52nd Lunar and Planetary Science
Conference
March 15-19, 2021
Program and Abstracts
ORAL PROGRAM
POSTER PROGRAM
Posters will be displayed in the iPoster
gallery in the virtual conference environment. Attendees are encouraged to view posters between oral sessions and during breaks.
The meeting is scheduled to begin each day at 11:00
a.m. Central Daylight Time (CDT). For different time zones, use: Time Zone Converter
Monday, March 15,
11:00 a.m. CDT
Track 1 Special
Session: Exploring Myriad Ocean Worlds
Track 2 Lunar
Magnetism: Unraveling the History of the
Interior of the Moon Through Its Magnetic Properties
Track 3 Presolar
Grains, IDPs, Other Early Solar System Materials
Track 4 MSL
Curiosity Results I: Exploration of Glen
Torridon
Track 5 Small
Body Impacts: CSI Dimorphos
Monday, March 15, 12:30 p.m. CDT
Track 1 Masursky
Lecture (Live Presentations)
Monday, March 15, 2:30 p.m. CDT
Track 1 Physicochemical
Evolution of the Moon
Track 2 Shaken
and Stirred: Interiors of Satellites and
Ocean Worlds
Track 3 Protoplanetary
Disk Evolution
Track 4 MSL
Curiosity Results II: Exploration of the
Greenheugh Pediment, Sulfate Unit, and Beyond
Track 5 Impacts: Crater Formation Small to Large
Monday, March 15, 4:00 p.m. CDT
Track 1 Lunar
Space Weathering: Spectral Studies and
Experiments
Track 2 Crack,
Boom! Active and Eruptive Satellites and Ocean Worlds
Track 3 Evolution
of Parent Bodies: Accretion, Differentiation,
Crystallization, and Bombardment
Track 4 Martian
Fluids and Element Mobility
Track 5 Impacts: Changing Planetary Bodies
Tuesday, March 16,
11:00 a.m. CDT
Track 1 Special
Session: Mars 2020 I (Live
Presentations)
Tuesday, March 16, 12:30 p.m. CDT
Track 1 Special
Session: Mars 2020 II (Live
Presentations)
Tuesday, March 16, 2:30 p.m. CDT
Track 1 Special
Session: Mars 2020 III (Live
Presentations)
Track 2 Endogenous
Lunar Volatiles Through Time and Space
Track 3 Calcium-Aluminum-Rich
Inclusions in Meteorites
Track 4 Icy
Satellites and Ocean Worlds: Geology and
Geophysics
Track 5 Great
Balls of Fire: Explosive Volcanism
Across the Solar System
Tuesday, March 16, 4:00 p.m. CDT
Track 1 Special
Session: Mars 2020 IV (Live
Presentations)
Track 2 Lunar
Volatiles Through Remote Sensing, Modeling and Experiments
Track 3 Chondrules: The Continuing Conundrum
Track 4 Icy
and Ocean Worlds: Compositional
Evolution and State
Track 5 Let
it Flow: Lava Flow Dynamics and
Emplacement Across the Solar System
Wednesday, March
17, 11:00 a.m. CDT
Track 1 Lunar
Science for the New Millennium (Live Presentations)
Wednesday, March 17, 12:30 p.m. CDT
Track 2 Isotopic
Reservoirs in the Early Solar System
Track 3 Small
Body Spectroscopy: Composition and
Classification
Track 4 Martian
Hydrated Minerals and Aqueous Alteration
Track 5 Exoplanets: Composition and Structure
Wednesday, March 17, 2:30 p.m. CDT
Track 2 Big
Bodies: Modeling and Measurements of
Planetesimals
Track 3 Mercury: Big Science in a Small Planet
Track 4 Martian
Mineralogy from Orbit
Track 5 Atmospheres: Dynamics, Evolution, and Composition
Wednesday, March 17, 4:00 p.m. CDT
Track 1 New
Understanding of Mars and Asteroids (Live Presentations)
Posters will
be displayed in the iPoster gallery in the virtual conference environment.
Attendees are encouraged to view posters between oral sessions and during breaks.
Thursday, March
18, 11:00 a.m. CDT
Track 1 Surface-Atmosphere
Interactions on Icy Worlds: A Volatile
Session
Track 2 Lunar
Remote Sensing: Bad Moon Rising
Track 3 Carbonaceous
Chondrites: Parent Body Processing and
Organic Matter
Track 4 Beginnings: Early Evolution and the Origins of Life
Track 5 InSight
Results: One Martian Year
Thursday, March 18, 12:30 p.m. CDT
Track 1 NASA
Headquarters Briefing (Live Presentations)
Thursday, March 18, 2:30 p.m. CDT
Track 1 Special
Session: Scientific Exploration of the
Lunar South Pole I
Track 2 Bennu
and Ryugu: Sample Collection and Return
Track 3 Melts
on Differentiated Parent Bodies
Track 4 Early
Mars Geomorphology I: Warm and Wet, Cold
and Dry, or Something in Between?
