
Asteroid Interiors [#1295] |
Haynes M. S. Elachi C. Benner L. Hallinan G. Fenni I. |
Ground-Based
Low-Frequency Radar for Assessing Near-Earth Asteroid Interiors [#1297] |
Krishna S. D. Ganju S. Hatua A. Ren C. Nguyen J. et al. |
Active Learning
for the Cameras for All-Sky Meteor Surveillance (CAMS) Meteor
Orbit Survey [#2713] |
Madiedo J. M. |
Advances in the
Framework of the Southwestern Europe Meteor Network: Machine Learning Applied to the Study of
Meteor Events [#1976] |
Madiedo J. M. Ortiz J. L. Aceituno J. De Guindos E. Izquierdo J. et al. |
Physico-Chemical
Analysis of a Deep-Penetrating Alpha-Hydrid Fireball Observed in 2022 [#2114] |
Izquierdo J.
Madiedo J. M.
Ortiz J. L.
Aceituno J. de Guindos E. |
Spectroscopic
and Dynamical Analysis of an Earth-Grazer Fireball Observed in
December 2021 [#1884] |
Kyrylenko I.
Golubov O.
Slyusarev I.
Visuri J.
Gritsevich M. et al. |
Possible Origin
of the First Iron Meteorite with an Instrumentally Documented Fall [#2655] |
Toscano-Bermúdez J. C. Madiedo J. M. |
A Meteorite
Fall Observed in 2021 in the Framework of the Southwestern Europe
Meteor Network [#2301] |
Trigo-Rodriguez J. M. Corretgé M. Peña-Asensio E. Rimola A. Izquierdo J. et al. |
An Unexpected
2021 Andromedid Display Recorded from Spain by SPMN Stations: A Selection of Bright Bolides Produced by
Large Meteoroids from 3D/Biela [#1456] |
Peña-Asensio E. Trigo-Rodríguez J. M. Corretgé M. Pueyo J. J. Rimola A. et al. |
A Superbolide
Recorded Over Spain: Trajectory,
Orbit, and Emission Spectra [#1538] |
Beck P.
Sultana R.
Poch O.
Quirico E.
Schmitt B. |
VNIR Slopes and
MIR Emissivity Features of Primitive Small Bodies: The Influence of Hyperfine Grains
and Porosity [#1427] |
Angrisani M.
Palomba E.
Longobardo A.
Raponi A.
Dirri F. et al. |
A Model of
Investigation of the Spectral Properties of V-Type Asteroids [#1415] |
Crossley S. D. Sunshine J. M. Ash R. D. McCoy T. J. Corrigan C. M. |
Compositional
and Petrologic Interpretations of Olivine-Dominated Asteroids [#2406] |
Linder T.
Holmes R. Fevig R. |
Effects of
Fabry-Perot Etalon Fringes in Astronomical Photometry [#2111] |
Van Ginneken M. Goderis S. Maeda R. Wozniakiewicz P. Genge M. et al. |
A Potential
Origin for 16O-Poor Cosmic Spherules: A Near-Earth Source and Parentage with
CY Chondrites [#2491] |
Baziotis I.
Flemetakis S.
Xydous S.
Sanchez-Valle C.
Palles D. et al. |
First Discovery
of Asimowite in an Antarctic Meteorite (Grosvenor Mountains 17151, L6,
Ordinary Chondrite) [#1285] |
San Segundo A. Madiedo J. M. Ortiz J. L. Aceituno J. de Guindos E. |
Meteorites from
Comet 2P/Encke: A Meteorite-Producer
Taurid Fireball Recorded in 2021 [#1896] |
Harvey T. A. MacArthur J. L. Joy K. H. Jones R. H. |
Non-Destructive
Determination of the Physical Properties of Antarctic Meteorites: Importance for the Meteorite-Asteroid Connection [#1857] |
Jardine K. J. Dove A. D. Tetard L. T. |
AFM
Measurements of Cohesion on CI Simulant Particles [#2900] |
Michalik T.
Maturilli A.
Cloutis E. A.
Matz K.-D.
Jaumann R. et al. |
Laboratory
Heating of HED + CC Mixtures Indicates Localized Oxidation on Vesta [#2248] |
Patzek M.
Rüsch O. |
Different
Effects of Thermal Fatigue Acting on Lunar and HED Samples [#2033] |
Ren J.
Hesse M. A.
Lucas M. P.
Dygert N. |
Constraints on
Thermal Evolution of Asteroid Fragments from High Temperature
Cooling Rates [#2266] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: SMALL BODIES:
IMPACT PROCESSES
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Cheng A. F. Raducan S. Fahnestock E. Dotto E. Della Corte V. et al. |
DART Impact
Ejecta Plume Observations [#1954] |
Larson J. N. Sarid G. Fernandez Y. R. |
Mapping
Possible Surface Distributions of Eject Created by the DART Impact Using the
Rebound Ejecta Dynamics Package [#2950] |
Luther R.
Raducan S. D.
Burger C.
Wünnemann K.
Jutzi M. et al. |
Momentum
Enhancement During Kinetic Impacts: Benchmarking
and Validation of Shock Physics Codes in the Context of AIDA [#1386] |
Yasui M.
Tazawa T.
Hashimoto R.
Arakawa M. Ogawa K. |
High-Velocity
Impact Experiments of Simulated Porous Asteroids and Measurements of Post
Impact Temperature Around Impact Crater [#1132] |
Sasai H.
Arakawa M.
Shirai K. Yasui M. |
Post Shock Heat
Induced by High Velocity Impact on Porous Icy Bodies [#1974] |
Arakawa M.
Nagano T.
Ishida S.
Minami Y. Shirai K. et al. |
Impact Strength
of Porous- and Ductile-Rocky Planetesimals in Gravity Dominated Regime [#1956] |
Miklavcic P. M. Askari H. Sanchez P. Quillen A. C. Wright E. |
Quantifying
Sub-Surface Granular Agitation During Simulated Low-Velocity,
Oblique Impacts [#2622] |
Ono H.
Kurosawa K.
Niihara T.
Mikouchi T.
Tomioka N. et al. |
Shock Effects
in Pre-Heated Basalt: Search for the
Criteria for Producing Mosaicism [#1566] |
Zhang L.
Zhang A. C.
Liu X. W.
Chen J. N.
Wen Y. Y. |
Northwest
Africa 8326: The Most Strongly Shocked
Howardite-Eucrite-Diogenite Meteorite [#1320] |
Moilanen J.
Gritsevich M. |
A Jump of an
Iron Meteorite [#2933] |
Moreau J.
Jõeleht A.
Stojic A. N.
Plado J. Somelar P. et al. |
Dunite
Darkening by FeS Troilite Melt Impregnation Compared to the Shock-Darkened
Chelyabinsk LL5 Chondrite [#1029] |
Honda R.
Yokota Y.
Arakawa M.
Sugita S. Shirai K. et al. |
Apparent
Brightness Change of Hayabusa2’s Artificial Crater Ejecta Observed by the
ONC-T at Different Phase Angles and Implications for the Physical State of
Natural Crater Ejecta [#2549] |
Liu P.-Y.
Benavidez P. G.
Campo Bagatin A.
Richardson D. C. |
Influence of
the DART Impact on Dimorphos’ Spin State and Boulder Motion Away from the
Impact Point [#1361] |
Parro L. M. Trógolo N. E. Campo Bagatin A. |
Are Boulders
Related to Crater-Like Features on the Surface of (101955) Bennu and
(162173) Ryugu? [#2104] |
Koren O. L. Glotch T. D. Breitenfeld L. B. |
Mid-Infrared
Optical Constants of Phyllosilicates for Analysis of OSIRIS-REx Thermal
Emission Spectrometer Data [#2243] |
Walton C. R. Shorttle O. Hu S. Rae A. S. P. Jianglong J. et al. |
Towards Phosphate
U-Pb Texture-Age Records of Solar System Dynamical Evolution [#1166] |
Adams E.
Smith E.
Fletcher Z.
O’Shaughnessy D.
Tropf B. et al. |
Double Asteroid
Redirection Test (DART) Planetary Defense Mission: First Months in Flight and Readiness
for Impact [#2953] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: SMALL BODIES:
MISSIONS AND MISSION-RELATED STUDIES
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Arai T.
Yoshida F.
Hayamizu T.
Akitaya H.
Okamoto T. et al. |
2021 Stellar
Occultation Observation of Asteroid (3200) PHAETHON for the
DESTINY+ Flyby [#2916] |
Fenucci M.
Novaković B. |
The Asteroid
Criticality Index: An Asteroid Ranking
to Ease the Planning of Future Space Missions [#2489] |
Kikuchi H.
Yamamoto M.
Yokota Y.
Sato H. Otake H. et al. |
JAXA Asteroid
Data Explorer (JADE) for Accessing and Rretrieving Hayabusa2 ONC Image Data
with 2D/3D Switchable Maps in a Web Browser [#1779] |
Shimizu Y.
Hemmi R. Miyamoto H. |
Automatic
Boulder Identifications with Deep Learning-Based Algorithm: A Case Study for Tlanuwa Regio
of Bennu [#1721] |
Yamada M.
Kouyama T.
Yumoto K.
Tatsumi E. Morota T. et al. |
Sensitivity
Change Analysis of Optical Navigation Camera (ONC) for HAYABUSA2
Extended Mission [#1862] |
Kikuchi H.
Komatsu G. Hemmi R. Miyamoto H. Yokota Y. |
Red-Blue
Material Distributions on Ryugu Caused by the Previous Fast Rotation [#1943] |
Golubov O.
Lipatova V. |
Contribution of
the Regolith Roughness to the Tangential YORP Effect of Asteroid
(162173) Ryugu [#2021] |
Dotto E.
Della Corte V.
Amoroso M.
Bertini I. Brucato J. R. et al. |
LICIACube: The Light Italian Cubesat for Imaging of
Asteroids in Support to DART [#1873] |
Lister T. A. Chatelain J. Gomez E. |
Las Cumbres
Observatory Observing Support for the Double Asteroid Redirection Test
(DART) Mission [#2534] |
Duchêne A.
Segovia Otero J. Murdoch N. Drilleau M. Stott A. |
A Machine
Learning Approach for Estimating Asteroid Surface Properties from
Accelerometer Measurements [#1563] |
Hasselmann P. H. Dotto E. Perna D. Pajola M. Brucato J. |
On the Imaging
of Mobilized Regolith During Touchdown Events: A Technique to Study the Shape Distribution
of Millimeter-Centimeter Particles [#1918] |
Okada T.
Tanaka S.
Sakatani N.
Shimaki Y. Arai T. et al. |
Development of
Thermal Infrared Multiband Imager TIRI for Hera Mission [#1319] |
Van Dyne D. Zacny K. Thomas L. Paulsen G. Lam S. et al. |
Pneumatic
Sampler (P-Sampler) for the Martians Moons eXploration (MMX) Mission [#2065] |
Madeira G.
Charnoz S. |
Tidal Evolution
of Phobos: Satellite Destruction While
Falling onto Mars [#1354] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: ASTROBIOLOGY:
“THIS IS NOT THE LIFE YOU’RE LOOKING FOR”
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Wang J. L. Dragone N. B. Schubert S. H. Hynek B. M. |
The Viability
of Using Microbially-Derived Plastic as a Biomarker for
Astrobiological Detection [#2175] |
Veneranda M.
Sanz-Arranz A.
Prieto-Garcia C.
Manrique J. A.
Prieto-Ballesteros O. et
al. |
Surface-Enhanced
Raman Spectroscopy (SERS) for Astrobiology Research: Defining the Optimal Approach for Future
Planetary Exploration Missions [#1019] |
Brossier J.
Altieri F.
De Sanctis M. C.
Frigeri A. Ferrari M. et al. |
Complementary
CRISM Spectral Survey on Clay-Bearing Outcrops in Oxia Planum, the Landing
Site for ExoMars 2022 “Rosalind Franklin” Rover [#1288] |
Liu W.
Wu Z. C.
Chen W. X.
Jin G. B. Li Z. |
The Spectral
Features of Potential Life Markers on Mars by Multiple
Spectral Detection [#1387] |
Pál B. D. |
Potential
Deliquescence at the ExoMars Rosalind Franklin Rover Landing Site [#2006] |
Cycil L. M. Hausrath E. M. Ming D. W. Raymond J. Adcock C. T. et al. |
Examining the
Photosynthetic Activity and Adaptations of Algae Growing Under Mars-Relevant
Low Pressure and Low Light Conditions for Human Exploration of Mars [#2318] |
Miyamoto Y.
Demura H.
Okudaira K.
Yano H. Yamagishi A. |
Classification
of Track Types in Tanpopo Mission by Deep Learning [#1911] |
Surendra V. S. Haritha D. J K George J. D. Meka J. K. Vijayan S. et al. |
Hypervelocity
Impact on Amino Acids-Water Ice Targets Leading to the Formation of
Crystalline Biomolecular Dust [#2011] |
Regberg A. B. Allums K. K. Castro C. L. Davis R. E. Funk R. C. et al. |
Microbial
Monitoring of New Cleanrooms Used to Curate Astrobiologically Relevant
Asteroid Samples from Bennu and Ryugu [#1686] |
Sefton-Nash E. Vago J. L. Torres I. Fonteyne R. Orgel C. et al. |
Science
Operations Readiness of the ExoMars 2022 Rover Mission [#2109] |
Kisvárdai I.
Pál B. D.
Kereszturi Á. |
Investigating
Pore Compaction Depth and the Habitability Potential of Icy Moons [#2082] |
Da Poian V. Lyness E. I. Danell R. M. Theiling B. P. Brinckerhoff W. B. |
Science
Autonomy Using Machine Learning and Data Science for Planetary Missions: Application to the ExoMars Mission [#1952] |
Konstantinidis M. Lymer E. A. Tait K. T. Daly M. G. Lalla E. A. |
Elemental
Estimation of Organics Through UV Time-Resolved Laser-Induced Fluorescence
Spectroscopy: Implications for
Planetary Exploration [#1669] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: PLANETARY ATMOSPHERES
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Ovsak O. S. |
On the Possible
Altitude Thickenings of Aerosol Component in the Saturn Atmosphere [#1168] |
Yoshida T. Y. Kuramoto K. K. |
The Effect of
the Radiative Cooling on Hydrodynamic Escape of a Reduced Proto-Atmosphere
on Earth [#1105] |
Guzewich S. D. Oman L. D. Richardson J. Whelley P. Bastelberger S. et al. |
Volcanic
Climate Warming Through Radiative and Dynamical Feedbacks on SO2 Emissions [#2070] |
Sapers H. M. Kloos J. L. Baker M. Fey D. M. Kalucha H. et al. |
A Low Upper
Threshold for Saltation-Mediated Triboluminescence at Gale Crater, Mars [#1579] |
Alemanno G.
D’Amore M. Maturilli A. Helbert J. Arnold G. et al. |
Spectral
Atmospheric End-Members Retrieval from ExoMars Thermal InfraRed
(TIRVIM) Data [#1885] |
Wolfe C. A. Edwards C. S. Smith M. D. Christensen P. R. Smith N. M. et al. |
Assessing the
Sub-Pixel Sensitivity of Atmospheric Retrievals from the Emirates Mars
Infrared Spectrometer [#2804] |
Wolfe C. A. Edwards C. S. Piqueux S. Bapst J. |
Characterizing
Global Inter-Annual Dust Removal and Deposition Using Thermal Emission
Imaging System (THEMIS) Infrared Data [#2927] |
Perlwitz J. P. Tsigaridis K. Aleinov I. Guzewich S. D. Way M. J. et al. |
Nonlinear Dust
Cycle Behavior Linked to Dust Radiative Effect in Mars Atmosphere Simulations
with GISS ROCKE-3D [#2648] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: VOLCANISM ACROSS THE SOLAR SYSTEM: FROM MODELING TO ANALOG MORPHOLOGY
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Williams E. A. Montési L. G. J. Whelley P. L. Bell E. R. |
Investigating
the Topographic Expression of Valentine Cave with 3D and 2D Models [#2604] |
Knudson C. A. Achilles C. N. Morse Z. Baldridge A. Harte B. et al. |
The Coordinated
Utilization of Handheld Geochemical Instruments at Kilbourne Hole, NM, to
Investigate Volcanic Deposits [#1725] |
Chauhan M.
Sur K.
Chauhan P.
Joshi H.
Sharma R. U. et al. |
Lithological
Mapping of Nidar Ophiolite Complex, Ladakh Using High-Resolution Data [#1901] |
Barretto J.
Wood R. Milsom J. |
Apolaki Caldera
— Morphology and Structure of What May Be Earth’s Largest Caldera [#1738] |
Gunda G. K. T. Mamta C. Prakash C. Sudhakar R. |
Baratang Island
Mud Volcanoes, India: A Potential
Candidate for Martian Analogues Study [#1428] |
Giguere T. A. Boyce J. M. Gillis-Davis J. J. Stopar J. D. |
Lacus Mortis: Age, Composition, and Origins [#2838] |
Lo M.
La Spina G.
Joy K. H.
Polacci M. Burton M. |
Verifying Lunar
Magmatic Volatile Content Using Models for Magma Ascent and Eruption [#1024] |
Davis E.
Wilson L.
Chen Y.