Track 5 Venus: Geology and Geophysics
Thursday, March 18, 4:00 p.m. CDT
Track 1 Special
Session: Scientific Exploration of the
Lunar South Pole II
Track 2 Bennu
and Ryugu: Surface Evolution
Track 3 Planetary
Differentiation: Accretion, Evolution,
Experiments — Lots of Metal
Track 4 Early
Mars Geomorphology II: Cooler with a Chance
of Showers
Track 5 Venus: Coupled Evolution of the Interior, Surface,
and Atmosphere
Friday, March 19,
11:00 a.m. CDT
Track 1 High-Impact
Lunar Impact Studies
Track 2 Planetary
Tectonics and Interiors: Surface
Expressions and Deep Issues
Track 3 The
Legacy of Arecibo Observatory in Planetary Science
Track 4 Modern
Mars: Earth, Wind, and Ice
Track 5 Organics: Early Synthesis and Detection
Friday, March 19, 12:30 p.m. CDT
Track 1 Decadal
Survey (Live Presentations)
Friday, March 19, 2:30 p.m. CDT
Track 1 Lunar
Volcanism and Tectonics
Track 2 Small
Body Regolith and Interiors: Laboratory
Studies and Modeling
Track 3 Martian
Meteorites: Petrology and Petrogenesis
Track 4 Ice
at the Martian Poles
Track 5 Microbes: Where We Live
Friday, March 19, 4:00 p.m. CDT
Track 1 Space
Weathering on Airless Planetary Bodies:
Beyond Lunar-Style Space Weathering
Track 2 Small
Body Evolution: Forces of Heat and Light
Track 3 Lunar
Geochemistry and Petrology
Track 4 Icy
Mars Geomorphology
Track 5 Environments: Habitability and Organic Preservation
Posters will
be displayed in the iPoster gallery in the virtual conference environment.
Attendees are encouraged to view posters between oral sessions and during breaks.
Posters will
be displayed in the iPoster gallery in the virtual conference environment.
Attendees are encouraged to view posters between oral sessions and during breaks.
Monday,
March 15, 2021
SPECIAL SESSION: EXPLORING MYRIAD OCEAN
WORLDS
11:00
a.m. Track 1
Chairs: Samuel Howell
and
Morgan Cable
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Cochrane C. J. * Nordheim T. A. Vance S. D. Styczinski M. Soderlund K. et al. |
In
Search of Subsurface Oceans Within the Moons of Uranus [#1559] |
11:08 a.m. |
Hammond N. P. * Collins G. C. |
Intense
Geologic Activity on Triton for Billions of Years After Orbital Capture [#2427] |
11:11 a.m. |
Styczinski M. J. * Vance S. D. Cochrane C. J. Harnett E. M. |
Recent
Advances in Magnetic Induction from Asymmetric Ocean Worlds [#2728] |
11:14 a.m. |
Mazarico E. * Buccino D. R. Castillo-Rogez J. Dombard A. Genova A. et al. |
The
Europa Clipper Gravity/Radio Science Investigation [#1784] |
11:17 a.m. |
Hand K. P. * Phillips C. B. Maize E. Reeves G. Pitesky J. et al. |
Europa
Lander Mission Concept (Update 2021) [#2120] |
11:20 a.m. |
Sori M. M. * |
Does
Triton’s Ice Cap Reveal Its Internal Heat and Ocean? [#1011] |
11:23 a.m. |
Schenk P. * McKinnon W. B. Moore J. Nimmo F. |
The
Topography of Ganymede (and Callisto):
Geology, Global Characteristics, and Future Exploration [#2228] |
11:26 a.m. |
Theiling B. P. * Da Poian V. Powell B. |
Predicting
the Seawater Chemistry of an Ocean World Using Machine Learning on Isotopic
Measurements of CO2 [#2261] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Monday,
March 15, 2021
LUNAR MAGNETISM: UNRAVELING THE HISTORY
OF THE INTERIOR OF THE MOON THROUGH ITS MAGNETIC PROPERTIES
11:00
a.m. Track 2
Chairs: David Blewett
and
Emily Martin
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Hamid S. H. * O’Rourke J. G. Soderlund K. M. |
A Lunar
Dynamo Powered by Core Convection and a Basal Magma Ocean [#2038] |
11:08 a.m. |
Nichols-Fleming F. * Evans A. J. Johnson B. C. Tikoo S. M. |
Short-Lived
Lunar Dynamos Powered by Accretion of Cold Impactor Core Material [#2177] |
11:11 a.m. |
Hood L. L. * Torres C. B. Oliveira J. S. Wieczorek M. A. Stewart S. T. |
A New
Large-Scale Map of the Lunar Crustal Magnetic Field and
Its Interpretation [#1628] |
11:14 a.m. |
Jung J. * Tikoo S. M. Gattacceca J. Lepaulard C. |
Shock
Demagnetization Does Not Fully Explain Variations in the Lunar
Paleointensity Record [#2388] |
11:17 a.m. |
Strauss B. E. * Tikoo S. M. |
Magnetic
Domain Behavior and Interpretation in Apollo Samples [#2301] |
11:20 a.m. |
Seritan M. R. K. * Garrick-Bethell I. |
Modeling
Thermal Demagnetization at the Lunar Swirl Reiner Gamma [#1811] |
11:23 a.m. |
Bhatt M. * Wöhler C. Aravind K. Ganesh S. Bharadwaj A. |
Regolith
Characteristics of the Reiner Gamma Swirl as Revealed by
Polarimetric Observations [#2430] |
11:26 a.m. |
Pieters C. M. * Donaldson Hanna K. L. Sunshine J. M. Garrick-Bethell I. |
New
M-Cube Insights on the Character of the Mysterious Reiner Gamma Swirls [#1686] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Monday, March
15, 2021
PRESOLAR GRAINS, IDPS, OTHER EARLY SOLAR SYSTEM MATERIALS
11:00
a.m. Track 3
Chairs: Thomas
Stephan and Zack Gainsforth
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Meyer B. S. * Bermingham K. R. Frizzell K. Mezger K. |
NRLEE Nucleosynthesis [#2598] |
11:08 a.m. |
Liu N. * Barosch J. Nittler L. R. Alexander C. M. O’D. Wang J. et al. |
Multielement
Isotopic Compositions of Presolar SiC from Asymptotic Giant Branch Stars [#2347] |
11:11 a.m. |
Hoppe P. * Schofield J. Pignatari M. Amari S. |
A
Presolar Silicon Carbide Grain of Type C with Extremely Low 12C/13C Ratio [#1055] |
11:14 a.m. |
Singerling S. A. * Liu N. Nittler L. R. Alexander C. M. O’D. Stroud R. M. |
TEM
Studies of Presolar SiC Grains:
Insights into Circumstellar Conditions and Implications for
IR Spectroscopy [#1687] |
11:17 a.m. |
Nguyen A. N. * Mane P. Ross D. K. Simon J. I. |
Presolar
Grain Abundance Variation in the Miller Range 090019 CO3.1 Chondrite [#2709] |
11:20 a.m. |
Joswiak D. J. * Brownlee D. E. Zhang M. Westphal A. J. Gainsforth Z. et al. |
Origin
of low-Ca Pyroxenes in Comet Samples:
Evidence for Igneous Formation in the Nebula Like Chondrules [#1604] |
11:23 a.m. |
Zhang M. * Defouilloy C. Joswiak D. J. Brownlee D. E. Nakashima D. et al. |
Oxygen
Isotope Systematics of Crystalline Silicates in a Giant Cluster IDP: A Genetic Link to Wild 2 Particles and
Primitive Chondrite Chondrules [#1685] |
11:26 a.m. |
Keller L. P. * Snead C. J. |
Oxygen
Isotopic Compositions of Hydrated Interplanetary Dust Particles: Implications for Aqueous Alteration in
Outer Solar System Objects [#2389] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Monday,
March 15, 2021
MSL CURIOSITY RESULTS I: EXPLORATION OF
GLEN TORRIDON
11:00
a.m. Track 4
Chairs: Cherie
Achilles and Candice Bedford
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Fox V. K. * Bennett K. A. Bryk A. B. Arvidson R. E. Fedo C. et al. |
Contextualizing
CRISM Observations of the Clay-Bearing Glen Torridon Region with the Mars
Science Laboratory Curiosity Rover [#2765] |
11:08 a.m. |
Thorpe M. T. * Bristow T. F. Rampe E. B. Grotzinger J. P. Fox V. K. et al. |
The
Mineralogy and Sedimentary History of the Glen Torridon Region, Gale
Crater, Mars [#1519] |
11:11 a.m. |
Cousin A. * Desjardins M. Dehouck E. Forni O. David G. et al. |
K-Rich
Rubbly Bedrock at Glen Torridon, Gale Crater, Mars: Investigating the Possible Presence
of Illite [#2127] |
11:14 a.m. |
Gasda P. J. * Comellas J. Essunfeld A. Das D. Nellessen M. et al. |
The
Chemistry and Morphology of Diagenetic Features in Glen Torridon,
Gale Crater [#1271] |
11:17 a.m. |
Rudolph A. * Horgan B. Johnson J. R. Bell J. F. III Bennett K. et al. |
Diagenesis
in the Glen Torridon Region of Gale Crater, Mars Using VNIR Spectral Data
from Curiosity Rover [#1502] |
11:20 a.m. |
Khan S. Y. * Stack K. M. Yingst R. A. |
Characterization
of Clasts in the Glen Torridon Region Observed by the MSL
Curiosity Rover [#2649] |
11:23 a.m. |
Hughes M. N. * Arvidson R. E. Fraeman A. A. VanBommel S. J. |
Characteristics
of the Fractured Intermediate Unit from Orbital and Curiosity-Based Data [#1586] |
11:26 a.m. |
O’Connell-Cooper C. D. * Thompson L. M. Gellert R. Spray J. G. Boyd N. I. et al. |
APXS
Geochemistry of the Fractured Intermediate Unit (fIU) — Its Relationship to
Underlying Glen Torridon Units and Overlying Pediment Rocks at the
Greenheugh Unconformity [#2405] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Monday,
March 15, 2021
SMALL BODY IMPACTS: CSI DIMORPHOS