Head J. W. |
Rheology and
Flow Dynamics of Lunar Lava Flows [#1352] |
Culvahouse S. Whitten J. L. Abu Hashmeh N. Karunatillake S. |
Investigating
Patera Geomorphology in Northwest Arabia, Mars with SHARAD Radargrams [#1748] |
Wilson S. A. Warner N. Mueller J. Grant J. A. Golombek M. et al. |
The Geomorphic
Evolution of Lava Plains at the Spirit and InSight Landing Sites: Comparison of Crater Retention Ages and
Erosion Rates Using HiRISE [#2290] |
Schwartz L. S. Halverson B. H. Whittington A. W. |
Relating
Small-Scale Texture of Basaltic Lava Flows to Thermal Inertia [#2942] |
Keszthelyi L. P. Rumpf M. E. |
Testing a
Numerical Model for Pahoehoe Flow Field Development [#1984] |
Fitch E. P. Dufek J. Mitchell K. Lopes R. M. C. |
Modeling the
Effects of Molten Fuel-Coolant Interaction on Planetary Volcanism: Phase 1 Hydrodynamic Mixing [#2650] |
Peters S. I. Rader E. L. Forsberg E. J. Baker L. L. Thompson E. |
Potential
Contributions of VNIR Imaging and Laboratory Analogue Experiments to Inform
Modeling Efforts [#1150] |
Hamid S. S. Kerber L. Clarke A. B. |
The Effect of
Volcanic Eruptions on the Distribution of Water Ice on Mars [#1726] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: ICY BODY TECTONICS AND INTERIORS: ALL IT’S CRACKED UP TO BE
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Fabi M.
Kenkmann T.
Wulf G.
Baby N. R.
Stephan K. et al. |
Kinematic
Restoration of Ganymede´s Dark Terrain [#1398] |
Behounkova M. Pleiner Sladkova K. Soucek O. |
Enceladus’ Tiger
Stripes as Frictional Faults: Impact
on Local and Global Tidal Deformation [#1778] |
Bradak B.
Kereszturi Á.
Gomez C. |
Identification
of Potential Planetary-Scale Long-Term Tidal-Cryotectonic Cycles in Europa —
First Approach [#1050] |
Mergny C.
Davaille A.
Schmidt F. Massol H. |
Experimental
Investigation of Europa Icy Lithosphere Thanks to DEM Reconstruction [#1443] |
Das N. P. Nazareth R. G. Mishra S. Thangjam G. S. |
Automated
Detection of Lineaments on the Surface of Europa Using Machine Learning [#2709] |
Baby N. R. Stephan K. Wagner R. J. Kenkmann T. Schmedemann N. et al. |
Stratigraphy of
Ganymede’s Light Terrain: A Case Study
at Mummu and Sippar Sulci [#1350] |
Leonard E. J. Beddingfield C. Elder C. M. Nordheim T. A. Cartwright R. J. et al. |
The Geology of
Miranda’s Inverness Corona [#2503] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: ICY WORLD IMPACTS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Borrelli M. E. Bierson C. J. O’Rourke J. G. |
Crater
Statistics on Ariel and Miranda Using Newly Processed Imagery
and Topography [#1649] |
Sizemore H. G. Crown D. A. Scully J. E. C. Berman D. C. Neesemann A. et al. |
High-Resolution
Geologic Mapping of Urvara Crater, Ceres:
Preliminary Maps and Crater Counts [#2338] |
Neesemann A.
van Gasselt S.
Walter S. H. G.
Jaumann R. Castillo-Rogez J. C. et al. |
Mapping of
Ceres by DAWN: Generation of
Higher-Level Cartographic Products Based on Framing Camera Data [#2263] |
Crown D. A. Crown M. S. Berman D. C. Sizemore H. G. Neeseman A. et al. |
Geologic
Mapping of Urvara Crater, Ceres: Distribution
and Characteristics of Boulder Tracks on Crater Hillslopes [#1163] |
Cheng H. C. J. Klimczak C. |
Tectonic Map of
Ceres from Polygonal Impact Craters [#1021] |
DeFour-Remy S. C. Bray V. J. White O. L. Schenk P. M. |
Analysis of
Callisto’s Multi-Ring Impact Basins [#2206] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: ICY WORLD OCEANS, COMPOSITION, AND VOLCANISM
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Geissler P. E. Keszthelyi L. P. Weller L. A. |
An Empirical
Photometric Correction for Europa [#1691] |
Savushkin A. A. Kiselev N. N. Rosenbush V. K. Karpov N. V. |
Polarimetric
Observations of Jupiter’s Moons: Europa,
Io, Ganymede [#2289] |
Viswanathan V. Liounis A. J. Mazarico E. Goossens S. Neveu M. |
Astrometric Reduction
of Phoebe Using a Digital Shape Model [#2224] |
King O. R. T. Fletcher L. N. |
Compositional
Mapping of Ganymede with VLT/SPHERE Using Markov Chain Monte Carlo
Spectral Analysis [#1461] |
Cruz Mermy G. Schmidt F. Andrieu F. Belgacem I. Cornet T. et al. |
Microphysic of
Europa’s Surface Using Galileo/NIMS Data [#2141] |
Brucato J. R. De Sanctis M. C. Pagnoscin S. Poggiali G. Ferrari M. et al. |
Photoprocessing
of Organic Material on Ceres: Laboratory
Studies on Chemical Evolution of a Wet Small Body [#1181] |
Sarkar R.
Nathues A.
Hoffmann M. |
Automatic
Detection of Red-Sloped Spectra from 7-Band Dawn Framing Camera Data Using a
1D Convolutional Neural Network [#1367] |
Marteau E.
Choukroun M.
Molaro J. L.
Comstock E. Gori M. et al. |
Experimental
Study of the Compressive Behavior of Enceladus and Europa Icy Plume
Deposit Analogs [#1147] |
Kay J. P. Rhoden A. R. Walker M. E. |
Using the Lack
of Relaxation on Mimas to Test for an Ocean [#2840] |
Morrison A. A. Whittington A. G. Zhong F. Mitchell K. L. Carey E. M. |
Modeling the
Viscosity of Potential Cryovolcanic Liquids [#1555] |
Nathues A.
Hoffmann M.
Schmedemann N.
Sarkar R.
Thangjam G. et al. |
Urvara Basin on
Ceres: Brine Residues
and Organics [#1334] |
Fox-Powell M. G. Cousins C. R. Stephens B. Dazley C. Slade D. et al. |
Co-Partitioning
of Microbial Biomass with Cryogenic Phases During Rapid Freezing of
Enceladus-Relevant Fluids [#1940] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: TITAN:
SO CHILL RIGHT NOW
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Cheng A.
Young E. F.
Corlies P.
Nixon C. A. |
STIS Image
Cubes of Titan [#2779] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: FORMATION AND EVOLUTION OF COMETS AND KUIPER
BELT OBJECTS: WAY OUT THERE
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Lauer T. R. Postman M. Spencer J. R. Weaver H. A. Stern S. A. et al. |
Anomalous Flux
in the Cosmic Optical Background Detected with New Horizons Observations [#1592] |
Fraser W. F. Porter S. B. Lin H.-W. Spencer J. R. Kavelaars JJ. et al. |
A Successful
Machine Learning Approach to Detecting Kuiper Belt Objects for NASA’s New
Horizons Extended Mission [#1230] |
Teolis B. D. Raut U. Kammer J. A. Gimar C. J. Howett C. J. A. et al. |
Charon’s
Extreme Exospheric Dynamics and Red Spot Origins [#2806] |
Kuznetsov E. D. Al-Shiblawi O. M. Gusev V. D. |
Probabilistic
Evolution of Pairs of Trans-Neptunian Objects [#1159] |
Benecchi S. D. Grundy W. M. Thirouin A. Verbiscer A. J. Rabinowitz D. L. |
A Mutual Event
Lightcurve Model for Binary Transneptunian Objects: Application to (79360) Sila-Nunam [#2800] |
Rietmeijer F. J. M. Mannel T. |
Iron-Silicides
in Comet Wild 2 and Comet CG [#1548] |
Czechowski L. Kossacki K. J. |
Ballisitc
Landslides from Imhotep Depression on Comet 67P/Churyumov–Gerasimenko [#2640] |
Perov N. I. |
Interstellar
Comets and Oort Cloud [#1002] |
Wlodarczyk I. |
Possible
Orbital Evolution of the Comet C/2017K2 (PANSTARRS) [#1238] |
Zhuzhulina E. A. Kiselev N. N. Petrov D. V. Savushkin A. A. Karpov N. V. |
Polarimetric
Observations of Comets [#2300] |
Tchernyi V. V. Kapranov S. V. |
Modeling of the
Saturn’s Rings Origin and Separation of Their Particles [#1638] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: ENVIRONMENTAL ANALOGS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Rumpf M. E. Hunter M. A. |
The Terrestrial
Analogs Data Portal: A Resource for
Archiving and Discovering Data [#2631] |
de Dios-Cubillas A. López I. Geyer A. Prieto-Ballesteros O. |
Geochemistry
and Mineralogy of Cerro Caliente Basaltic Tuff (Antarctica) Affected by
Palagonitization and CO2-Rich Fluids as Planetary Analogs [#2005] |
Sen R.
Ray D. |
Is Continental
Flood Basalt a Potential Analog for Martian Crust?: A Geochemical Analysis [#1067] |
Lachance S.
Lemelin M.
Williamson M.-C. |
Remote
Predictive Mapping of Volcanic Terrain on Earth and Mars: An Analog Case Study in the
Canadian Arctic [#2456] |
Chen W. X. Fu X. H. Zhang L. X. Zhang J. Wu Z. C. |
Mineralogy and
Spectroscopy of Terrestrial Mud Volcano in Northwest China and Implications
for the Mud Volcano Formation on Mars [#1394] |
Achilles C. N. Sutter B. Lybrand R. Ming D. W. McAdam A. C. et al. |
Investigating
Icelandic Soils as an Analog for Pedogenic Processes on Mars [#2472] |
Price R. E. Rucker H. R. Sanchez A. M. Barge L. M. Ely T. et al. |
Habitability of
Saponite-Rich Hydrothermal Systems of Early Mars and a Modern Earth-Based
Analogue in Iceland [#2547] |
Prescott E. J. Williams A. J. Craft K. L. Skok J. R. |
Detection of
Organics in Icelandic Hot Spring Deposits with Implications for Organics
Preservation in Relict Martian Hot Spring Environments [#2645] |
Williams A. J. Juarez Duran F. Hu D. Thompson P. Muñoz-Saez C. |
Organics
Detection from the El Tatio Geyser Field Digitate Stromatolites, with
Implications for Organics Detection in Comparable Digitate Structures from
Columbia Hills in Gusev Crater, Mars [#1191] |
Jonnalagedda P. Surprenant R. L. Droser M. L. Bhanu B. |
Automated
Remote Biosignature Detection Using Modified SPACESeg Model [#2617] |
Das D.
Gasda P. J.
Leveille R. J.
Berlo K.
Nellessen M. A. et
al. |
Evaporite Veins
of Southern California: Searching for
the Origin of Boron and Calcium Sulfate Veins of Gale Crater, Mars [#2149] |
Kong X. R. Zhu S. Y. Shavorskiy A. Li J. Liu W. Y. et al. |
Surface
Solvation of Martian Salt Analogues at Low Relative Humidities [#1878] |
Eifert H. A. Rutledge A. M. Edwards C. S. Salvatore M. R. |
Influence of
Alluvial Fan Process on Grain Size and Morphometry Using Mars Analogs in
Mojave Valley [#2928] |
Zimbelman J. R. de Silva S. L. Spagnuolo M. G. |
Final
Assessment of 2018 Wind Profiling Data from the Puna of Argentina [#1502] |
Idec E.
Metzger S.
Fenton L.
Dorn T. Michaels T. et al. |
Fueling Dust
Devils; Insolation-Driven Surface Heating Rates for an Arid Terrestrial
Mars-Analogue Site [#2702] |
Kling C. L. Byrne P. K. |
Pit Crater
Morphology is Not Unique to Setting or Formation [#2801] |
Lund E. M. Zawaski M. Ewing R. C. Radebaugh J. |
Volcaniclastic
Aeolian Systems on Earth as Analogues for Mars: A Case Study from the Black Rock
Desert, Utah [#2701] |
Johantges A. D. Baker D. M. H. Richardson J. A. Shoemaker E. S. Scheidt S. P. et al. |
Testing
Planetary Subsurface Ice Characterization Using L-Band Radar Data at the
Askja, Iceland Analog Site [#2304] |
Jones N. A. Rutledge A. M. Salvatore M. R. Horgan B. H. |
Detecting
Glacial Alteration in a Mars Analog Environment: Compositional Remote Sensing of Mount Kilimanjaro, Tanzania [#2730] |
Lalla E. A. Aznar M. Sanz-Arranz A. Konstantinidis M. Lopez-Reyes G. et al. |
Raman-Ir
Spectroscopic and Xrd Analysis of Samples From Fogo Island, Cabo Verde: Implications for Martian Volcanology [#1141] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: MATERIAL ANALOGS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Johnson N. M. Nuth J. A. III Ferguson F. T. |
Dust Grains and
Carbonaceous Analogs Available for Experiments and Analyses [#2803] |
Hendrix D. A. Hurowitz J. A. |
Assessment of
OH* Generation of Lunar Dust Simulants in Biologically Relevant Fluids as a
Proxy for the Potential Human Health Impacts of Lunar Dust Inhalation [#1707] |
Parsapoor A.
Whittington A.
Majlesi A.
Giberga O. Wells R. et al. |
Effect of
Cooling Rate on the Microstructure of Crystallizing LCATS-1 Lunar
Regolith Simulant [#2824] |
Martella C. H. Lauro S. E. Mattei E. Cosciotti B. Pettinelli E. et al. |
Preliminary
Electromagnetic Characterization of Different Lunar Soil Analogues [#1627] |
Roth M. C. Roux V. G. Roux E. L. |
Increased
Magnetic Response in Lunar Regolith Simulants [#2934] |
Howard C.
Shulman H.
Rickman D.
Edmunson J.
Effinger M. |
Synthesis of
Simulated Lunar Highlands Minerals [#1441] |
Takemura T.
Niihara T.
Kanzaki T.
Kobayashi M.
Shimizu Y. et al. |
Preliminary
Developments of Simplified Lunar Regolith Simulants for Japanese Future
Lunar Missions [#2163] |
Durga Prasad K. Bhatt M. Kalyana Reddy P. Kumar J. Srivastava N. et al. |
Identification
and Characterisation of Potential Lunar Analogues Within India [#1865] |
Agapkin I. A. |
Comparison of
the Grain Size Composition of Kamchatka Volcanic Ashes with
Lunar Regolith [#1992] |
Uvarova A. V. Makovchuk V. Yu. |
Comparison of
the Mechanical Properties Between the Ashes from the Kamchatka Peninsula and
Lunar Regolith [#2536] |
Distel A.
Hervig R.
Davidson J.
Wadhwa M.
Stephant A. |
Using Ion
Implants to Quantify Hydrogen in Nominally Anhydrous Minerals [#1732] |
Werner H.
Angell P.
Sharp T. G.
Christensen P. R. |
Using
Orientation-Dependent Infrared Emission Spectra of Single Crystal Quartz to
Study Mineral Grain Orientations in Quartz-Rich Rocks [#2830] |
Ye C.
Pilorget C.
Roehrich H. K.
Edwards C. S.
Osterloo M. M. |
A Novel
Radiative Transfer Monte Carlo Model to Simulate Thermal Infrared Emission
Spectra and Assess the Limits of Linear Mineral Abundance Determination [#1736] |
Pandey A.
Rampe E. B.
Ming D. W.
Hettiarachchi G.
Pitumpe P. et al. |
Synchrotron
Spectromicroscopic Analyses of Amorphous Phases in Palagonitic Soil and
Rock Samples [#1474] |
De Angelis S. Ferrari M. De Sanctis M. C. Altieri A. Ammannito E. et al. |
The DAVIS
Instrument: A New Laboratory Model for
ExoMars 2022 Ma_MISS Spectrometer [#1796] |
Manrique J. A. Santamaria-Sancho J. Lopez-Reyes G. Veneranda M. Arana G. et
al. |
Evaluation of
Similitudes Between SuperCam and SimulCAm, a Laboratory Standoff Setup for
Support Science [#2589] |
Rossi L.
Ferrari M.
De Angelis S.
De Sanctis M. C.
Frigeri A. et al. |
A New
Laboratory Model for Ma_MISS: The
DAVIS Setup and Its Laboratory Drill [#1353] |
Ferrari M.
Rossi L.
Costa N.
De Angelis S.
De Sanctis M. C.
et al. |
Simulating a
Ma_MISS Borehole Survey in the Subsurface of Oxia Planum [#1339] |
Costa N.
Ferrari M.
Frigeri A.
De Sanctis M. C.
De Angelis S. et al. |
A Database for
Analog Sample Measurements with Ma_MISS Breadboard [#1411] |
Woodson A. K. Dukes C. A. |
Characterizing
Regolith Roughness for Parameterization of Laboratory Desorption and
Sputtering Measurements [#2852] |
Sehlke A. |
High-Temperature
Rheology Measurements on Planetary Analog Magmas and Lavas [#1171] |
Kremer C. H. Mustard J. F. Pieters C. M. Greenhagen B. T. Donaldson Hanna K. L. |
“Cross-Over”
Infrared (4-8 Micron) Spectroscopy of Olivine, Pyroxene, and Plagioclase
Mixtures: Mineral Detection and
Mg# Determination [#2196] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: PLANETARY EXPLORATION ACTIVITIES
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Mirmalek Z.
Lim D. S. S.
Colaprete A.
Falcone L.
Shirley M. H. et al. |
Communication
Time Parameters Shaping Science Activities During Mission
Surface Operations [#2698] |
Vijayan S.
Kimi K. B.
Achintya P. Harish Tuhi S. et al. |
Amundsen
Crater, South Pole Moon: Potential Landing
Site to Explore Possible Floor Intrusion and Multiple PSR [#1869] |
Turchinskaya O. I. Grishakina E. A. Tretyukhina O. S. Feoktistova E. A. Slyuta E. N. |
Description of
the Probable Location of the Visited Lunar Base on the Shaft of the Crater
de Gerlache [#2160] |
Staples J. T. |
Exploration of
Gruithuisen Domes [#2394] |
Glotch T. D. Jawin E. R. Greenhagen B. T. Cahill J. T. Lawrence D. J. et al. |
A Proposed
Exploration Campaign at the Aristarchus Plateau [#1507] |
Lemelin M.
Kring D. A.
van der Bogert C.
Hiesinger H.
Gaddis L. et al. |
Spectrally
Defined Composition of the Connecting Ridge Between Shackleton and Henson
Craters in Preparation for Artemis Extra Vehicular Activities [#1705] |
Shirley M.
Balaban E.
Colaprete A.
Elphic R. C.
Sanchez H. et al. |
VIPER
Traverse Planning [#2874] |
Beyer R. A. Colaprete A. Shirley M. Balaban E. Siegler M. et al. |
VIPER
Site Selection [#2479] |
Malaret E.
Robinson M. S.
Hash C.
Guasqui P.
Mauceri C. et al. |
Using Lunar
QuickMap to Assess the VIPER Site Selection [#2792] |
Ennico-Smith K. Keszthelyi L. Beyer R. Colaprete A. Coyan J. A. et al. |
Lunar Resources
Catalog (LRC): VIPER
Pathfinder Dataset [#1730] |
Gross C.
Al-Samir M.
Bishop J. L.
Poulet F.
Schubert D. et al. |
Prospecting
In-Situ Resources for Future Manned Missions to Mars [#1946] |
Wadhwa M.
Carrier B. L.
Goreva Y. |
Sample Science
Integrity Considerations for the Mars Sample Return Program [#2717] |
Adcock C. T. Hausrath E. M. Rampe E. B. Cruz V. Wright L. |
Perchlorate
Recovery by Dissolution from Martian Soil Simulants: Implications for Human Exploration
of Mars [#1667] |
Rothschild L. J. Mauer C. Lipińska M. B. Senesky D. Paulino-Lima I. et al. |
Mycotecture Off
Planet: Fungi as a Building Material
on the Moon and Mars [#2544] |
Vidmachenko A. P. Steklov A. F. Miniaylo D. N. Kolotilov N. N. |
The Moon Should
Become the Main Testing Ground for the Development and Testing of Thermal and
Gravitational Adaptation Systems for Terraforming of Planets
and Planetoids [#1054] |
Nava R. A. De Leon C. A. |
Spatial Tools
for Lunar Development: Identification
of the Latest Body of Work in the Field of Architecture [#2630] |
Coustenis A.
Hedman N.
Kminek G.
COSPAR Panel in Planetary Protection |
The Cospar
Policy on Planetary Protection: Updates
for Lunar Exploration [#1110] |
Seto E. P. Bouey N. Y. Bergman D. Bywaters K. Coohill T. |
Development and
Application of an In-situ and Flight Sterilization System for
Lunar Missions [#1218] |
Bell M. S. Davis R. Wallace S. Rucker M. Regberg A. B. |
EVA Swab Kit: Tools and Techniques for Collecting Aseptic
Samples from Crewed Space Missions [#2187] |
Johnson P. A. Johnson J. C. |
Updated
Features for Enhanced Portable Life Support Systems [#1078] |
Johnson P. A. Johnson J. C. |
Prevention of
Bone Fractures and Osteoporosis in Space Using High Frequency
Mechanical Loading [#1008] |
Mackay M. G. Miccoli A. Kaiser E. Pukinskis S. Rudziński P. et al. |
Privacy
in Space [#1648] |
Battler M. M. Macdonald A. J. Cross M. Raimalwala K. V. Chatrath V. |
Advancing
Inclusion, Diversity, Equity, and Accessibility in the Lunar and Planetary
Exploration Community Through Mission Control Software [#2665] |
Morisset C.-E. Picard M. Moroso F. |
The Canadian
Lunar Exploration Accelerator Program (LEAP) Rover Mission (LRM): Rove, Gather, Overcome, and Inspire [#2642] |
Umansky P. M. Lawrence S. J. Hamilton J. A. |
Exploring de
Gerlache Crater [#2521] |
Mikolajewski S. Hiesinger H.
van der Bogert C. H. Schmedemann N. |
Geological Map
of the Rima Bode Region: A Possible
Landing Site for Future Lunar Exploration [#1961] |
Boazman S. J. Heather D. Sefton-Nash E. Orgel C. Houdou B. et al. |
Identifying
Potential Safe Landing Sites for ESA/ROSCOSMOS’ Luna 27 Mission [#2073] |
van der Bogert C. H. Iqbal W. Gebbing T. Hiesinger H. Kring D. A. et al. |
A Rascally Rim
at North Ray Crater and Its Relevance to Astronaut Operations at the
South Pole [#1347] |
Srivastava A. Singh A. P. |
Site
Suitability Analysis for Prospective Lunar Colonies Using Various DEM Derivatives
and Lava Tubes Sites Identified Using Machine Learning [#2281] |
Reinecke D. M. Vertesi J. A. |
The People
Equation in Planetary Science Missions [#2474] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: TERRESTRIAL OPERATIONAL ANALOGS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Buxner S. R. Hendrix A. R. Lane M. D. Noe Dobrea E. Z. Pearson N. et al. |
TREX Public
Engagement: Products from the First
Field Season [#2767] |
Prettyman T. H. Vaniman D. T. Clark R. C. Dobrea E. N. Hendrix A. R. et al. |
Radioelement
Geochemistry: Field Experience with a
Rover-Mounted Gamma Ray Spectrometer [#1034] |
Foing B. H. Tavernier A. Crotti S. Pascual J. Bustamante I. et al. |
EuroMoonMars
Earth Space Innovation Highlights [#2042] |
Holsclaw G. M. Hendrix A. R. Vilas F. Pearson N. C. TREX Team |
Instrumentation
and Data Processing Overview for an Ultraviolet/Visible/Near-Infrared
Spectrometer in Support of an Autonomous Rover Field Campaign [#2719] |
Tavernier A.
Garcia A.
Ulloa C.
Allard C.
Astudillo P. et al. |
Multidisciplinary
High Altitude Expedition in the Puna de Atacama: Geo and Environmental Sciences as a First
Step to Define the Potential of the Ojos del Salado Region as a Terrestrial Analogue [#2611] |
Pouwels C.
Nunes A. P. C. P.
Musilova M.
Toop-Rose J. Poli E. C. et al. |
An Endorsement
to Utilize TerrestrialAanalogs as Support for the Upcoming
Artemis Missions [#1902] |
Sauro F.
Massironi M.
Pozzobon R.
Hiesinger H.
Mangold N. et al. |
ESA PANGAEA —
Training Astronauts in Field Geology for Returning to the Moon [#1522] |
Young K. E. Graff T. G. Evans C. A. Bleacher J. E. Wray S. |
An Update on
Geoscience Training for NASA Astronauts [#2043] |
Bell E. Jr. Schmerr N. Bleacher J. Porter R. Young K. |
Active Source
Seismic Investigation of the San Francisco Volcanic Field Along Simulated
Lunar Traverses [#2079] |
Turchi L.
Payler S. J.
Sauro F.
Pozzobon R.
Massironi M. et al. |
The Electronic
Fieldbook: A Support System for
Astronaut Field Science Training and for Lunar Exploration [#1565] |
Miller K.
Draffen A.
Robinson B.
Steiner B. Walters J. et al. |
KNaCK-SLAM: Kinematic Navigation and Cartography
Knapsack Velocity-Aided LiDAR Inertial Simultaneous Localization and
Mapping (SLAM) [#2808] |
Battler M.
Cross M.
Raimalwala K. V.
Burd H. Budhkar A. et al. |
Recent
Applications of Mission Control Software and Visual Tools for Advancing
Autonomous and Remote Rover Science Operations [#2951] |
Whelley P. L. Zanetti M. Scheidt S. Richardson J. Morse Z. et al. |
Topographic
Quintet: Comparing Five Methods for
Measuring Ultra-High Resolution Topography [#2882] |
Drozdovskiy I. Sauro F. Payler S. J. Dalibot A. Hill S. et al. |
Identifying
Planetary Materials by Combining a Custom Mineralogical Database with Machine
Learning Based Multi-Spectral Classification [#1585] |
Hobbs S. W. Lambert A. J. Ryan M. J. R. |
Field-Testing
Low-Cost Remote Sensors for Utility in Analysing Mars Analogue Materials [#1049] |
Pouwels C. R. Poli E. C. Musilova M. Nunes A. P. C. P. Toop-Rose J. et al. |
Exploring the
Benefits of Analog Astronautical Simulations in ICEE (Isolated, Confined
Extreme Environments) as Preparation for Geological Artemis EVAs (Extra-Vehicular Activities) [#2198] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: INNER SOLAR SYSTEM MISSION CONCEPTS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Baines K. H. Cutts J. A. Byrne P. Dorsky L. O’Rourke J. et al. |
Venus Cloud
Explorer: A Long-Duration In-Situ New
Frontiers Mission to Investigate the Habitability of Venus [#1823] |
Zou Z.
Adams N.
Baetz G.
Campos H. Carmona E. et al. |
Cryogenic
Robotic Swarms for Lunar Permanently Shaded Regions (PSRs) [#2182] |
Colaprete A.
Elphic R. C. Shirley M. Ennico-Smith K. Lim D. S. S. et al. |
The Volatiles
Investigating Polar Exploration Rover (VIPER) Mission Update [#2675] |
Nishiyama G.
Namiki N.
Sugita S. Uno S. |
Potential of
Meteorological Satellites as Space Telescopes: Lunar Infrared Spectrum Observed
by Himawari-8 [#1751] |
Braun A.
Carroll K. A.
Joliff B. L.
MONS Explorer Team |
Lunar Surface
Gravimetry at the Gruithuisen Dome for Density Estimates of
Extreme Volcanics [#2831] |
Todd C.
Espley J.
Bowens R.
Cacciottolo L.
Chattrabhuti M. et al. |
Mars-BARS
(Balloon for Aerial Regional-Scale Science):
A Proposed Martian Aerial Platform Mission [#2247] |
Colaprete A.
Cook A.
Mauro D.
Bookbinder J.
Maryatt B. et al. |
Aeolus: A Mars Climate Mission [#2663] |
Wang S.
Yamada T.
Chen K-S. Kasai Y. |
Terahertz
Emission of the Lunar Surface: Forward Modeling [#2926] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: OUTER SOLAR SYSTEM MISSIONS AND
INSTRUMENTATION
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Phillips C. B. Scully J. E. C. Cameron M. E. Craft K. L. Grima C. et al. |
A
Reconnaissance Strategy for Landing on Europa, Based on Europa
Clipper Data [#2150] |
Ercilla Herrero O. Sanchez Benitez J. Muñoz-Iglesias V. Rivera-Calzada A. Prieto-Ballesteros O. |
Electrical
Properties of CO2 Clathrate to Understand Radar Signals from
Future Missions to the Jovian Moons [#1871] |
Di Paolo F. Cosciotti B. Lauro S. E. Mattei E. Pettinelli E. et al. |
Melt Detection
Beneath Chaos Terrains on Europa Using Ice Penetrating Radar [#1395] |
Koh Z. W. Nimmo F. Lunine J. I. Mazarico E. Dombard A. J. |
Assessing the
Detectability of Europa’s Seafloor Topography from Europa Clipper
Gravity Data [#1276] |
Dapré K.
Irving J. C. E. |
Enceladean
Seismicity: Potential for Differing
Interior Structures to Produce Distinct Seismic Wavefields [#2244] |
Peplowski P. N. Wilson J. T. Ayllon-Unzueta M. Engle A. Lorenz R. D. et al. |
Neutron
Spectroscopy at the Surface of Titan [#2329] |
Jones G. H. Snodgrass C. Tubiana C. |
The Comet
Interceptor Mission [#2943] |
Shirley K. A. Warren T. J. Faggi S. Villanueva G. L. Protopapa S. et al. |
Optimizing
Filter Bandpass Selection for the Thermal Infrared Imager on ESA’s Comet
Interceptor Mission [#1404] |
Boeren N. J. Kipfer K. Ligterink N. F. W. de Koning C. P. Keresztes Schmidt P. et al. |
ORIGIN: Towards In Situ Laser Desorption Mass
Spectrometry of Amino Acids, PAHs, and Lipids on Ocean Worlds [#2700] |
Graham J. D. Grubisic A. Danell R. M. Kaplan D. A. van Amerom F. H. W. et al. |
Characterization
of a Linear Ion Trap Mass Spectrometer for Noble Gas Measurements of Titan’s Atmosphere [#2358] |
Knollenberg J. Kuehrt E. Behnke T. Grott M. Helbert J. et al. |
Infrared Mapper
(IRMA) for Support of Comet Sample Return Missions [#1391] |
Castano R.
Vaquero T.
Rossi F.
Verma V.
Choukroun M. et al. |
Operations for
Autonomous Spacecraft: Workflows and
Tools for a Neptune Tour Case Study [#2510] |
Landis G. A. Oleson S. R. Lorenz R. D. |
Sample Return
from Titan [#2626] |
Noel J.
Derosett C.
Gansler K.
Mitchell C.
Santiago Rodriguez D.
et al. |
Mission Concept
and Geophysical Analysis with SNOW-E: Seismic
iNvestigations of Ocean Worlds at Enceladus [#2288] |
Veneranda M.
Sanz-Arranz A.
Prieto-Garcia C.
Manrique J. A.
Prieto-Ballesteros O. et
al. |
Development of
a Microfluidic System for the SERS Analysis of Organics on Icy
Planetary Bodies [#1020] |
Cooper E. C. Elder C. M. Kenyon M. E. |
Modeling
Surface Temperatures on the Uranian Satellites [#2319] |
Mitchell K. L. Frazier W. Bearden D. Prockter L. M. Trident Team |
Lessons Learned
from Science Implementation of the Proposed Trident Discovery Mission
to Triton [#2412] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: INSTRUMENTS AND PAYLOAD CONCEPTS
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Julve S.
Manrique J. A.
Veneranda M.
Prieto C.
Sanz J. A. et al. |
Semi
Quantification and Identification of Carbonate Mixtures Using a Combination
of LIBS and Raman Techniques [#2574] |
Blake D. F. Sarrazin P. Yen A. Rampe E. B. Cannon K. M. et al. |
METRIC XRD/F: An In-Situ X-Ray Diffraction/X-Ray
Fluorescence Instrument for Investigating Mineralogy and Chemistry of the
Gruithuisen Domes on the Moon [#1612] |
Krantz S.
Zhao H.
Blum L. W.
Li X. |
The
Miniaturized High-Energy-Resolution relativistic electron Telescope (HERT): High-Energy-Resolution Electron Flux
Measurements of Earth’s Radiation Belt [#2350] |
Helbert J.
Maturilli A.
Lorek A.
Alemanno G.
Büttner I. et al. |
The Planetary
Laboratories Department at DLR — One Stop Shop for Planetary Science
Analog Data [#1850] |
Miller K. E. Miller G. P. Franke K. Hoeper P. Waite J. H. Jr. et al. |
An Update on
the MASPEX Instrument: New
Capabilities for Planetary Chemistry and Habitability [#2664] |
Webb N. D. S. Eshelman E. Simon K. Van Hoesen D. Pechettino O. et al. |
L3VIN: Lunar-Laser-Lab for Volatiles
Investigation. A CLPS-Compatible In Situ Lunar Instrument [#2593] |
Lihn S. D. Chi P. J. |
Compact Rover
for Exploring Lunar and Martian Crustal Magnetic Fields [#1650] |
Vogt D. S. Schröder S. Sandig N. Gensch M. Hübers H.-W. et
al. |
Laser-Induced
Breakdown Spectroscopy for the Support of In-Situ Resource Utilization (ISRU)
on the Moon [#1872] |
Sazhin M. V. Safonova M. Sementsov N. V. Hasan P. Hasan N. |
Using
Artsimovich Railgun (Relsotron) for Payloads Delivery from the Moon [#1275] |
Walker R. T. Barker M. K. Sun X. Mazarico E. Smith D. E. et al. |
Calibration of
Near-Infrared Passive Radiometry from the Lunar Orbiter Laser
Altimeter (LOLA) [#2438] |
Liu Y. H. Ling Z. C. Liu C. Q. |
Auto-Focusing Method
for Raman Spectroscopy [#1365] |
Mancini F.
Ori G. G.
Alberti G.
Allemand P.
Grandjean P. et al. |
FlyRadar: A Multimode/Multiband Radar on Board of a
UAV to Explore Mars and the Earth [#1536] |
Seel F.
Vogt D. S.
Schröder S.
Dietz E. Gensch M. et al. |
Shock Wave
Expansion, Decoupling, and Acoustic Signals in LIBS Measurements Under
Martian Atmospheric Conditions [#1859] |
Riedo A.
Grimaudo V.
Aerts J. W.
Tulej M. Lindner R. et al. |
Laser Ablation
Ionization Mass Spectrometry for Accurate In Situ Measurements of Sulfur
Isotope Fractionation [#2436] |
Patrick E. L. Blase R. C. Libardoni M. J. Poston M. J. |
Environmental
Analysis of the Bounded Lunar Exosphere (ENABLE): Lessons in Gas Sources from Apollos 11
to 17 [#2731] |
Hong P. K. Ishibashi K. Suzaki Y. Hosonuma T. Yamada M. et al. |
Ground
Performance Verification Plan of the Tracking Mirror on TCAP
Onboard DESTINY+ [#1720] |
Ishibashi K.