11:00
a.m. Track 5
Chairs: Michael Nolan
and
Elena Dobrică
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Sunday C. * Murdoch N. Drilleau M. Wilhelm A. Michel P. |
Low-Velocity
Collision Dynamics on Earth vs. Small-Bodies [#1913] |
11:08 a.m. |
Sánchez D. P. * Scheeres D. J. |
Seismic
Waves in the Asteroid Environment — Impactor Momentum [#1850] |
11:11 a.m. |
Nishiyama G. * Kawamura T. Fernando B. Leng K. Onodera K. et al. |
A New
Model of Seismicity on Asteroids Implied by the SCI Experiment of the
Hayabusa2 Mission: Insights from the
Existence of Boulders Perched on Other Boulders [#1819] |
11:14 a.m. |
Daly R. T. * Bierhaus E. B. Barnouin O. S. Daly M. G. Seabrook J. A. et al. |
Mound
Craters on Rubble-Pile Bennu Indicate Strength at Depth [#1098] |
11:17 a.m. |
Benavidez P. G. * Campo Bagatin A. Liu P. Y. Richardson D. C. |
Reaction
of Dimorphos’ Structure to the DART Impact [#2041] |
11:20 a.m. |
Rossi A. * Tsiganis K. Gaitanas M. Lucchetti A. Ivanovski S. et al. |
Dynamics
of Ejecta in the Didymos-Dimorphos Binary:
Sensitivity to the System Parameters [#1404] |
11:23 a.m. |
Güldemeister N. * Moreau J. Kohout T. Wünnemann K. |
Insight
into the Distribution of High Pressure Shock Metamorphism in
Rubble-Pile Asteroids [#1339] |
11:26 a.m. |
Kohout T. * Petrova E. Yakovlev G. Grokhovsky V. Penttilä A. et al. |
Experimental
Constraints on the Ordinary Chondrite Shock Darkening Caused by
Asteroid Collisions [#1588] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Monday,
March 15, 2021
MASURSKY LECTURE (LIVE PRESENTATIONS)
12:30
p.m. Track 1
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
12:30 p.m. |
|
John Grotzinger The
Early Aqueous Environment of Mars Inferred from Mission Lifetime Results by
the Curiosity Rover at Gale Crater John Grotzinger is the Ted and Ginger Jenkins Chair
Professor of Geology, and the Division Chair for Geological and Planetary
Sciences at the California Institute of Technology (Caltech). He received his
B.Sc. from Hobart College, M.Sc. from the University of Montana, Ph.D. from
Virginia Tech, and was a postdoctoral fellow at Columbia University. Prior to
moving to Caltech in 2005, he spent 18 years as a member of the faculty
at the Massachusetts Institute of Technology, where he was the Robert Shrock
Professor of Geology. At Caltech his research group studies the co-evolution
of surficial environments on Earth and Mars. Field mapping studies are the
starting point for more topical laboratory-based studies involving
geochemical, geologic, and geochronological techniques. He served as the
Project Scientist for the Mars Curiosity Rover mission from 2007 to 2015 and
now serves as the strategic path planner. He was a participating scientist on
the Mars Exploration Rover and HiRISE teams, and is a Co-I on the 2020 rover
team. |
1:30 p.m. |
|
End
of Session |
Monday,
March 15, 2021
PHYSICOCHEMICAL EVOLUTION OF THE MOON
2:30
p.m. Track 1
Chairs: Paul Warren and Nicole Lunning
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Downey B. G. * Nimmo F. Matsuyama I. |
Early
Dynamical Evolution of the Moon with a Subsurface Magma Ocean [#2481] |
2:38 p.m. |
Baker E. * Wood B. Wade J. |
Crystallisation
of a Model Silicate Moon [#2209] |
2:41 p.m. |
Schwinger S. * Breuer D. |
Determination
of the Bulk Silicate Moon FeO Content from Petrological and
Geophysical Models [#2089] |
2:44 p.m. |
Dygert N. * Ji D. Fagan A. L. Neal C. R. Draper D. S. et al. |
Petrogenesis
of and Subsolidus Reequilibration Within Lunar Ferroan Anorthosites: Two Demonstrations of a New fO2-Dependent
Model for Plagioclase-Melt Europium Partitioning [#2352] |
2:47 p.m. |
Elardo S. M. * Astudillo Manoslava D. F. |
Ancient
Igneous Differentiation Trends in the Moon’s Crust Can Be Produced by
Secondary Magmatism from a Common Source [#2313] |
2:50 p.m. |
Krein S. B. * Guenther M. E. Grove T. L. |
Source
Regions of the Lunar Ultramafic Glasses Constrained by Experiments
and Models [#2483] |
2:53 p.m. |
Yen C. J.-K. * Carpenter P. K. Couvy H. Irving A. J. Krawczynski M. J. et al. |