Hong P.
Okamoto T.
Yamada M.
Okudaira O. et al. |
Development Status
of DESTINY+ Onboard Cameras for Flyby Imaging of (3200) Phaethon [#1729] |
Schröder S.
Böttger U.
Buder M.
Bunduki Y. Cho Y.
et al. |
Measurements
with the RAman spectrometer for MMX (RAX) Development Model [#1915] |
Peplowski P. N. Goldsten J. O. Burks M. T. Lawrence D. J. Arthur P. A. et al. |
The Psyche Gamma-Ray
and Neutron Spectrometer: Calibrated,
Delivered, and Ready for Launch [#2516] |
Simon K.
Eshelman E.
Sobron P.
Brecht A.
Cassell A. et al. |
In-Situ, Real
Time Cloud Compositional Profiling with an Optofluidic
Spectroscopy Instrument [#2579] |
Barucci M. A. Reess J. M. Bernardi P. Fornasier S. Doressoundiram A. et al. |
MIRS-MMX
Observations of the Martian System [#1207] |
De Sanctis M. C. Altieri F. Ammannito E. De Angelis S. Ehlmann B. et al. |
Exploring the
Martian Subsurface with Ma_MISS
EXOMARS 2022 [#1089] |
Gasda P. J. Anderson R. Oyen D. Cousin A. Forni O. et al. |
Multivariate
and Ensemble Manganese Calibration Models for SuperCam [#1646] |
Beyer R. A. Wong U. Edwards L. Colaprete A. Ennico-Smith K. et al. |
VIPER Visible
Imaging System [#2466] |
Slavik J.
Vazansky T. Kuhns M. |
Surviving the
Lunar Night with Masten’s NITE System [#1780] |
Hurtado J. M. Jr. Kring D. A. Bickel V. Gaddis L. Hiesinger H. et al. |
Imaging
Considerations for Artemis EVAs at the Lunar South Pole [#2235] |
Banks M. E. Barney C. Buhler C. Calle C. I. Carter M. et al. |
Overview of
NASA Payloads Flying on CLPS Task Order 19D to Mare Crisium [#2846] |
Lalla E. A. Daly M. G. Quaglia A. Walker S. Flynn G. et al. |
Combined
Measurements by Laser-Induced Breakdown Spectroscopy and Laser-Induced
Molecular Spectrometry for Planetary Exploration [#1446] |
Lalla E. A. Daly M. G. Quaglia A. Walker S. Flynn G. et al. |
Laser-Induced
Fluorescence, Context Imaging, Passive Reflectance, and Raman Spectroscopy as
Supporting Techniques for the Labeiss System [#1460] |
Ferrari-Wong C. M. Lucey P. G. Bussey B. Gunapala S. Honniball C. I. et al. |
Rockstar: A Thermal Infrared Hyperspectral Imager for
Meter Scale Data Collection from Orbit [#1311] |
Wednesday, March 9, 2022
POSTER SESSION III: VIRTUAL: EDUCATION AND WORKFORCE DEVELOPMENT: ENGAGING THROUGH THE STORIES AND TOOLS OF
PLANETARY SCIENCE
6:30 p.m. iPoster/Gather.town
Authors
|
Abstract Title and Summary |
Harvey T. A. Lo M. Carter E. J. Bahia R. Pernet-Fisher J. F. |
The Cosmic Cast: Progress Update and Adaptation to a
Remotely Produced Podcast [#2810] |
Buxner S, R. Lebofsky L. A. |
Preparing
Educators to Meet the Next Generation Science Standards Through
Planetary Science [#2755] |
Sundin M. I. Ekberg P. |
Minor Bodies
Making an Impact on Education [#1247] |
Carmona Reyes J. A. Carballido Somohano A. York J. Brady K. Hyde T. W. |
Increasing STEM
Learning to Boost the Second Space Race [#1227] |
Berczi Sz.
Hegyi S.
Hudoba Gy.
Ságodi I. Horváth Z. et al. |
Planetary
Terrain Tables (Testyards), Interactions, and Experiments in the Hunveyor
Program: A New Tool in Planetary
Science Education [#1972] |
Vizi P. G. Sipos A. |
Simulated Mars
Rover Model Competition — Pandemia Plans A and B [#1938] |
Schreiner B. P. Gross C. Neesemann A. Walter S. H. G. Postberg F. |
Virtual Reality: Visualisation of Mars HRSC Image Data for
Public Outreach and Research [#2519] |
Olgin J. G.
de La O Fernandez O. P. |
Studying
Planetary Science Through Planetary Analogs Using Open Educational Resources [#2739] |
PROGRAM LISTING
ORAL |
|||||
POSTER |
SESSION LISTING
ORAL |
|||||
POSTER |
Times
listed are Central Standard Time (CST). Time Zone Converter
6:30 a.m.
PDT
8:30 a.m.
CDT
9:30 a.m.
EDT
3:30 p.m.
CEST
11:30 p.m.
JST
[R701]
Thursday,
March 10, 2022
PROTOPLANETARY DISK STRUCTURE
AND EVOLUTION
8:30 a.m. Waterway Ballroom 1
Chairs: Pierre
Haenecour and Steve Desch
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Izidoro A. * Dasgupta R. Raymond S. N. Deienno R. Bitsch B. et al. |
Explaining the
Solar System Architecture from Rings of Planetesimals [#2847] |
8:45 a.m. |
Jacquet E. * |
Beryllium-10
and CAI Origin [#1180] |
8:55 a.m. |
Bermingham K. R. * Meyer B. S. Mezger K. |
The Stellar
Building Blocks of the Solar System: New
Constraints from Correlated Isotopic Compositions in Meteorites [#1469] |
9:05 a.m. |
Wölfer E. * Burkhardt C. Schneider J. M. Budde G. Kleine T. |
Dynamic
Evolution of the Solar System Inferred from Ti, Cr, and Mo Isotope Anomalies
in Meteorites [#2468] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Spitzer F. * Burkhardt C. Kleine T. |
Isotopic
Evolution of the Outer Solar System [#2761] |
9:40 a.m. |
Generalova E. A. * Dorofeeva V. A. |
Estimation of
the Composition and Mass of the Ice Component in Primary Stone-Ice
Planetesimals of the Near-Solar Disk [#1407] |
9:50 a.m. |
Hellmann J. L. * Walker R. J. |
Hafnium-Tungsten
Isotope Systematics of Bulk Chondrites [#2558] |
10:00 a.m. |
Dey S. * Yin Q.-Z. |
Diversity of
Pallasites in the Early Solar System [#2428] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Sengupta D. * Estrada P. R. Cuzzi J. N. Humayun M. |
Depletion of
Moderately Volatile Elements in Chondrites by Open-System Loss in the Early
Solar Nebula [#2463] |
10:35 a.m. |
Koefoed P. * Barrat J. A. Pravdivtseva O. Alexander C. M. O’D. Lodders K. et al. |
Constraining
the Solar System Initial K Isotope Composition: The K Isotopes of CI Chondrites [#2238] |
10:45 a.m. |
Masuda Y. * Yokoyama T. |
Origin of
Nucleosynthetic Sr Isotope Anomalies in Fine Grained Calcium and Aluminum-Rich
Inclusions from Allende [#2039] |
10:55 a.m. |
Schneider J. M. * Burkhardt C. Kleine T. |
Strontium-84
Anomalies in the Early Solar System Revisited [#2494] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Thursday, March 10, 2022
EXOPLANETS: INSIDE AND OUT
8:30 a.m. Waterway Ballroom 4
Chairs: Apurva Oza and Claire Zurkowski
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Liggins P. * Jordan S. Rimmer P. B. Shorttle O. |
The
Fingerprints of Volcanism: Modelling
Secondary Atmospheres on Rocky Planets [#1933] |
8:45 a.m. |
Maurice M. * Dasgupta R. Hassanzadeh P. |
Magma Ocean
Redox Evolution and Its Influence on an Outgassed Atmosphere [#2222] |
8:55 a.m. |
Oza A. V. * Charnoz S. |
Volcanic Exorings [#2931] |
9:05 a.m. |
Seales J. * Lenardic A. |
Temporal Entry
into Habitable Zone for Earth-Like Planets [#2897] |
9:15 a.m. |
Ortiz Quintana C. * Delgado Vega K. N. Olivieri Encarnación V. Agosto Reyes A. Méndez A. |
A Model for the
Mean Global Surface Temperature of an Earth-Like Planet Derived from the
Geological History of Earth [#2376] |
9:25 a.m. |
Ostberg C. M. * Kane S. R. Dalba P. A. |
A Catalog of
ExoVenus Candidates and Their Potential for Follow-up Observations [#2661] |
9:35 a.m. |
|
Panel Q&A |
9:55 a.m. |
|
Transition to
Next Session |
Thursday, March 10, 2022
SEDIMENTARY ROCKS ON MARS: DEPOSITION,
DIAGENESIS, AND STRATIGRAPHY
8:30 a.m. Waterway Ballroom 5
Chairs: Andrew Annex and Tim Goudge
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Morgan A. M. * Wilson S. A. Howard A. D. |
Geographic
Distribution and Morphological Characteristics of Fan-Shaped Sedimentary
Landforms on Mars [#1151] |
8:45 a.m. |
Jodhpurkar M. J. * Bell J. F. III |
Mapping and
Interpreting Putative Deltaic Deposits Across the Martian Surface [#2905] |
8:55 a.m. |
Kanine M. K. * Ehlmann B. L. Tate C. Gupta S. Grotzinger J. et al. |
Using Orbital
and Rover Imagery to Reconstruct the History of Jezero Crater Lake from 3D
Digital Topography [#1854] |
9:05 a.m. |
Schieber J. Minitti M. Rapin W. Bohacs K. Caravaca G. et al. |
Laminated
Mudstones in the Clay-Sulfate Transition Interval at Mt. Sharp — Similarities
to Evaporitic Mudstones from Pahrump Hills and Possible Implications [#1304] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Annex A. M. * Lewis K. W. Koeppel A. H. D. Edwards C. S. |
Stratigraphic
Unconformity Durations from Partially Exhumed Craters on Mars [#2240] |
9:40 a.m. |
Haber J. T. * Horgan B. Fraeman A. A. Rudolph A. |
Widespread
Diagenesis at Unconformities in Gale Crater as Observed from Curiosity
and Orbit [#1496] |
9:50 a.m. |
Dietrich W. E. * Bryk A. B. Banham S. G. Rubin D. M. Thompson L. M. et al. |
Climate and Diagenetic
Implications of Possible Soft Sediment Deformation of the Basal Aeolian
Stimson Sediments in Gale Crater [#1263] |
10:00 a.m. |
McCollom T. M. * Hynek B. M. |
Proposed Origin
of the Burns Formation (Merdiani Planum, Mars) by Erosion, Reworking, and
Diagenetic Alteration of a Grasberg-Like Precursor [#1211] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Meyer M. J. * Milliken R. E. Stack K. M. |
Ground Truthing
Orbital Layer Boundaries In Situ Along Curiosity’s Traverse: Markers of Change in Sedimentary Textures,
Diagenesis, Both, or Neither? [#1934] |
10:35 a.m. |
Banham S. G. * Bedford C. C. Gupta S. Roberts A. L. Dietrich W. E. et al. |
Correlation of
Aeolian Stratigraphy Across the Greenheugh Pediment, Gale Crater: Yeah, It’s More Stimson Formation [#2363] |
10:45 a.m. |
Hynek B. M. * McCollom T. M. |
Is the
Curiosity Rover About to Encounter Volcanic Airfall Deposits in
Gale Crater? [#1607] |
10:55 a.m. |
Rivera-Hernández F. * Burdell M. Palucis M. C. Kim G. Stack-Morgan K. M. et al. |
Grain Size
Analysis of Conglomerates in Gale Crater:
Providing Insights into the Hydrology of Early Mars [#2763] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Thursday, March 10, 2022
CELEBRATING APOLLO 16 AND 17 MISSIONS: A
PERSPECTIVE FOR THE FUTURE OF LUNAR EXPLORATION
8:30 a.m. Waterway Ballroom 6
Chairs: Noah Petro and Lingzhi Sun
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Schmitt H. H. * |
Maturation Rate
of Immature Zone in Taurus-Littrow Regolith Deep Drill Core Estimated at
0.243 Is/FeO Unit Per Myr with Nearly Equal Solar Wind and U+Th Alpha
Decay Radiation [#2723] |
8:45 a.m. |
Costello E. S. * Lucey P. G. Ghent R. R. Williams J. P. |
The Depth
Profiles of Space Weathering and Density:
Lessons from the Apollo Cores and Applications on the Moon
and Beyond [#1255] |
8:55 a.m. |
McFadden J. M. * Thompson M. S. Keller L. P. Christoffersen R. Morris R. V. et al. |
Evaluating
Space Weathering and Surface Exposure Timescales for Grains from Apollo 17
Core Sample 73002 [#1539] |
9:05 a.m. |
Pomeroy S. J. * Crow C. A. Wilbur Z. E. Barnes J. J. Boyce J. W. et al. |
Chronology of
Steno Crater Basalts [#1755] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Sehlke A. * Sears D. W. G. |
Five Decades of
Thermoluminescence Studies on Lunar Samples:
First Results of NASA’s Unique 46-Year Experiment and Implications for
Resource Prospecting on the Moon [#1267] |
9:40 a.m. |
Elsila J. E. * Aponte J. C. Dworkin J. P. Glavin D. P. McLain H. L. et al. |
Trace Levels of
Volatile Organic Compounds and Cyanide in the Apollo 73002 Core Sample [#1212] |
9:50 a.m. |
Wilbur Z. E. * Barnes J. J. Eckley S. A. Brounce M. Pomeroy S. J. et al. |
From Source to
Surface: An Investigation of Magmatic
Lunar Volatiles [#1701] |
10:00 a.m. |
Brounce M. * Barnes J. J. Crow C. A. Economos R. Erickson T. et al. |
Measuring the
Oxidation State of Sulfur in Apatites in Thin Sections of Meteorites versus
Apollo Rocks [#2260] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Xie T. * Osinski G. R. Shieh S. R. Pieters C. M. |
Raman Study of
Moderately to Strongly Shocked Features in Lunar Anorthite from Apollo
16 Mission [#2477] |
10:35 a.m. |
Warren P. H. * Korotev R. L. |
Plagioclase
Iron Content Variance: A Significant Complication
for Efforts to Identify Lunar Terrains of Extremely High
Plagioclase Abundance [#2867] |
10:45 a.m. |
Pieters C. M. * Head J. W. III |
Sampling the
South Pole-Aitken Basin: Outstanding
Issues and Opportunity for International Lunar Exploration [#1682] |
10:55 a.m. |
Weber R. C. * Kennedy L. D. Garber A. Johnson J. A. Goggans E. et al. |
NASA’s Human
Landing System: Enabling the Next
Generation of Lunar Science [#2535] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Thursday, March 10, 2022
TITAN: SO CHILL
RIGHT NOW
8:30 a.m. Montgomery Ballroom
Chairs: Sam Birch and Xinting Yu
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Bryant A. S. * Panning M. P. Marusiak A. G. |
Seismic Models
of Titan for the Dragonfly Mission [#1542] |
8:45 a.m. |
Journaux B. Brown J. M. Abramson E. H. Vance S. * |
The
Thermodynamics of Titan’s Abysses: Equation
of State of Water-Ammonia Solutions at Conditions of Titan’s Hydrosphere [#2632] |
8:55 a.m. |
Kvorka J. * Čadek O. |
Convective Heat
Transfer in Titan’s Ocean and Its Role in the Evolution of the Outer
Ice Shell [#2254] |
9:05 a.m. |
Yu X. * Thompson M. A. Duncan T. Kim K. Telus M. et al. |
Carbonaceous
Chondrite Outgassing Experiments: Implications
for Methane Replenishment on Titan [#2899] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Wakita S. * Johnson B. C. Soderblom J. M. Shah J. Neish C. D. |
Possible Impact
Conditions for the Formation of Selk Crater on Titan [#1117] |
9:40 a.m. |
Gloesener E. * Choukroun M. Maynard-Casely H. E. Vu T. H. Davies A. G. et al. |
The Phase
Behavior of the Ternary H2O-THF-NH3 System at Low
Temperatures: Implications for
Clathrate Hydrates and Methane Outgassing on Titan [#2886] |
9:50 a.m. |
Nozaki S. * Sekine Y. Liang Y. Cui W. Genda H. et al. |
N2-C2H6
Clathrate Substitution and Explosive N2 Degassing as a Possible
Formation Mechanism of Small Lakes on Titan [#2092] |
10:00 a.m. |
Hirai E. * Sekine Y. Zhang N. Natsumi N. Kagi H. |
Effective
Dissolution of Aromatic Hydrocarbons from Organic Aerosols by Interactions
with Liquid Methane on Titan [#2561] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
MacKenzie S. M. * Runyon K. D. Kok J. F. Newman C. E. Yu X. |
Simulating
Abrasion Under Titan-Relevant Conditions [#2085] |
10:35 a.m. |
Chatain A. * Rafkin S. C. R. Soto A. Hueso R. |
Mesoscale
Climate Modeling Above a Methane Lake on Titan [#2400] |
10:45 a.m. |
Romashkova E. A. * Corlies P. Tan J. Kelland J. Soderblom J. M. |
Analysis of
Transient Fog Features on Titan [#1102] |
10:55 a.m. |
Marlin T. C. * Cable M. L. Vu T. Choukroun M. Ugelow M. et al. |
Characterizing
Propyne, a Relevant Molecule to Titan’s Atmosphere and Surface [#2321] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Thursday, March 10, 2022
MERCURY: BUILDING THE SMALLEST PLANET
10:00 a.m. Waterway Ballroom 4
Chairs: Stefano
Bertone and Jack Conrad
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
10:00 a.m. |
|
Session Introduction |
10:05 a.m. |
Cartier C. * Charlier B. Boyet M. Spalding C. Namur O. |
A Large
Proto-Mercury as the Aubrite Parent Body [#1963] |
10:15 a.m. |
Cannon K. M. * |
Mercury and
Other Diamond Encrusted Planets [#1557] |
10:25 a.m. |
Barker M. K. * Chabot N. L. Mazarico E. Siegler M. Martinez-Camacho J. M. et al. |
New Constraints
on the Volatile Deposit in Mercury’s North Polar Crater, Prokofiev [#2012] |
10:35 a.m. |