Characterization,
Modeling, and Experimental Petrology of Picritic Green Glass in Northwest
Africa 12384: Probing the
Lunar Mantle [#2285] |
2:56 p.m. |
Guenther M. E. * Brown Krein S. Grove T. L. |
The
Influence of Variable Oxygen Fugacity on the Source Depths for Lunar High-Titanium
Ultramafic Glasses [#2450] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Monday,
March 15, 2021
SHAKEN AND STIRRED: INTERIORS OF
SATELLITES AND OCEAN WORLDS
2:30
p.m. Track 2
Chairs: Lea Bonnefoy and William McKinnon
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Weiss B. P. * Biersteker J. B. Colicci V. Couch A. Petropoulos A. et al. |
Searching
for Subsurface Oceans on the Moons of Uranus Using Magnetic Induction [#2096] |
2:38 p.m. |
Denton C. A. * Johnson B. C. Wakita S. Freed A. M. Melosh H. J. et al. |
Antipodal
Terrains Produced by Sputnik Planitia-Forming Impact Imply Pluto Has a Thick
Ocean and Hydrated Core [#1078] |
2:41 p.m. |
Gyalay S. * Nimmo F. |
Insights
Into Io’s Interior as Inferred from Its Long-Wavelength Topography [#1820] |
2:44 p.m. |
Abrahams J. N. H. * Nimmo F. Garrick-Bethell I. Bills B. G. Bierson C. J. |
Long
Period Non-Synchronous Rotation of Io [#1573] |
2:47 p.m. |
Kervazo M. * Tobie G. Choblet G. Dumoulin C. B?hounková M. |
Inferring
Io’s Interior from Tidal Monitoring [#2460] |
2:50 p.m. |
Behounkova M. * Tobie G. Choblet G. Kervazo M. Melwani Daswani M. et al. |
Tidally-Induced
Magmatic Pulses on the Oceanic Floor of Jupiter’s Moon Europa [#1880] |
2:53 p.m. |
Biersteker J. B. * Weiss B. P. Cochrane C. Harris C. D. K. Jia X. et al. |
Revealing
the Internal Structure of Europa with a Bayesian Approach to Magnetic
Induction Studies [#2654] |
2:56 p.m. |
Hay H. C. F. C. * Fenty I. Pappalardo R. T. |
How Do
Convective and Tidal Dynamics Interact in Europa’s Subsurface Ocean? [#2147] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Monday,
March 15, 2021
PROTOPLANETARY DISK EVOLUTION
2:30
p.m. Track 3
Chairs: Andrew
Westphal and Maitrayee Bose
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Miyazaki Y. * Korenaga J. |
Dynamic
Evolution of Major Element Chemistry in Protoplanetary Disks [#2469] |
2:38 p.m. |
Sengupta D. * Cuzzi J. N. Estrada P. E. Humayun M. |
Depletion
of Moderately Volatile Elements by Open-System Loss in Early
Solar Nebula [#2766] |
2:41 p.m. |
Vacher L. G. * Olgiore R. C. Jones C. Liu N. Fike D. A. |
Photochemical
Processing by Nearby Stars Recorded in Sulfur Isotopes of
Cosmic Symplectite [#2345] |
2:44 p.m. |
Barnett M. N. * Ciesla F. J. |
Chemical
Processing of Solids Encountering Forming Giant Planet Cores [#2617] |
2:47 p.m. |
Borlina C. S. * Weiss B. P. Bryson J. F. J. Lima E. A. Bai X. |
Evidence
for Non-steady Accretion in the Solar Nebula Inferred from Paleomagnetism of
CO Chondrules [#2546] |
2:50 p.m. |
Fu R. R. * Volk M. W. R. Bilardello D. Libourel G. Lesur G. et al. |
The
Fine-Scale Magnetic History of the Allende Meteorite: Implications for the Structure of
the SolarNebula [#2727] |
2:53 p.m. |
Smith R. L. * Boogert A. C. A. Blake G. A. Pontoppidan K. M. |
Observations
of Carbon Monoxide Variability in Massive Young Stellar Environments and
Implications for Nebular Reservoirs [#2712] |
2:56 p.m. |
Carter P. J. * Stewart S. T. |
Collision
Fragments as a Chemically Similar Source for Late Accretion [#2288] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Monday,
March 15, 2021
MSL CURIOSITY RESULTS II: EXPLORATION OF
THE GREENHEUGH PEDIMENT, SULFATE UNIT, AND BEYOND
2:30
p.m. Track 4
Chairs: Kirsten
Siebach and John Grant
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Banham S. G. * Gupta S. Bryk A. B. Rubin D. M. Edgett K. S. et al. |
Reconstruction
of Aeolian Palaeoenvironments and Past Climate Events at the Greenheugh
Pediment, Aeolis Mons, Mars [#2300] |
2:38 p.m. |
Thompson L. M. * Yen A. S. O’Connell-Cooper C. D. Berger J. A. Gellert R. et al. |
APXS-Derived
Compositions of Greenheugh Pediment Capping Rock and Immediately Underlying
Murray Formation: Implications [#2411] |
2:41 p.m. |