Munaraetto G. * Lucchetti A. Pajola M. Cremonese G. Massironi M. |
Exploring the
Spectrophotometric Properties of Hollows from MESSENGER MDIS/WAC
Multiangular Observations [#2299] |
10:45 a.m. |
Lark L. H. * Head J. W. III Huber C. |
Low-Reflectance
Material on Mercury: Implications for
Crustal Stratigraphy and Carbon Distribution from Rembrandt Basin [#2068] |
10:55 a.m. |
Hirata K. * Morota T. Sugita S. Ernst C. M. Usui T. |
Comparison of
Magma Activities in the Rembrandt and Caloris Interior Smooth Plains on
Mercury: Implications for the Lateral
Heterogeneity in Magma Activity [#1279] |
11:05 a.m. |
|
Panel Q&A |
11:25 a.m. |
|
Session Closure |
Thursday, March 10, 2022
PLENARY SESSION: R&A TOWN HALL
1:00 p.m. Waterway Ballroom 4, 5, & 6
1:00 p.m. |
R&A Town Hall |
Thursday, March 10, 2022
CHONDRITIC COMPONENTS: CAIS AND
CHONDRULES
2:15 p.m. Waterway Ballroom 1
Chairs: Jangmi Han and Caue Borlina
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Mendybaev R. A. * Kowalski B. A. Savage P. S. Jacobson N. S. |
Effect of Melt
Structure on Evaporation Coefficients and Isotopic Fractionation Factors [#2893] |
2:30 p.m. |
Borlina C. S. * Weiss B. P. Bai X. Mansbach E. N. Chatterjee N. et al. |
Paleomagnetism
of Calcium-Aluminum-Rich Inclusions [#1913] |
2:40 p.m. |
Bai X.-N. * Borlina C. S. Weiss B. P. Mansbach E. N. Chatterjee N. et al. |
Calcium-Aluminum-Rich
Inclusion Paleomagnetism: A Theoretical Perspective [#2000] |
2:50 p.m. |
Yamamoto D. * Tachibana S. Kawasaki N. Kamibayashi M. Yurimoto H. |
O-Isotope
Exchange Between CAI Melt and Carbon Monoxide Gas in the Protosolar Disk [#1103] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Han J. * Keller L. P. |
Compositional
Clues to the Origin of Refractory Metal Nuggets, Perovskite, and Zr-Rich
Oxides in Hibonite from the Paris CM Chondrite [#2712] |
3:25 p.m. |
Ramprasad T. * Seifert L. B. Mane P. Zega T. J. |
A Transmission
Electron Microscopy Study of a Refractory Metal Grain from a
Calcium-Aluminum-Rich Inclusion in the Leoville CV3 Chondrite [#2809] |
3:35 p.m. |
Krot A. N. * Dunn T. L. Petaev M. I. Nagashima K. |
Metasomatic Alteration
of Coarse-Grained Igneous CAIs in CK3 Chondrites [#1299] |
3:45 p.m. |
Martin P. M. C. * Daly L. Lee M. R. |
Investigating
the Thermal History of a Compound-Chondrule-CAI Within the CM2 Breccia
Aguas Zarcas [#2490] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Greenwood J. P. * Abe K. Herbst W. |
Porphyritic
Olivine Chondrule Formation at Extremely High Cooling Rates: Experimental Synthesis of Type I and II
PO Chondrules [#2019] |
4:20 p.m. |
Goh S. * Choi B.-G. Kim J. |
Bimodal Oxygen
Isotope Compositions of Olivine in Micro-Porphyritic Chondrules in Thiel
Mountains 07007 Reduced CV3 Chondrite [#2047] |
4:30 p.m. |
Joswiak D. J. * Brownlee D. E. |
A Unique Zoned
Wollastonite-Bearing Particle from a Giant Cluster IDP of Probable
Cometary Origin [#1225] |
4:40 p.m. |
Desch S. J. * Dunlap D. R. Williams C. D. Mane P. Dunham E. T. |
A Combined
Al-Mg/Pb-Pb Age of the Solar System [#2567] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
Thursday, March 10, 2022
MARTIAN GEOPHYSICS AND TECTONICS
2:15 p.m. Waterway Ballroom 4
Chairs: Philippe
Lognonne and Anna Mittelholz
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Lognonne P. * Banerdt W. B. Giardini D. Panning M. Pike W. T. et al. |
SEIS
Achievement for Mars Seismology After 1000 Sols of Seismic Monitoring [#2279] |
2:30 p.m. |
Kawamura T. * Clinton J. Horleston A. Ceylan S. Stähler S. C. et al. |
The Seismicity
on Mars as Recorded by InSight’ Marsquake Service [#1950] |
2:40 p.m. |
Menina S. * Margerin L. Kawamura T. Lognonné P. Marti J. et al. |
Earth-Moon-Mars
Coda Attenuation Comparison [#1564] |
2:50 p.m. |
Gyalay S. * Nimmo F. |
Closing Pores
and Cracking: A Window to Martian
History from a Seismic Wave Speed Discontinuity in the Crust [#1633] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Li J. * Beghein C. Wookey J. Davis P. Lognonné P. et al. |
Evidence for
Crustal Seismic Anisotropy at the InSight Lander Site [#1499] |
3:25 p.m. |
Mittelholz A. * Johnson C. L. Thorne S. N. Chi P. Fillingim M. O. et al. |
External
Magnetic Fields as Seen from InSight [#1242] |
3:35 p.m. |
Steele S. C. * Fu R. R. Volk M. W. R. North T. L. Brenner A. R. et al. |
Paleomagnetic
Evidence for a Long-Lived Reversing Martian Dynamo at ~3.9 Ga [#1764] |
3:45 p.m. |
Broquet A. * Andrews-Hanna J. C. |
Is There an
Active Mantle Plume Beneath Elysium Planitia? [#2351] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Duncan M. S. * McGroarty F. C. Weller M. B. |
A Combined
Geochemical and Geodynamic Perspective on the Thermochemical Evolution
of Mars [#2416] |
4:20 p.m. |
Pou L. * Nimmo F. Rivoldini A. Khan A. Bagheri A. et al. |
Tidal
Constraints on the Martian Interior [#1776] |
4:30 p.m. |
Orlov C. J. * Bramham E. K. Thomas M. Byrne P. K. Mortimer E. et al. |
Fault System
Evolution of Tempe Terra, Mars: Regional
and Local Significance [#2072] |
4:40 p.m. |
Woodley S. Z. * Fawdon P. Balme M. R. Rothery D. A. |
Timing of
Tectonic Shortening in Western Arabia Terra and Implications for the ExoMars
2022 Rover Landing Site [#2594] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
Thursday, March 10, 2022
MARS SCIENCE LABORATORY CURIOSITY: GEOCHEMISTRY
IN GALE CRATER
2:15 p.m. Waterway Ballroom 5
Chairs: Mike Thorpe and Candice Bedford
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Rapin W. * Sheppard R. Y. Dromart G. Schieber J. Clark B. C. et al. |
The Curiosity
Rover is Exploring a Key Sulfate-Bearing Orbital Facies [#2473] |
2:30 p.m. |
Berger J. A. * Gellert R. McCraig M. A. O’Connell-Cooper C. D. Thompson L. M. et al. |
Uniform Mt.
Sharp Bedrock Composition and Minor Mg-Sulfate in Nodules: APXS Results from the Clay-Sulfate
Transition in Gale Crater, Mars [#2764] |
2:40 p.m. |
Rampe E. B. * Bristow T. F. Blake D. F. Vaniman D. T. Chipera S. J. et al. |
Mineralogical
Trends Over the Clay-Sulfate Transition in Gale Crater from the Mars Science
Laboratory CheMin Instrument [#1532] |
2:50 p.m. |
Clark J. V. * Sutter B. Wong G. Lewis J. McAdam A. C. et al. |
Sample Analysis
at Mars-Evolved Gas Analysis (SAM-EGA) Results from the Clay-Sulfate
Transition Region in Gale Crater, Mars [#1160] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Smith R. J. * McLennan S. M. Dehouck E. Rampe E. B. Sutter B. et al. |
X-Ray Amorphous
Sulfur-Bearing Phases in Sedimentary Rocks of Gale Crater, Mars [#1661] |
3:25 p.m. |
Stern J. C. * Malespin C. Eigenbrode J. L. Webster C. R. Flesch G. et al. |
Organic Carbon
Concentrations in 3-Billion-Year-Old Lacustrine Mudstones [#1219] |
3:35 p.m. |
Archer P. D. Jr. * Webster C. R. Clark J. V. Hofmann A. E. Flesch G. J. et al. |
Evidence for
Increasing and Correlated Halite and Fluorite During Mt. Sharp Ascent from
the Sample Analysis at Mars Instrument Suite [#2759] |
3:45 p.m. |
Thompson L. M. * Berger J. A. Boyd N. Gellert R. McCraig M. A. et al. |
Evidence for
Alkaline Composition Source Rocks Along Curiosity’s >26 km Traverse [#1475] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Comellas J. M. * Essunfeld A. Morris R. Lanza N. Gasda P. J. et al. |
Evidence of
Multiple Fluid Events in Elevated-Mn ChemCam Targets in the Bradbury Rise,
Gale Crater, Mars [#2445] |
4:20 p.m. |
Treiman A. H. * Bristow T. Lanza N. Thorpe M. T. Yen A. et al. |
Manganese–Phosphorus
Substances, Present and Past, in the Groken/Ayton Rock (Glen Torridon, Gale
Crater, Mars) [#1293] |
4:30 p.m. |
Lanza N. L. * Gasda P. J. Swanner E. Fischer W. W. Treiman A. H. et al. |
Precipitation
of Mn-Bearing Nodules in a Shallow Shoreline Environment in Gale
Crater, Mars [#2689] |
4:40 p.m. |
Loche M. * Fabre S. Meslin P. -Y. Cousin A. Lanza N. et al. |
Exploring the
Formation of the Mn-P-Fe-Mg Enrichment of the Groken Nodules in Gale Crater
with Source-to-Sink Geochemical Modeling [#1274] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
Thursday, March 10, 2022
LUNAR PETROLOGY AND GEOCHEMISTRY: IT WAS
COOL EVEN BEFORE CHANG’E 5
2:15 p.m. Waterway Ballroom 6
Chairs: Carolyn Crow and Steve Elardo
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Cone K. A. * Elardo S. M. Hernández-Uribe D. Bohrson W. A. Manosalva D. A. et al. |
Crystallization
of a Lunar Magma Ocean and Consequences for a Cumulate Mantle Overturn [#2120] |
2:30 p.m. |
Bernt I. * Plesa A.-C. Schwinger S. Collinet M. Breuer D. |
Effects of
Magma Ocean Crystallization on the Long-Term Thermochemical Evolution of
the Moon [#1471] |
2:40 p.m. |
Jones M. J. * Evans A. J. Johnson B. C. Weller M. B. Andrews-Hanna J. C. et al. |
Impact-Catalyzed
Formation of the Lunar Compositional Asymmetry [#1080] |
2:50 p.m. |
Ji D. * Dygert N. |
Serial
Processing After Lunar Anorthositic Crust Formation Indicated by Rare Earth
Elements in Plagioclase [#1229] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Pernet-Fisher J. F. * Joy K. H. Hartley M. Tartèse R. |
Constraining
Apollo Granulite Protoliths Using Plagioclase Trace Element Chemistry [#1959] |
3:25 p.m. |
Bjonnes E. * Johnson B. C. Andrews-Hanna J. C. Garrick-Bethell I. Bourikas T. M. |
Excavation of
Apollo Sample 76535 During the Formation of the Serenitatis Basin [#1551] |
3:35 p.m. |
Astudillo Manosalva D. F. * Elardo S. M. |
Exploring the
Relationships Between the Apollo 17 Mg-Suite Samples in Search of a
Co-Magmatic Origin [#2778] |
3:45 p.m. |
Stadermann A. C. * Barnes J. J. Erickson T. M. Michels Z. D. Prissel T. C. |
Pink Spinel in
Apollo Impact Melt Rock 68815: Implications
for Mg-Suite Magmatism [#2022] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
McIntosh E. C. * Day J. M. D. McCubbin F. M. |
Re-Examination
of the Felsite Clast Within Apollo Sample 14321 [#1742] |
4:20 p.m. |
Crow C. A. * Economos R. Lehman K. Pomeroy S. Erickson T. et al. |
Chronology of
Accessory Phases in Lunar Meteorite Northwest Africa 12593 [#2524] |
4:30 p.m. |
Madera A. * Gross J. |
Lunar-Sample-Provenance
(LSP) Program: Determining the
Potential Source Regions of Lunar Basaltic Meteorites [#2823] |
4:40 p.m. |
Guenther M. E. * Brown Krein S. Grove T. L. |
Primary and
Secondary Processes Involved in the Production of Lunar High-Titanium
Ultramafic Glasses [#1512] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
Thursday, March 10, 2022
COLLISION PROCESSES ON ASTEROIDS AND THE MOON, A POTPOURRI
2:15 p.m. Montgomery Ballroom
Chairs: Cedric
Gillmann and Veronica Bray
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
2:15 p.m. |
|
Session Introduction |
2:20 p.m. |
Ruiz-Bonilla S. * Eke V. R. Kegerreis J. A. Massey R. J. Sandnes T. D. et al. |
Primordial
Misalignment of the Proto-Lunar Disk and the Post-Impact Spinning Earth [#2251] |
2:30 p.m. |
Kegerreis J. A. * Ruiz-Bonilla S. Eke V. R. Massey R. J. Sandnes T. D. et al. |
Immediate
Origin of the Moon as a Post-Impact Satellite [#1724] |
2:40 p.m. |
Ciocco M. * Roskosz M. Remusat L. Doisneau B. Mostefaoui S. et al. |
Deciphering the
Impact Dynamics of Ordinary Chondrites [#1396] |
2:50 p.m. |
Schmitz B. * Schmieder M. Liao S. Martin E. Terfelt F. |
Impact-Crater
Ages and Micrometeorite Paleofluxes Compared:
Evidence for the Importance of Ordinary Chondrites in the Flux of
Meteorites and Asteroids to Earth During the Past 500 Million Years [#1436] |
3:00 p.m. |
|
Panel Q&A |
3:15 p.m. |
Bierhaus E. B. * Trang D. Daly R. T. Bennett C. A. Barnouin O. S. et al. |
Discovery of
Impact Armoring on (101955) Bennu [#1317] |
3:25 p.m. |
Jutzi M. * Raducan S. D. Zhang Y. Michel P. Arakawa M. |
Constraining
Asteroid Ryugu’s Surface Properties from Numerical Simulations of the
SCI Impact [#2097] |
3:35 p.m. |
Kumamoto K. M. * Owen J. M. Pearl J. Raskin C. Bruck Syal M. |
Predicting
Asteroid Material Properties from Velocity Changes After a
Kinetic Impact [#1600] |
3:45 p.m. |
Kroemer C. R. * Wittmann A. Wadhwa M. Sharp T. G. |
Tissintite-II
and Other High Pressure High Temperature Minerals in Lunar Meteorite Northwest
Africa 13967 [#1316] |
3:55 p.m. |
|
Panel Q&A |
4:10 p.m. |
Kirby R. S. * King P. L. Norman M. D. Ireland T. R. Forster M. et al. |
Formation,
Cooling History, and Age of Impacts on the IIE Iron Parent Body: Evidence from the Miles Meteorite [#1797] |
4:20 p.m. |
Thaker A. D. * Neish C. D. Blewett D. T. Zheng Y. C. |
A
Multi-Wavelength Analysis of Radar-Dark Halo Craters on the Moon [#1243] |
4:30 p.m. |
Smith D. E. * Viswanathan V. V. Mazarico E. Goossens S. G. Head J. W. et al. |
A Geodetic
Approach to Estimate the Contribution of Impact Craters and Basins to the
Moon’s Low-Degree Gravity Field [#1283] |
4:40 p.m. |
Yang X. * Wieczorek M. A. |
Magnetic
Signatures of Lunar Impact Craters [#1380] |
4:50 p.m. |
|
Panel Q&A |
5:05 p.m. |
|
Panel Q&A
Final Discussion |
5:12 p.m. |
|
Session Closure |
PROGRAM LISTING
ORAL |
|||||
POSTER |
SESSION LISTING
ORAL |
|||||
POSTER |
Thursday,
March 10, 2022
POSTER SESSION IV: APOLLO’S LEGACY FOR LUNAR AND PLANETARY
SCIENCE, FROM LUNAR SAMPLE ANALYSIS TO SOLAR SYSTEM STUDIES
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Cato M. J. Simon S. B. Shearer C. K. |
A Survey and
Interpretation of Lithologies Found in the <1mm Fraction of Soil from the
Taurus-Littrow Valley (TLV) in the Apollo 17 Drive Tube 73002 [#2216] |
Gargano A. M. Simon J. I. Shearer C. K. Sharp Z. D. Buckley W. |
Halogen
Geochemistry of Unopened ANGSA and Conventional Apollo Materials: The ‘End-Member’ of
Volatile Processing? [#2450] |
Recchuiti E. M. McCanta M. C. Dyar M. D. Sklute E. C. Lanzirotti A. |
Hydrogen
Variations in Lunar Glass Beads: Eruptive
Degassing in ANGSA Samples [#2193] |
Valenciano J. L. Neal C. R. Neuman M. D. Wang K. Jolliff B. L. et al. |
Major and Trace
Element Analysis of Apollo 17 Drive Tube 73002: First Dissection [#2818] |
Elardo S. M. Astudillo Manosalva D. F. |
Assessing the
Relationships Between Major Lunar Crustal Lithologies and Meteroritic Clasts
Using Major and Trace Element Modelling [#2100] |
Galien L. E. Neal C. R. |
Spinel
Compositions in Apollo 17 Sample 73215,275 [#2885] |
Borden M. W. Cronberger K. Neal C. R. |
Pyroxferroite
Breakdown Textures in Apollo 12 Basalt [#2620] |
White M. N. Siegler M. A. Million C. St. Clair M. |
Apollo Heat
Flow Experiment: Implications for
Lunar Thermophysical Properties and Heat Flow [#2485] |
Khatib A. S. Schmerr N. C. Lekic V. |
Classifying
Deep Moonquakes Using Machine Learning Algorithms [#2393] |
Gonzales N. R. Schulte J. A. Tewary V. Schoonover A. R. Roseborough T. A. et al. |
Pedal to the
Metal: Apollo 15 Spatiotemporal
Mapping of Act II of Manned Lunar Exploration [#2672] |
Thursday, March 10, 2022
POSTER SESSION IV: LUNAR PETROLOGY AND
GEOCHEMISTRY
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Lehman Franco K. M. Wilson B. J. K. Tait K. T. Economos R. |
Disturbance of
Pb-Pb Ages of Apatites Within Lunar Granulite Northwest Africa 3163
Associated with Variations in Microtextural Domains [#2619] |
Tian Z.
Neuman M.
Koefoed P. Wang K. |
Potassium
Isotope Constraints on Near-Surface Fractionation Effects of Bulk Lunar Soils
and Apollo 15 Deep Drill Core [#2798] |
Webb S.
Xue Z.
Neal C. R. |
Major and Trace
Elements Concentrations Measured in Olivines Crystals from Apollo 15 Olivine
Normative Mare Basalts [#2922] |
Sheikh D.
Ruzicka A.
Hutson M.
Greshake A.
Thompson E. et al. |
Northwest
Africa 14446: A Unique Lunar Dimict
Breccia Composed of Distinct Feldspathic Crystalline Melt
Breccia Lithologies [#1085] |
Hayden T. S. Barrett T. J. Whitehouse M. J. Jeon H. Zhao X. et al. |
Mineralogy,
Geochemistry, and Geochronology of Lunar Meteorites from the Dominion Range,
and Their Pairing Relationships [#1894] |
Schweitzer A. R. McLeod C. L. Shaulis B. |
Geochemical and
Petrologic Insights into a Lunar Basaltic Breccia: Dominion Range (DOM) 18543 [#2030] |
Ireland S. M. McLeod C. L. Gawronska A. J. Loocke M. P. Shaulis B. J. |
Petrogenesis of
Lunar Basaltic Meteorite Dominion (DOM) Range 18666 [#2909] |
Fagan A. L. Hall M. Recchuiti E. M. Utterback C. |
Preliminary
Classification of Lithic Clasts in Lunar Regolith Breccia Meteorite Northwest
Africa 8783 [#2889] |
Andrews L. T. Elardo S. M. |
Experimental
Determination of Trace Element Partitioning During Lunar Magma
Ocean Crystallization [#2807] |
Scholpp J. L. Dygert N. |
Hybridization
of the Lunar Mantle: Insights from
Melt-Rock Reaction Experiments [#1015] |
Astudillo Manosalva D. F. Elardo S. M. |
The Accuracy of
Perple_X, pMelts, and MAGPOX in Modelling Equilibrium Crystallization of
Lunar and Martian Basalt Compositions and Their Multiple
Saturation Points [#2343] |
Shearer C. K. Simon S. B. Moriarty D. P. Petro N. Papike J. J. |
Where is the
Lunar Mantle and Deep Crust at Crisium? Placing the Luna 20 Samples Within
the Context of the Crisium Basin-Forming Event [#1647] |
Sun L.
Lucey P. |
Searching for
Mg-Rich Dunite Boulders on Lunar Surface and Implications to
Mantle Compositions [#1904] |
Davoren T. F. Greenwood J. P. |
Chromite-Ulvöspinel-Pyroxene
(CUSP) Inclusions in Apollo 12 Olivine Basalts [#2057] |
Ong I. J. Barnes J. J. Wilbur Z. E. Stadermann A. C. Domanik K. et al. |
Identification
of an Unusual Iron Rich Lithology in Luna 24 Soil [#2883] |
Gawronska A. J. McLeod C. L. Loocke M. Shaulis B. |
The
Petrogenetic Histories of Lunar Magmatic Systems as Told by Apollo Basalt
Crystal Cargoes [#1125] |
Levin J. N. Evans A. J. |
Sub-Surface
Lunar KREEP Thickness Inferred from Thorium Anomalies Associated with
Impact Craters [#1573] |
Thursday, March 10, 2022
POSTER SESSION IV: LUNAR IMPACT
CRATERING
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Caracas R.
Stewart S. T. |
Thermochemical
State of the Protolunar Disk After the Giant Impact [#1630] |
Huang Y. H. Riedel C. Soderblom J. Krein S. B. Orgel C. et al. |
Updated Lunar
Global Crater Density Using Buffered Non-Sparseness Correction Reveals the
Oldest Age in East Smythii Region [#2957] |
Riedel C.
Michael G.
Orgel C.
Baum C.
van der Bogert C. H. et al. |
The Global
Spatial Randomness of Impact Craters on Mercury, Venus, and the Moon [#1582] |
Hirabayashi M. |
Statistical
Characterizations of Crater Equilibrium Cumulative Size Frequency
Distribution Slope Powers [#1118] |
Liang W.
Andrews-Hanna J. C.
Evans A. J. |
The Missing
Craters in the Lunar Mare Region [#1611] |
O’Brien P.
Byrne S. |
Can Small
Impacts Explain the Moon’s Smooth Surface? [#1743] |
Riedel C.
Minton D. A.
Michael G.
Orgel C.
van der Bogert C. H. et al. |
Relative to
Their Size, Small Craters are More Destructive to the Lunar Topography Than
Large Craters [#1596] |
Rüsch O.
Marshal R. M.
Iqbal W.
Pasckert J. H. van der Bogert C. H. et al. |
A Model for the
Evolution of Lunar Rock Size-Frequency Distributions [#1376] |
Huffman M. R. Singer K. N. |
A Systematic
Search for Low Velocity Secondary Craters of Secondary Craters (aka Tertiary Craters)
on the Moon [#2018] |
Gulick S. P. S. Grima C. Gerekos C. Kramer G. |
Geophysical
Characterization Opportunities in Schrödinger Impact Basin Using Kaguya Lunar
Radar Sounder and Lunar Reconaissance Orbiter [#1739] |
Ravi S.
Robinson M. S. |
Rheology of the
Lunar Lithosphere and the Origin of Floor-Fractured Craters [#1266] |
Hundal C. B. Evans A. J. Mustard J. F. Levin J. N. |
Relative
Gravity Profiles of Lunar Impacts in Diverse Geochemical Terranes: Implications for Density and Porosity [#2752] |
Walsh J. M. Bailey A. M. Wagner R. V. Henriksen M. R. Bernhardt H. et al. |
Refining South
Pole-Aitken Basin Ring Structure Using Gravimetry at Massifs [#2859] |
Martin A. C. Stickle A. M. Cahill J. T. S. Greir J. A. Greenhagen B. et al. |
Investigating
Lunar Surface Maturity with Multiple Data Methods and Wavelengths [#2878] |
Thursday, March 10, 2022
POSTER SESSION IV: LUNAR VOLCANISM
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Kumari N.
Glotch T. D.
Williams J. P.
Greenhagen B. T.
Sullivan M. T. et
al. |
A Holistic View
of Gruithuisen Domes — Silicic Constructs on the Moon [#2034] |
Boyce J. M. Mouginis-Mark P. J. Giguere T. |
Origin of
Closely-Spaced Pit Clusters on Lunar Silicic Volcanic Complexes [#1169] |
Burnette S. R. Ravi S. Robinson M. S. |
Investigating
Pyroclastic and Floor-Fracture Features in Vitello [#2637] |
Williams J.-P. Greenhagen B. T. Bennett K. A. Paige D. A. Kumari N. et al. |
Temperatures
and Thermophysical Properties of the Lacus Mortis Region of the Moon [#2262] |
Walsh J. M. Clark J. D. Bernhardt H. Robinson M. S. van der Bogert C. H. |
Ages of Young
Basalts Northwest of the Aristarchus Plateau [#2498] |
Thomson B. J. Stopar J. D. Patterson G. W. Bhiravarasu S. S. Morgan G. A. et al. |
Mini-RF Radar
Characteristics of the Chang’e-5 Landing Site in Oceanus Procellarum [#2744] |
Thursday, March 10, 2022
POSTER SESSION IV: MERCURY: BUILDING THE SMALLEST PLANET
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Conrad J. W. Fassett C. I. |
A Lack of
Spin-Orbit Signal in the Morphology of Mercury’s Large Craters [#2302] |
Jackson P. M. Hirabayashi M. |
Mercury Impact
Ejecta’s Contribution to Its Own Meteoroid Population [#2600] |
Bose P.
Duncan M. S.
King S. D. |
Investigating
Mercury’s Mantle Evolution Through Both Geophysical and
Geochemical Analyses [#1704] |
Lark L. H. Parman S. Huber C. Parmentier E. M. Head J. W. III |
Sulfides in
Mercury’s Mantle: Implications for
Mercury’s Moment of Inertia and Internal Structure [#2054] |
Thursday, March 10, 2022
POSTER SESSION IV: BASINS ON MARS: GALE, JEZERO, AND OTHER SEQUENCES
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Tebolt M.
Goudge T. A.
Stack K. M.
Fedo C. M.
Gwizd S. et al. |
Constraining
the Paleoenvironment of the Darwin Outcrop in Gale Crater from Facies and
Stratigraphic Mapping [#1098] |
Williams R. M. E. Malin M. C. Stack K. M. Heydari E. |
Facies and
Stratigraphic Relationships at Hidden Valley, Gale Crater, Mars [#2226] |
Mishev I.
Smith I. B. |
Measuring
Sediments of Western Valles Marineris Using Imagery, Radar, and Neural
Networks to Constrain Past Wet Environments [#2774] |
Ettenborough I. E. Thomson B. J. Weitz C. M. Bishop J. L. Seelos K. D. |
Characterization
of Monohydrated and Polyhydrated Sulfates in Southeastern Aeolis Mons [#2496] |
Thursday, March 10, 2022
POSTER SESSION IV: EVIDENCE OF ICE AT
THE MARTIAN SURFACE AND SUBSURFACE
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Hughes E. B. Wray J. Karunatillake S. |
Amorphous
Silica Deposits Suggest Aeolian and Periglacial Conditions in Eridania
Basin, Mars [#2116] |
Mège D.
Castaldo L.
Alberti G. Kofman W. |
Permittivity
Mapping and the Case for Relict Ice in the Shallow Subsurface of Valles
Marineris and Noctis Labyrinthus Using SHARAD [#1124] |
Driver G.
El-Maarry M. R.
Hubbard B. Brough S. |
Morphological
Diversity of Glacier-Like Forms on Mars [#1912] |
Orlando E. J. Blaske C. H. Khuller A. R. Christensen P. R. |
Mapping Exposed
Dusty Water Ice in Martian Gullies [#2504] |
Karnes V. M. Sandtorf-McDonald J. R. Slank R. A. Chevrier V. F. |
Quantification
Methodology for Identifying Martian Frost Using HiRISE Imagery [#2827] |
Ishraque F.
Levy J. S. |
Detection of
Boulder Banding on Martian Lobate Debris Aprons Using Regional Convolutional
Neural Network Analysis of HiRISE Image Data [#2875] |
Braeley A.
Whitten J. L.
Campbell B. A.
Jawin E. R. Morgan G. A. |
Surveying High
vs. Low Frequency Reflectors in the Gemina Lingula Region [#2924] |
Król P.
Losiak A. Gołębiowska I. |
Latitude-Dependent
Mantle Thickness in Utopia Planitia on Mars [#1346] |
Thursday, March 10, 2022
POSTER SESSION IV: MARS MAPPING AND
METHODS FOR ORBITER DATA ANALYSIS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Meyer G. S. Zheng W. Pritchard M. E. |
Geomorphological
and Topographic Characteristics of Brain Terrain in the Ismenius Lacus
Quadrangle, Mars [#1737] |
Mosher H. D. Christiansen E. H. Radebaugh J. |
A Geologic Map
of the Sinai Tholus Region Reveals Clues to Early Tectonic and Climatic
History of Mars [#2543] |
Nerozzi S.
Spurling R.
Ortiz M. R.
Panzarella L.
Holt J. W. |
Geologic
Mapping and Radar Sounding in Hebrus Valles and Hephaestus Fossae, Mars [#2923] |
Pajola M.
Mergili M.
Cambianica P.
Lucchetti A.
Brunetti M. T. et
al. |
Mass Movement
Reconstruction and Boulder Size-Frequency Distribution of a 3.4 km-Long
Martian Landslide Located in Simud Vallis [#1519] |
Quinn D. P. Peters S. E. Ross I. A. |
Building a
Spatial Index of Orbital Mars Science Using Machine-Reading Approaches [#2952] |
Hood D. R. Ewing R. C. Karunatillake S. Sholes S. F. Fassett C. I. et al. |
The Martian
Boulder Automatic Recognition System: Comparison
to Old and New Tools for Large-Scale Automatic Boulder Measurement [#1483] |
Robbins S. J. Kirchoff M. R. Hoover R. H. |
Fully Controlling
Mars Reconnaissance Orbiter Context Camera Images and Producing
Photometrically Stable Mosaics (2022 Update) [#2219] |
Robbins S. J. |
Processing Mars
Global Surveyor’s (MGS) Mars Orbiter Camera Wide-Angle (MOC-WA) Images, and
Mars Reconnaissance Orbiter (MRO) Mars Color Imager (Marci) Images [#1505] |
McNeil J. D. Fawdon P. Balme M. R. Coe A. L. Turner S. M. R. |
Windows into
Noachian Mars: Eroded Landforms in
Chryse Planitia and the ExoMars Rover Landing Site [#1408] |
Thursday, March 10, 2022
POSTER SESSION IV: MARS SCIENCE
LABORATORY CURIOSITY: GEOCHEMISTRY IN
GALE CRATER
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Cousin A.
Meslin P. Y.
Dehouck E.
David G. Lasue J. et al. |
Soils Diversity
at Mars: Comparison of Dataset from
Gale and Jezero Craters [#1258] |
Meslin P.-Y.
Rapin W.
Forni O.
Cousin A.
Gasnault O. et al. |
Significant
Halite Enrichment in the Sulfate-Unit of Gale Crater, Mars [#2492] |
Jacob S. R. Bell J. Cloutis E. Rampe E. B. Rice M. et al. |
Laboratory and
Modeling Results to Decipher Changes in Recent Curiosity Mastcam Multispectral
Data from Drill Targets in the Clay/Sulfate Transition Zone [#2636] |
Manelski H. T. Sheppard R. Y. Fraeman A. A. Johnson J. R. Wiens R. C. et al. |
Classification
of ChemCam Passive Spectral Targets in Gale Crater [#1129] |
Eng A. M. Rice M. S. St. Clair M. Evans A. A. Seeger C. |
Mastcam
Spectral Diversity of Rocks Through Curiosity’s Exploration of
Glen Torridon [#2427] |
Arielle-Evans A. Rice M. S. Eng A. St. Clair M. Seeger C. |
Mapping Mastcam
Multispectral Rock and Soil Classes in Gale Crater [#2347] |
Ando J. K. Sheppard R. Y. Fraeman A. A. Sun V. |
Locations and
Multispectral Features of Distinct Classes of Diagenetic Features Within the
Murray Formation, Gale Crater, Mars [#1562] |
David G.
Cousin A.
Forni O.
Schröder S.
Rammelkamp K. et al. |
Clay Minerals
Analyses with the ChemCam Instrument at the Marimba, Quela and Sebina Drill
Locations, in Gale Crater, Mars [#1190] |
Schieber J.
Bohacs K.
Coleman M.
Bish D. Reed M. et al. |
Integrated
Assessment of Depositional Setting of the Pahrump Hills Succession in Gale
Crater, Mars — Multiple Depositional Sequences in an Evaporitic Lake [#1303] |
Morris R.
Comellas J. M.
Essunfeld A. Gasda P. J. Lanza N. et al. |
Correlation
Heatmaps for Visualizing Trends in Chemical Compositions Across Groups of
ChemCam Targets [#1718] |
Thursday, March 10, 2022
POSTER SESSION IV: IN PERSON: MARTIAN GEOCHEMISTRY: MINERALS AND METHODS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Peretyazhko T. S. Ming D. W. Morris R. V. Agresti D. G. Buckley W. P. |
Formation of
Fe(III) (Hydr)Oxides from Fe(II) Sulfides:
Implications for Akaganeite Detection on Mars [#1462] |
Lepore K. H. Ytsma C. R. Dyar M. D. |
The Use of
Submodels to Optimize Quantitative Prediction Accuracies Derived from
Laser-Induced Breakdown Spectra [#1296] |
Brown A. J. |
A New Approach
to Interpreting the Spectra of the Olivine Family Using the Asymmetric
Gaussian Method (AGM) [#1155] |
Das E.