Bedford C. C. * Banham S. Bowden D. Bridges J. C. Smith R. et al. |
Identifying
Ancient Dune Processes in the Stimson Formation of Gale Crater Using
Geochemical Data from ChemCam: New
Insights from the Greenheugh Capping Unit [#1569] |
2:44 p.m. |
McAdam A. C. * Sutter B. Archer P. D. Franz H. B. Eigenbrode J. L. et al. |
Investigation
of the Glen Torridon Clay-Bearing Unit and Overlying Greenheugh Pediment by
the Sample Analysis at Mars Instrument Suite [#2337] |
2:47 p.m. |
Achilles C. N. * Morris R. V. Rampe E. B. Gabriel T. S. J. Ming D. W. et al. |
Factors
Influencing the Formation and Preservation of X-Ray Amorphous Materials
Identified in Sedimentary Deposits at Gale Crater, Mars [#2216] |
2:50 p.m. |
Rapin W. * Dromart G. Rubin D. Le Deit L. Le Mouélic S. et al. |
First
Insight on Depositional Environments Recorded in the “Clay-Sulfate”
Transition at Gale Crater [#1479] |
2:53 p.m. |
Arvidson R. E. * |
Gale
Crater: Curiosity Rover and the
Candidate Basal Sulfate Unit [#1192] |
2:56 p.m. |
Weitz C. M. * Bishop J. L. Thomson B. J. Seelos K. D. Lewis K. et al. |
Observations
of the Marker Bed at Gale Crater with Recommendations for Future Exploration
by the Curiosity Rover [#1484] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Monday,
March 15, 2021
IMPACTS: CRATER FORMATION SMALL TO LARGE
2:30
p.m. Track 5
Chairs: Nicolle
Zellner and Robert Citron
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Anderson J. L. B. * Cintala M. L. Cline C. J. Dechant L. E. Taitano R. A. et al. |
Impacts
into a Strength-Layered Target: The
Time Evolution of the Excavation-Stage Flow [#1023] |
2:38 p.m. |
Cline C. J. II * Cintala M. J. |
Experimentally
Isolating the Effects of Density and Porosity on Impact Craters [#1034] |
2:41 p.m. |
Ormö J. * Raducan S. D. Luther R. Herreros M. I. Collins G. S. et al. |
Influence
of Target Heterogeneity on Crater Formation:
Insight from Laboratory and Numerical Studies [#1965] |
2:44 p.m. |
De Marchi L. * Agrawal V. King D. T. Jr. Ormö J. |
Numerical
and Experimental Analysis of Wetumpka Impact Crater, with Focus on the
Southern Rim [#2217] |
2:47 p.m. |
Zhang Y. * Jutzi M. Michel P. Raducan S. D. Arakawa M. |
A
Hybrid SPH-SSDEM Framework for End-to-End Impact Cratering Modeling [#1974] |
2:50 p.m. |
Raducan S. D. * Jutzi M. |
Global
Scale Deformations Caused by the DART Impact:
Insights to the Collisional Evolution of Small Asteroids [#1900] |
2:53 p.m. |
Davison T. M. * Collins G. S. |
Complex
Crater Formation by Oblique Impacts on the Earth and Moon [#1549] |
2:56 p.m. |
Ding M. * Zhu M.-H. |
Crustal
Annulus of Impact Basins Controlled by Regional Thermal State of
the Moon [#1097] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Monday,
March 15, 2021
LUNAR SPACE WEATHERING: SPECTRAL STUDIES
AND EXPERIMENTS
4:00
p.m. Track 1
Chairs: Timothy
Glotch and David Trang
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Denevi B. W. * Yasanayake C. N. Jolliff B. L. Lawrence S. J. Hiroi T. et al. |
The
Spectral Properties of Lunar Agglutinates [#2368] |
4:08 p.m. |
Stockstill-Cahill K. R. * Cahill J. T. S. Hibbitts C. A. Livi K. J. T. Waller D. C. |
Ultraviolet
Characterization of Fe-impregnated Silica Gels as Analogs for Lunar
Space Weathering [#1978] |
4:11 p.m. |
Sorokin E. M. * Yakovlev O. I. Slyuta E. N. Gerasimov M. V. Zaitsev M. A. et al. |
Laser
Experimental Modeling of the Formation of Nanophase Iron (np-Fe0) [#1975] |
4:14 p.m. |
Lunning N. G. * Gross J. |
Impact
Production of Silicon-Bearing Iron-Nickel Metal: A Widely Occurring Process on
the Moon? [#2225] |
4:17 p.m. |
Ishii H. A. Ciston J. Bradley J. P. * Ohtaki K. K. Gillis-Davis J. J. |
Detection
of Volatiles in Space Weathered Surfaces [#2315] |
4:20 p.m. |
Hicks L. J. * Bridges J. C. Noguchi T. Hidaka H. Piercy J. D. et al. |
XANES
and EELS Identification of Fe-Redox Variation in Space Weathered Apollo 17
Lunar Surface Soil [#2190] |
4:23 p.m. |
Jordan A. P. * |
Reevaluating
How Charged Particles Cause Space Weathering on the Moon [#1270] |
4:26 p.m. |
Shusterman M. L. * Sharp T. G. Robinson M. S. |
Dielectric