Glotch T. D.
Edwards C. S.
Ye C.
Milliken R. E. |
Hapke-Based
Laboratory and Remote Determination of Martian Chloride Salt Abundances [#1480] |
Phillips M. S. Seelos F. P. Murchie S. L. |
CRISM
Hyperspectral Mapping Data Preliminary Empirical
Radiometric Reconciliation [#1487] |
Condus T. |
CRISM-Based
Mineral Abundance Maps for the Oxia Planum Delta [#2528] |
Thompson S. Y. Gilmore M. S. |
Developing
CRISM Methods for Finding Hydrous Chlorides on Mars [#2839] |
Turenne N.
Sidhu S.
Applin D.
Cloutis E.
Mertzman S. |
Nontronite
Spectral Reflectance Characteristics with Implications for Mars
Surface Detection [#1571] |
Turenne N. N. Cloutis E. A. Applin D. M. Sidhu S. Burnie T. et al. |
Reflectance
Spectroscopy of Microbially-Precipitated Mg-Carbonates from Atlin Lake, British
Columbia, Canada [#1591] |
Zastrow A. M. Ye C. Sklute E. C. Glotch T. D. |
VNIR Optical
Constants for a Diverse Suite of Carbonate Minerals [#2294] |
Duflot L. E. Kraft M. D. Rice M. S. Curtis S. A. Lapo K. E. |
Quantitative
Characterization of Weathered Rock Surface Textures and Effects on
VNIR Spectrogoniometry [#2368] |
Mustard J. F. Das E. |
Mineral
Detection with Curiosity CHEMCAM Passive Reflectance Data [#2421] |
Hopkins R. J. Rogers A. D. Ehm L. |
Experimental
Setup to Acquire Raman Spectra of Mars-Relevant Brines and their Desiccation
Products at Martian Atmospheric Pressures and Temperatures [#2026] |
Panzarella L. N. Nerozzi S. |
Revealing the
Surface Composition of Hebrus Valles and Hephaestus Fossae, Mars, via THEMIS
Decorrelation Stretch Mosaics [#2341] |
Thursday, March 10, 2022
POSTER SESSION IV: MARTIAN GEOPHYSICS
AND TECTONICS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Murphy J. P. King S. D. |
Geodynamic
Origins of the Tharsis and Elysium Volcanism [#2322] |
Morgan P.
Grott M.
Spohn T.
Knollenberg J.
Murphy J. P. et al. |
Results from a
Comparison of Approximate Analytical Solutions with a Detailed Numerical
Inversion Analysis to Determine the Thermal Conductivity of the Regolith at
the Mars InSight Landing Site Using Data from the HP3
Heating Experiments [#2564] |
Sori M. M. Bramson A. M. Byrne S. James P. B. Ojha L. et al. |
Gravity Science
Constrains the Presence and Volume of Mid-Latitude Ice Sheets on Mars [#2233] |
Wagner N. L. James P. B. Ermakov A. I. Sori M. M. |
Quantifying
Lithospheric Deflection Caused by Seasonal Mass Transport from the Polar
Layered Deposits on Mars [#2352] |
Wagner N. L. Park R. S. James P. B. |
A Geophysical
Investigation of the Compensation State of Hellas Planitia [#2399] |
Orlov C. J. Bramham E. K. Thomas M. Byrne P. K. Mortimer E. et al. |
A Method for
Visualizing the Structural Evolution of Tempe Terra, Mars [#2081] |
Shahrzad S.
Bramham E. K.
Thomas M.
Mortimer E.
Piazolo S. et al. |
Fault
Populations and Strain Evolution in Ulysses Fossae, Mars [#2127] |
Thursday, March 10, 2022
POSTER SESSION IV: THE MARTIAN
CRYOSPHERE: A FROZEN RED PLANET
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Stcherbinine A. Vincendon M. Montmessin F. Beck P. |
The Martian 3
Micrometers Northern Ring: A Spectral
Witness of Recent Surface Alteration Processes Under Polar Latitudes [#1479] |
Abu Hashmeh N. Whitten J. L. Russell A. T. Putzig N. E. Campbell B. A. |
Measuring the
Volume of the Martian South Polar Layered Deposits Using SHARAD [#1327] |
Laferriere K. L. Bramson A. M. Smith I. B. |
Mars North
Polar Spiral Trough Migration Paths Variations Revealed by 3D
Radar Mapping [#1452] |
Hayne P. O. Wilcoski A. X. |
Topographic
Roughness and Physical Models of Texture Formation on the North Polar
Residual Cap of Mars [#2497] |
Landis M. E. Stickle A. M. Rivera-Valentín E. G. |
Variation in
Impact Crater Morphology and Preservation on the South Polar Layered
Deposits, Mars [#1658] |
Hansen C. J. Cesar C. Conway S. Pommerol A. Portyankina G. et al. |
Searching for
Seasonal Jets on Mars in CaSSIS and HiRISE Images Over Multiple
Mars Years [#2480] |
Sinha P.
Horgan B. |
Polar Opposites: Distinct Alteration Minerals within the
North and South Polar Layered Deposits (PLD) and Implications for Amazonian
Aqueous History [#2919] |
McGlasson R. A. Sori M. M. Bramson A. M. |
A Significant
Periodicity of NPLD Layers as Revealed by SHARAD Observations [#2063] |
Lawrence I. T. Sori M. M. Izquierdo K. |
Topographic
Tests of Liquid Water at the South Pole of Mars [#2197] |
Willis-Reddick M. Nerozzi S. |
Mapping and
Characterization of Subsurface Deposits in Planum Boreum, Mars, Using Radar
Sounding and Thermal Inversion Techniques [#2625] |
Cartwright S. F. A. Calvin W. M. Seelos F. P. Seelos K. D. |
Endmember
Classification of Mars South Polar Ice Exposures with CRISM Mapping Data [#2684] |
Cleveland R. D. Chevrier V. Tullis J. A. |
An Object-Based
Image Analysis of the Swiss Cheese Terrain Evolution on the Martian
South Pole [#2580] |
Nerozzi S.
Christoffersen M. S.
Holt J. W. |
The Basal Unit
at the North Pole of Mars: Recent
Findings and New Opportunities [#2703] |
Baker D. M. H. Morgan G. A. Pathare A. Dundas C. M. Putzig N. E. et al. |
Subsurface
Water Ice Mapping (SWIM) on Mars: Planet-Wide
Geomorphic Mapping of Ice-Related Landforms [#2669] |
Bates A.
Lorenzo J. M.
Karunatillake S. |
Seismic
Experimentation to Further Understanding of Martian Regolith-Ice [#2417] |
Bain Z. M. Perry M. R. Russel A. T. Foss II F. J. Putzig N. E. et al. |
Enhanced
Subsurface Analysis of the Martian Cryosphere Afforded by Three-Dimensional
Radar Imaging [#2746] |
El-Maarry M. R. |
Comparative
Analysis of the Glacial Landscape in Moreux Crater and a Mountain Glacier in
Argyre, Mars [#2493] |
Putzig N. E. Morgan G. A. Mars SWIM Team |
Subsurface
Water Ice Mapping (SWIM) to Support the International Mars Ice Mapper
(I-MIM) Mission [#2443] |
David E.
Aharonson O.
Vos E. Forget F. |
The Effect of
Ground Ice Migration on the Martian Paleo-CO2 Budget [#1929] |
Li A. Y. Koutnik M. R. Brough S. Soare R. Johnson E. |
Morphometric
Analyses of Cirque-Like Alcoves in Deuteronilus Mensae, Mars [#2422] |
Morgan G. A. Dundas C. Chojnacki M. Russell M. Baker D. M. H. et al. |
Searching for
the Shallowest Martian Midlatitude Ice:
Thermal Contraction Crack Polygon Mapping [#2733] |
Khuller A. R. Clow G. D. |
Modeling the
Sublimation of H2O Ice on Mars:
Validation at the Phoenix Landing Site [#1597] |
Thursday, March 10, 2022
POSTER SESSION IV: MARS IMPACT CRATERING
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Simpson S. L. Rampe E. B. Christoffersen R. Thorpe M. Rahman Z. et al. |
TEM and XRD
Investigation of Impact Glass Alteration Products: Amorphous Materials, Phyllosilicates, and
Everything in Between [#1549] |
Etgen A. E. Bart G. D. Daubar I. J. |
Contribution of
Individual Blast Zone Features to Martian Surface Albedo Changes [#2375] |
Skjetne H. L. Moersch J. E. |
Target
Lithology as a Control on Crater Rim Thermal Inertia Variability in Low
Surface Dust Cover Areas on Mars: Applications
of Secondary Crater Populations [#2895] |
Boyd A. R. Seelos K. D. Seelos F. P. |
Relationships
Between Intercrater and Intracrater Plains in Tyrrhena Terra, Mars: A Case Study [#2769] |
Spurling R.
Nerozzi S. |
Mapping and
Statistical Analysis of Impact Craters Around the Hebrus Valles and
Hephaestus Fossae, Utopia Planitia, Mars [#2940] |
Daubar I. J. Dundas C. McEwen A. S. Gao A. Wexler D. et al. |
New Craters on
Mars: Results from a Complete Catalog
of 1,203 Recent Impacts [#1590] |
Boan P. C. Hughes E. B. |
Spatial
Distributions of Martian Impact Craters Moderated by Geologic Unit
and Age [#2355] |
Thursday, March 10, 2022
POSTER SESSION IV: SMALL BODIES: IMPACT PROCESSES
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Agrusa H. F. Richardson D. C. Barbee B. Bottke W. F. Cheng A. F. et al. |
Predictions for
the Dynamical State of the Didymos System Before and After the Planned
DART Impact [#2447] |
Meyer A. J. Scheeres D. J. Gkolias I. G. Gaitanas M. Agrusa H. F. et al. |
Libration-Induced
Orbit Period Variations Following the DART Impact [#2225] |
Nakano R.
Hirabayashi M. |
Dimorphos’
Reshaping-Driven Orbital Period Change After the DART Impact [#2025] |
Raducan S. D. Jutzi M. |
Impact
Consequences on Rubble-Pile Asteroids and Implications for NASA’s
DART Mission [#2098] |
Wright E.
Quillen A. C.
Sánchez P.
Schwartz S. R.
Nakajima M. et al. |
Ricochets on
Asteroids II: Sensitivity of
Laboratory Experiments of Low Velocity Grazing Impacts on Substrate
Grain Size [#2181] |
Melikyan R. E. Asphaug E. Cambioni S. Emsenhuber A. Schwartz S. R. et al. |
Deriving
Gravity Profiles from SPH Simulations of Planetesimal Collisions [#2939] |
Gucsik A. |
Shock
Metamorphism Spectral Changes: A Review [#2938] |
Anae M.
Darnulc D.
Harms M.
Lobanov S.
Pakhomova A. et al. |
Investigating
Impact Mineralogy Through Laser-Heated Rapid-Decompression of Enstatite [#2207] |
Thursday, March 10, 2022
POSTER SESSION IV: TITAN: SO CHILL RIGHT NOW
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Marusiak A. G. Panning M. P. Vance S. D. Bryant A. S. Hesse M. A. et al. |
Methane
Clathrate Effects on Seismic Propagation Within Titan [#1128] |
Williams T. L. Czaplinski E. C. Chevrier V. F. |
Interactions
Between Ethylene and Benzene Under Titan Conditions [#2716] |
Yu X.
Yu Y. Li J. Garver J. Zhang X. |
A Database for
the Material Properties of Titan’s Organic Liquids, Ices, and Hazes [#1696] |
Kutsop N.
Hayes A. G.
Sotin C.
Lunine J. L.
Lawrence K. et al. |
Relative
Composition of Titan’s Equator via PCA and k-Means Clustering [#2954] |
Bonnefoy L. E. Hayes A. G. Lucas A. Rodriguez S. Poggiali V. et al. |
Backscattering
Properties of the Dragonfly Landing Site in the Selk Crater Region [#2041] |
Morgan T.
Radebaugh J.
Christiansen E. H. |
Morphometric
and Spatial Analysis of Mountain Geomorphology on Titan and Implications for
the Tectonic History [#2067] |
Miller J. W. Malaska M. J. Lopes R. M. C. Yin A. |
Tectonic
Origins for Titan’s Equatorial Mountain Belts and Implications for
Interior Structure [#1803] |
Collins M. Q. |
The Effect of
Land Surface Properties on the Formation of Sand Seas on Saturn’s
Moon Titan [#1039] |
Wright M.
Radebaugh J.
Rose D.
Christiansen E. H. |
Length
Comparison of Linear Sand Dunes from Long Axis Traces Across the Shangri La,
Belet, and Fensal/Aztlan Sand Seas of Titan [#2911] |
Lake B. D. Radebaugh J. Christiansen E. H. Turtle E. P. Rodriguez S. |
A Stratigraphy
for Titan Based on Material Properties and Distributions [#2606] |
Horvath D. G. Andrews-Hanna J. C. Newman C. E. Lian Y. |
The Influence
of Complex Hydrogeology on Lake Formation at the North and South Polar
Regions of Titan [#2842] |
Brouwer G. E. Schurmeier L. R. Fagents S. A. |
Modeling
Terrestrial Gas Emission Craters as Analogs for Titan’s
Raised-Rim Depressions [#2605] |
Holland M.
Mohlman L.
Larson N.
Ybañez C.
Radebaugh J. et al. |
Artificially
Enhancing Titan’s SAR Images Using Earth Satellite Images and Deep
Learning Technology [#2592] |
Madan I.
Trainer M. G.
Collins G. C.
Farnsworth K. K.
Zacny K. |
Characterizing
Phase Transitions for Titan’s Surface Molecules: Implications for DraMS and Dragonfly [#2119] |
Thursday, March 10, 2022
POSTER SESSION IV: CHONDRITES AND THEIR
COMPONENTS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Smith L. R. Haenecour P. Barnes J. J. Dominik K. Neuman M. et al. |
Detailed
Coordinated Analysis of the Mineralogy, Petrography, and Elemental
Composition of the Carbonaceous Chondrite Falls Tarda and Kolang [#2832] |
Applin D. M. Schrader D. L. Cloutis E. A. Nakamura T. Matsuoka M. |
Spectral
Reflectance Properties of the C2-Ungrouped Tarda Meteorite [#2218] |
Laurent B.
Maillard J.
Afonso C.
Danger G. Giusti P. et al. |
Source and
Evolution of Organic Matter in Aqueously Altered Carbonaceous Chondrites [#1437] |
Keller L. P. Han J. |
A FIB/TEM Study
of the Matrix Mineralogy of CV3-Reduced Group Meteorites [#1584] |
Korsmeyer J. M. Stephan T. Davis A. M. Bloom H. E. MacPherson G. J. et al. |
Molybdenum and
Ruthenium Isotopic Compositions of a Metal Grain in a Calcium-Aluminum-Rich
Inclusion from the Efremovka CV3 Chondrite [#2795] |
Flores L. F. Glotch T. D. Northrup P. Du Y. |
Correlated
Analyses of CM Chondrite NWA 12748 from Coarse Scale to Fine Spatial Scales [#2513] |
Sidhu S.
Mann P.
Applin D. Cloutis E. |
Reflectance
Spectra of Heated Carbonaceous Chondrites CM2 Murchison and Jbilet Winselwan
in the 350-2500 nm Region [#1717] |
Jakubek R. S. Righter K. Fries M. D. |
Raman
Spectroscopic Characterization of Petrologic Type in Chondrite Chips and Thin
Sections and Potential Applications for Meteorite Pairing [#1095] |
Goss K. R. Gray M. L. Weisberg M. K. Ebel D. S. |
Lewis Cliff
87223, an Anomalous Enstatite Chondrite with Implications for the Origin
of Earth [#2234] |
Ostroverkhova A. Morrison S. M. Prabhu A. Hummer D. R. Hazen R. M. et al. |
Exploring
Olivine from Chondrites: Informing
Classification via Machine Learning [#2945] |
Zhang B.
Warren P. H.
Rubin A. E.
Lehnert K. A.
Profeta L. R. et al. |
The UCLA
Cosmochemistry Database [#1323] |
Smith L. R. Haenecour P. Barnes J. J. Dominik K. Neuman M. et al. |
Mineralogy,
Petrography, and Presolar Components of the Chwichiya 002
Ungrouped Chondrite [#2873] |
Zennouri L.
Chennaoui Aoudjehane H.
Mazurier A.
El Albani A. |
The Unusual
Fusion Crust of Tamdakht (H5) Fall [#2269] |
Thursday, March 10, 2022
POSTER SESSION IV: PROTOPLANETARY DISK
AND NEBULAR PROCESSES
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Kruttasch P. M. Anand A. Mezger K. |
Chromium
Isotope Systematics of the Chromite-Bearing Ureilites LaPaz Icefield 03587
and Cumulus Hills 04048 [#2107] |
Smallwood J. L. |
The Evolution
of Circumstellar Protoplanetary Discs in Binary Star Systems [#2538] |
Smith R. L. Boogert A. C. A. |
Investigating
Evolutionary Relatedness and Chemical Inheritance in Young Stellar Objects within
the MonR2 Molecular Cloud [#2913] |
Nuth J. A. Kimura Y. Tanaka K. K. Inatomi Y. Ferguson F. T. |
Inefficient
Growth of Refractory Grains: Implications
for Grains in the Solar Nebula [#1677] |
Anand A.