Breakdown Weathering: Morphological
Effects of Electrical Breakdown in Laboratory-Irradiated San
Carlos Olivine [#2141] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Monday,
March 15, 2021
CRACK, BOOM! ACTIVE AND ERUPTIVE SATELLITES AND OCEAN WORLDS
4:00
p.m. Track 2
Chairs: Paul Schenk and Jennifer Scully
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Menten S. M. * Bramson A. M. Sori M. M. |
Cryovolcanically
Sourced Methane on Charon [#1047] |
4:08 p.m. |
Rathbun J. A. * Tate C. D. Hayes A. G. Spencer J. R. |
Active
Volcanoes on Io: Results of
Ground-Based Observations from IRTF 2017-2020 [#2090] |
4:11 p.m. |
Byrne P. K. * Lopes R. M. C. Radebaugh J. Williams D. A. |
An
Extensionally Fractured Upper Lithosphere on Io [#2198] |
4:14 p.m. |
Skjetne H. L. * Siniger K. N. Hynek B. M. Schenk P. M. Olkin C. B. et al. |
Chaos
Terrains on Pluto, Europa, and Mars:
Insights to Crustal Lithology and Structure [#2052] |
4:17 p.m. |
Leonard E. J. * Howell S. M. Mills A. Senske D. A. Patthoff D. A. et al. |
Bringing
Order to Chaos: Insights on the
Formation of Chaos Terrain from Geologic Mapping of Europa at the
Regional Scale [#2269] |
4:20 p.m. |
Howell S. M. * Leonard E. J. Lovelace-Sims K. Mills A. Senske D. A. et al. |
Fomenting
Chaos: Formation on Europa Through Dry
Porous Compaction [#2423] |
4:23 p.m. |
Schurmeier L. R. * Brouwer G. Fagents S. A. |
Explosive
Gas Emission Craters on Earth:
Possible Analog for Raised Rim Lakes on Titan [#1785] |
4:26 p.m. |
Sharma H. * Hedman M. M. Vahidinia S. |
Variations
in the Near-Infrared Spectra of the Enceladus Plume [#2326] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Monday,
March 15, 2021
EVOLUTION OF PARENT BODIES: ACCRETION,
DIFFERENTIATION, CRYSTALLIZATION, AND BOMBARDMENT
4:00
p.m. Track 3
Chairs: Julia
Cartwright and Pipasa Layak
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Anand A. * Pape J. Wille M. Mezger K. Hofmann B. |
Accretion
and Thermal Evolution of IIAB and IIIAB Iron Meteorite Parent Bodies Inferred
from Mn-Cr Chronometry [#1933] |
4:08 p.m. |
Dodds K. H. * Bryson J. F. J. Neufeld J. A. Harrison R. J. |
The
Thermal Evolution of Planetesimals during Accretion and Differentiation: Consequences for Dynamo Generation by
Thermally-Driven Convection [#2121] |
4:11 p.m. |
Tornabene H. A. * Ash R. D. Walker R. J. |
New
Insights to the Genetics, Formation, and Crystallization History of Group IC
Iron Meteorites [#1531] |
4:14 p.m. |
Mikouchi T. * Zolensky M. E. |
Mineralogy
and Cooling History of Ungrouped Achondrite Erg Chech 002 [#2457] |
4:17 p.m. |
Hayashi H. * Mikouchi T. |
Stratigraphic
Comparison Between Quenched Angrites and Komatiites [#2601] |
4:20 p.m. |
Martinez C. Righter M. * Lapen T. J. Irving A. J. |
Further
Insights of Temperature-Time Events on HED Parent Body Using U-Th-Pb
Chronology of Zircon-Bearing Noritic Diogenite Northwest Africa 10666 [#2699] |
4:23 p.m. |
Dhaliwal J. K. * Horan M. F. Ash R. D. Bullock E. S. Carlson R. W. |
Insights
from Siderophile Elements into the Impact Origin of Mesosiderites [#2236] |
4:26 p.m. |
White L. F. * Moser D. E. Darling J. R. Rider-Stokes B. Hyde B. et al. |
Accessory
Mineral Chronology of Eucrites Reveals New Insights into the Formation,
Evolution, and Bombardment of Vesta [#2124] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Monday,
March 15, 2021
MARTIAN FLUIDS AND ELEMENT MOBILITY
4:00
p.m. Track 4
Chairs: Patrick Gasda
and
Cherie Achilles
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
End
of Session |
4:05 p.m. |
Das D. * Gasda P. J. Schwenzer S. P. Crossey L. Turner S. M. R. et al. |
Modeling
the Behavior of Selected Water-Soluble Elements in Calcium Sulfate Veins of
Gale Crater [#2155] |
4:08 p.m. |
Nellessen M. A. * Crossey L. Gasda P. J. Peterson E. Lanza N. et al. |
Boron
Adsorption onto Clay Minerals: Insight
into Martian Groundwater Geochemistry [#2413] |
4:11 p.m. |
Forni O. * Dehouck E. Cousin A. Bedford C. C. David G. et al. |
Elevated
Fluorine Abundances Below the Siccar Point Unconformity: Implications for Fluid Circulation in
Gale Crater [#1503] |