Carroll-Nellenback J.
Blackman E. G.
Tarduno J. A. |
Early Asteroid
Magnetization from the Solar Wind [#1617] |
Manga V. R. Zega T. J. |
First-Principles
Thermodynamic of Ultra-Refractory Inclusions:
Condensation Temperature of Allendeite [#2921] |
Keenan S.
Cartwright J. A.
Genareau K. D.
Park C. |
Experimental
Formation of Chondrules by Nebular Lightning [#2714] |
Thursday, March 10, 2022
POSTER SESSION IV: SPACE WEATHERING
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
Cohoner S.
Britt D.
Harthong B.
DiDonna A.
Peyroux R. |
Effect of
Thermal Cycling on the Regolith Formation [#1463] |
Chrbolková K. Halodová P. Kohout T. Ďurech J. Mizohata K. et al. |
Connection of
Subsurface Structure of H+- and Laser-Irradiated Samples to the
Spectral Evolution [#1832] |
Keller L. P. Christoffersen R. Jurewicz A. J. G. Erickson T. M. Rahman Z. et al. |
Analysis of
Solar Wind Damage in Genesis Sapphire Sample 61527 [#1196] |
Thursday, March 10, 2022
POSTER SESSION IV: EXOPLANETS
6:30 p.m. Town Center Exhibit Area
Authors
|
Abstract Title and Summary |
First E. C. Gazel E. Mishra I. Lewis N. K. Letai J. et al. |
What’s in a
(Rock) Name? Infrared Laboratory Spectra of Terrestrial “Basalts” Can Inform
Interpretations of Rocky Exoplanet Surfaces [#2879] |
Cambioni S.
Asphaug E.
Jung E. Y.
Emsenhuber A.
Weiss B. P. |
How Do
Metal-Rich Bodies Form, from Asteroids to Super-Earths? [#1979] |
Coppin J. Y. Caldwell D. A. |
Observing the
Earth as an Exoplanet: A Small
Satellite Mission to Observe a Habitable World [#2055] |
PROGRAM LISTING
ORAL |
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POSTER |
SESSION LISTING
ORAL |
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POSTER |
Times
listed are Central Standard Time (CST). Time
Zone Converter
6:30 a.m. PDT
8:30 a.m. CDT
9:30 a.m. EDT
3:30 p.m. CEST
11:30 p.m. JST
Friday,
March 11, 2022
USING IMPACT CRATERS TO UNDERSTAND
MARS
8:30 a.m. Waterway Ballroom 1
Chairs: Alan Jackson and Sarah Simpson
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Garcia R. F. * Daubar I. J. Beucler E. Posiolova L. Collins G. S. et al. |
Locating
Impacts Using Seismic and Acoustic Waves in InSight Data [#1829] |
8:45 a.m. |
Wojcicka N. * Collins G. S. Bastow I. D. Teanby N. A. Miljkovic? K. et al. |
Frequency
Content of Impact-Generated Seismic Waves [#2237] |
8:55 a.m. |
Rajšic A. * Miljković K. Wojcicka N. Collins G. S. Lagain A. et al. |
Impact-Induced
Seismic Properties for a Range of Martian Top Crust Analogues Calculated from
Numerical Impact Modelling [#1335] |
9:05 a.m. |
Collins G. S. * Newland E. L. Schwarz D. Coleman M. McMullan S. et al. |
The Formation
of Crater Clusters on Mars by Atmospheric Disruption of Meteoroids [#1868] |
9:15 a.m. |
Conrad J. W. * Fassett C. I. |
Using Secondary
Craters to Assess Strength Differences Between Neighboring Surface Units [#2271] |
9:25 a.m. |
Lagain A. * Benedix G. K. Servis K. Baratoux D. Doucet L.-S. et al. |
The Tharsis
Mantle Source of Depleted Shergottites Revealed by 90 Million Impact Craters [#1011] |
9:35 a.m. |
|
Panel Q&A |
9:55 a.m. |
|
Transition to Next Session |
Friday, March 11, 2022
THE MARTIAN CRYOSPHERE: A FROZEN RED
PLANET
8:30 a.m. Waterway Ballroom 4
Chairs: Stefano
Nerozzi and Candy Hansen
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Stillman D. E. * Pettinelli E. Lauro S. E. Mattei E. Cosciotti B. et al. |
Brines Within
Basal Ice or Sediments Can Explain the MARSIS Bright Basal Reflections in the
South Polar Layered Deposits [#2133] |
8:45 a.m. |
Grima C. * Mouginot J. Kofman W. Hérique A. Beck P. |
The Basal
Detectability of an Ice Covered Mars by MARSIS [#1202] |
8:55 a.m. |
Nair A. G. * Smith I. B. |
Mapping of
Reflectors in Planum Boreum with 3-D SHARAD Data [#2658] |
9:05 a.m. |
Izquierdo K. * Bramson A. M. McClintock T. Laferriere K. |
Mass Balance of
Martian Polar Ice from Bayesian Fit to Trough Migration Paths [#1706] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Andres C. N. * Smith I. B. |
Grid-Mapping
Phlegra Montes, Mars: New Insights
into the Distribution, Geomorphology, and Dichotomy Boundary of
Glacial-Periglacial Landsystems [#2037] |
9:40 a.m. |
Kirchoff M. R. * Riggs J. D. Grimm R. E. |
Regional
Spatial and Temporal Distribution of Equatorial Layered and Radial Ejecta
Craters on Mars [#2545] |
9:50 a.m. |
Soare R. J. * Williams J. - P. Hepburn A. J. Gallagher C. Koutnik M. et al. |
One Billion
Years of Periglacial/Glacial Landforms and Cycling Near the Mars
Crustal Dichotomy [#2585] |
10:00 a.m. |
Fastook J. L. * Head J. W. |
Late Noachian
Glaciation in the Martian Highlands: Glacial
Flow Modeling Tests of Hypotheses [#1287] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Cesar C. * Pommerol A. Thomas N. Hansen C. J. Portyankina G. |
Seasonal
Activity at South Polar Regions of Mars Leading to a Potential
Evolution Model [#2388] |
10:35 a.m. |
Smith I. B. * Schlegel N. J. Larour E. Isola I. Buhler P. et al. |
CO2
Glaciers on the South Polar Layered Deposits of Mars [#2511] |
10:45 a.m. |
Aharonson O. * Vos E. Schörghofer N. Forget F. |
Milankovitch
Forcing of Equilibrium Ground-Ice on Mars [#2002] |
10:55 a.m. |
Acharya P. J. * Smith I. B. Calvin W. |
Interannual
Variations in the Retreat of the Northern Seasonal Cap of Mars Using
Computer Vision [#2454] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Friday, March 11, 2022
MARTIAN GEOCHEMISTRY: MINERALS AND
METHODS
8:30 a.m. Waterway Ballroom 5
Chairs: Jen Stern and Kristen Bennett
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Kaufman S. V. * Palumbo A. M. Bjonnes E. Mustard J. F. |
The Mineralogic
Implications of Impact-Induced Climate Perturbations: Insight from Conduction and Reactive
Transport Modeling [#1543] |
8:45 a.m. |
Feldman A. D. * Hausrath E. M. Rampe E. B. Peretyazhko T. Burnley P. et al. |
Olivine
Dissolution and Formation of Secondary Phases in Ultramafic Soils [#2278] |
8:55 a.m. |
Lewis J. M. T. * Eigenbrode J. L. Wong G. M. McAdam A. C. |
The Impact of
Iron Perchlorates on the Preservation and Detection of Martian
Carbon Phases [#2280] |
9:05 a.m. |
Szynkiewicz A. * Ende J. J. Moore R. D. |
Pathways of
Sulfur Oxidation in Volcanic Settings — How Unanswered Questions About
Sulfate Origin on Mars Can Be Addressed [#2506] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Ruff S. W. * Hamilton V. E. Rogers A. D. Edwards C. S. Horgan B. H. N. |
Olivine and
Carbonate-Rich Bedrock in Gusev Crater and the Nili Fossae Region of Mars May
Be Altered Ignimbrite Deposits [#1578] |
9:40 a.m. |
Payré V. * Salvatore M. R. Edwards C. S. |
Feldspar-Rich
Terrains in Terra Sirenum/Cimmeria, Mars:
An Evolved Crust in Early Mars? [#2735] |
9:50 a.m. |
Kodikara G. R. L. * McHenry L. J. |
Application of
Deep Learning and Spectral Deconvolution for Estimating Mineral Abundances of
Zeolite, Mg-Sulfate, and Montmorillonite Mixtures and Its Implications
for Mars [#1082] |
10:00 a.m. |
Valantinas A. * Thomas N. Pommerol A. Tornabene L. Munaretto G. et al. |
Mars Phase
Reddening and VNIR Spectral Diversity from Orbit as Seen by CaSSIS [#2680] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Moore R. D. * Szynkiewicz A. |
Aqueous Sulfate
Fluxes in Basaltic Catchments: An
Analog Investigation of Sulfate Deposition in Medidiani Planum, Mars [#2959] |
10:35 a.m. |
Khan A. * Sossi P. Liebske C. Rivoldini A. Giardini D. |
Geophysical and
Cosmochemical Evidence for a Volatile-Rich Mars [#1121] |
10:45 a.m. |
Aaron L. M. * Seelos K. D. |
Investigating
the Formation of Impact-Exhumed Hydrated Sulfates in Tyrrhena
Terra, Mars [#2914] |
10:55 a.m. |
Sacks L. E. * Tornabene L. L. Viviano C. E. Voigt J. R. C. Bishop J. L. et al. |
Evidence for
Widespread Shallow Chlorite in Tyrrhena Terra, Mars [#2820] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Friday, March 11, 2022
LUNAR VOLCANISM: THE FLOOR IS MADE OF
LAVA!
8:30 a.m. Waterway Ballroom 6
Chairs: Tim Glotch and Tracy K.P. Gregg
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Farrand W. H. * |
Spectrophotometric
Analysis of Pyroclastic Mantles Associated with Lunar Domes and Rilles [#2009] |
8:45 a.m. |
Allen C. C. * Paige D. A. |
Lunar Basalt
Source Regions [#1770] |
8:55 a.m. |
Elder C. M. * Haber J. Hayne P. O. Ghent R. R. Williams J.-P. et al. |
Inferring Lunar
Mare Basalt Material Properties from Surface Rock Abundance [#2360] |
9:05 a.m. |
Vannier H. * Horgan B. Stopar J. |
Investigating
16 Irregular Mare Patches with Visible/Near-Infrared Spectra from the Moon
Mineralogy Mapper [#2311] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Hiesinger H. *
van der Bogert C. H. Wedler A. Jaumann R. Mall U. et al. |
The Rima Bode
Region — Absolute Model Ages of a Candidate Future Lunar Landing Site [#2169] |
9:40 a.m. |
Morgan G. A. * Patterson G. W. Bramson A. M. Bhiravarasu S. S. Thomson B. J. et al. |
Unpacking the
Diversity of Aristarchus and Procellarum Volcanism with
Multi-Wavelength Radar [#2762] |
9:50 a.m. |
Byron B. D. * Elder C. M. Glotch T. D. Hayne P. O. |
Low-Thermal
Inertia Material at Lunar Red Spots: Observations
from the LRO Diviner Lunar Radiometer Experiment [#2305] |
10:00 a.m. |
Culley E. * Jolliff B. L. Hahn T. |
Determining the
Relationship Between Single Scattering Albedo and Composition to Explore the
Concentration of Silicic Material Within Gruithuisen Gamma Dome [#2677] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Li S. * Taylor G. J. Robinson K. L. Neish C. Shea T. |
Heterogeneous
Water Contents in the Lunar Mare Regions Seen by the Moon Mineralogy Mapper
(M3) Data [#1593] |
10:35 a.m. |
Anderson T. S. * Hidy A. J. Boyce J. W. McCubbin F. M. Tumey S. et al. |
Stable Chlorine
Isotope Measurements of Astromaterials Using the Cs-Sputter Negative Ion
Source of an Accelerator Mass Spectrometer [#2077] |
10:45 a.m. |
Hayden T. S. * Barrett T. J. Zhao X. Anand M. Franchi I. A. |
Volatile
Inventory of Lunar Meteorites from the Dominion Range [#1886] |
10:55 a.m. |
Renggli C. J. * Hellmann J. L. Burkhardt C. Klemme S. Berndt J. et al. |
Evaporation of
Tellurium from Silicate Melts: Implications
for Lunar Volatiles [#1848] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Friday, March 11, 2022
SPACE WEATHERING: EXPERIMENTS, SIMULATIONS,
AND OBSERVATIONS
8:30 a.m. Montgomery Ballroom
Chairs: Karl Hibbitts and Brittany Cymes
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
8:30 a.m. |
|
Session Introduction |
8:35 a.m. |
Laczniak D. L. * Thompson M. S. Christoffersen R. Dukes C. A. Morris R. V. et al. |
Understanding
the Role of Ion Flux in Solar Wind Space Weathering: Low Flux H+ and He+ Irradiation of the Murchison Meteorite [#1749] |
8:45 a.m. |
Hallatt D. * Leroux H. Dubois E. Braud F. |
Exploring the
Response of Ryugu-Inspired Phyllosilicates to a Pulsed Laser [#2568] |
8:55 a.m. |
Chaves L. C. * Thompson M. S. Horgan B. Dukes C. A. Richards B. et al. |
Understanding
the Effects of Space Weathering on Magnetite Through
Experimental Simulations [#2213] |
9:05 a.m. |
Palamakumbure L. * Chrbolkova K. Korda D. Kohout T. Mizohata K. |
Simulation of
Space Weathering on Asteroid Spectra Through Hydrogen Ion Irradiation
of Meteorites [#2467] |
9:15 a.m. |
|
Panel Q&A |
9:30 a.m. |
Hibbitts C. A. * Stockstill-Cahill K. Lloyd E. |
Space
Weathering of Hydrohalite by keV Electrons:
Color Centers [#2635] |
9:40 a.m. |
Jaramillo C. * Pearson N. Hendrix A. Vilas F. Allain J. P. et al. |
UV-Visible
Reflectance Measurements of Minerals Before and After Exposure to Air [#2378] |
9:50 a.m. |
Kremer C. H. * Mustard J. F. Pieters C. M. Gillis-Davis J. J. Donaldson Hanna K. L. |
Spectral
Effects of Nano-Phase Iron and Agglutinates in Olivine, Plagioclase, and
Lunar Soils in the “Cross-Over” Infrared Range (4–8 Microns) [#2239] |
10:00 a.m. |
Szabo P. S. * Poppe A. R. Biber H. Mutzke A. Pichler J. et al. |
3D-Simulations
of Sputtering and Ion Reflection from Regolith Surfaces [#1603] |
10:10 a.m. |
|
Panel Q&A |
10:25 a.m. |
Greer J. * Kling A. M. Isheim D. Seidman D. N. Thompson M. S. et al. |
Nanoscale
Analyses of Vesicles in Space-Weathered Lunar Soil Silicates
and Ilmenite [#1508] |
10:35 a.m. |
Cymes B. A. * Burgess K. D. Stroud R. M. |
Helium-Bearing
“Vesicular” Nanophase Metallic Iron Particles in Lunar Regolith Grains [#2036] |
10:45 a.m. |
Kling A. M. * Greer J. Thompson M. S. Heck P. R. |
Identification
of Solar Wind-Sourced Water in the Space Weathered Rims of Lunar Soils [#1504] |
10:55 a.m. |
Burgess K. D. * Stroud R. M. |
Water in
Vesicles in a Space Weathered Rim of Lunar Apatite [#1431] |
11:05 a.m. |
|
Panel Q&A |
11:20 a.m. |
|
Panel Q&A
Final Discussion |
11:27 a.m. |
|
Session Closure |
Friday, March 11, 2022
THERMAL AND SHOCK METAMORPHISM IN CHONDRITES
10:00 a.m. Waterway Ballroom 1
Chairs: Emilie Dunham and Alex Ruzicka
Times |
Authors
(*Presenter) |
Abstract Title and Summary |
10:00 a.m. |
|
Session Introduction |
10:05 a.m. |
Azevedo-Vannson S. * Remusat L. Verdier-Paoletti M. Roskosz M. |
Effect of
Metamorphism on Olivine Dehydration in CO Chondrites [#1993] |
10:15 a.m. |
Gray M. L. * Weisberg M. K. Ebel D. S. |
EH6 Enstatite
Chondrites Northwest Africa 7976 and Northwest Africa 12945; Implications for
EH Chondrite Metamorphism [#1860] |
10:25 a.m. |
Dodds K. H. * Bryson J. F. J. Neufeld J. A. Harrison R. J. |
Constraints on
the Parent Body of AhS 202 from Its Metamorphic History and Thermal
Evolution Modelling [#2158] |
10:35 a.m. |
Dobricǎ E. * McCain K. A. McKeegan K. D. Brearley A. J. |
Carbonates, New
Tools to Investigate Shock Metamorphic Effects in Chondrites [#2313] |
10:45 a.m. |
Sharp T. G. * Hu J. |
High-Pressure
Quench of Shock Melt in Meteorites: Implications
for the S6 Classification [#2766] |
10:55 a.m. |
Ruzicka A. M. * Hugo R. C. |
Model
Deformation Temperatures Derived from EBSD Data for Olivine in Type 6
Ordinary Chondrites and Ureilites [#1757] |
11:05 a.m. |
|
Panel Q&A |
11:25 a.m. |
|
Session Closure |
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