4:14 p.m. |
Lanza N. L. * Gasda P. J. Essunfeld A. Comellas J. Caravaca G. et al. |
Chemistry
of Manganese-Bearing Materials at the Groken Drill Site, Gale
Crater, Mars [#2231] |
4:17 p.m. |
Treiman A. H. * Downs R. T. Ming D. W. Morris R. V. Thorpe M. T. et al. |
Possible
Detection of a Jahnsite-Whiteite Group Phosphate Mineral by MSL CheMin in
Glen Torridon, Gale Crater, Mars [#1200] |
4:20 p.m. |
Smith R. J. * McLennan S. M. Achilles C. N. Dehouck E. Horgan B. N. et al. |
X-Ray
Amorphous Sulfates in Gale Crater, Mars [#1486] |
4:23 p.m. |
Kaufman S. V. * Mustard J. F. |
Constraining
the Surface Weathering Formation Conditions of the Olivine-Carbonate Unit in
the Northeast Syrtis Region Using Reactive Transport Modelling [#2444] |
4:26 p.m. |
Kodikara G. R. L. * McHenry L. J. Grundl T. J. |
A
Possible Formation Pathway for Zeolites in Closed-Basin Lakes on Noachian
Mars: Insights from
Geochemical Modeling [#2259] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End of Session |
Monday,
March 15, 2021
IMPACTS: CHANGING PLANETARY BODIES
4:00
p.m. Track 5
Chairs: Thomas
Davison and Anna Losiak
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Carlson M. A. * Johnson B. C. Melosh H. J. |
Effects
of Atmosphere on Ejecta Emplacement on Earth and Mars [#1170] |
4:08 p.m. |
Helhoski S. * Nakajima M. Gagne J. Trail D. |
A
Numerical Model to Constrain the Origin of Lunar Impact Ejecta [#2576] |
4:11 p.m. |
Wiggins S. E. * Johnson B. C. |
Solid
Fragments Ejected by Lunar Hypervelocity Impacts [#2307] |
4:14 p.m. |
Powell T. M. * Rubanenko L. Williams J.-P. Paige D. A. |
Modeling
the Accumulation of Secondary Craters on Mars and the Moon [#2410] |
4:17 p.m. |
Abramov O. * Mojzsis S. J. |
Thermal
Consequences of Impact Bombardments to the Silicate Crusts of
Terrestrial-Type Exoplanets [#1747] |
4:20 p.m. |
Wójcicka N. * Collins G. S. Bastow I. D. Miljkovic K. Rajsic A. |
Seismic
Source Time Function and Frequency Content of Impact-Generated
Seismic Waves [#2134] |
4:23 p.m. |
Holm-Alwmark S. * Erickson T. Cavosie A. J. |
Twinned
Magnetite in Granitic Samples from the Siljan Impact Structure, Sweden [#1089] |
4:26 p.m. |
Ballantyne H. * Jutzi M. Golabek G. J. |
Identifying
the Sweet Spot for an Impact-Induced Martian Dichotomy [#2777] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Tuesday,
March 16, 2021
SPECIAL SESSION: MARS 2020 I (LIVE
PRESENTATIONS)
11:00
a.m. Track 1
Chairs: Katie Stack
Morgan and Adrian Brown
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
Farley K. A. * Trosper J. Mars 2020 Science Team Mars 2020 Engineering Team |
The
Mars 2020 Mission One Month After Landing [#1317] |
11:15 a.m. |
Williford K. H. * Farley K. A. Stack K. M. Bosak T. Flannery D. T. et al. |
A Tour
of Ancient Habitable Environments In and Around Jezero Crater, Mars [#1599] |
11:30 a.m. |
Herd C. D. K. * Bosak T. Stack K. M. Sun V. Z. Benison K. C. et al. |
Sampling
Mars: Notional Caches from Mars 2020
Strategic Planning [#1987] |
11:45 a.m. |
Ehlmann B. L. * Bell J. III Brown A. Horgan B. Hurowitz J. A. et al. |
Mineralogy
from Mars-2020: Updates to the
Regional Geologic History of Jezero Crater, Its Watershed, and a Framework
for Perseverance Exploration [#1721] |
12:00 p.m. |
|
End
of Session |
Tuesday,
March 16, 2021
SPECIAL SESSION: MARS 2020 II (LIVE
PRESENTATIONS)
12:30
p.m. Track 1
Chairs: Ken Williford
and
Nina Lanza
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
12:30 p.m. |
Maki J. N. * Gruel D. McKinney C. Ravine M. A. Morales M. et al. |
Initial
Results from the Mars 2020 ECAM Imaging System [#1004] |
12:45 p.m. |
Bell J. F. III * Maki J. N. Mehall G. L. Ravine M. A. Caplinger M. A. et al. |
Anticipated
Initial Results from the NASA Mars 2020 Perseverance Rover Mastcam-Z
Multispectral, Stereoscopic Imaging Investigation [#2181] |
1:00 p.m. |
Wiens R. C. * Maurice S. Gasnault O. Anderson R. B. Beyssac O. et al. |
SuperCam
on the Perseverance Rover for Exploration of Jezero Crater: Remote LIBS, VISIR, Raman, and
Time-Resolved Luminescence Spectroscopies Plus Micro-Imaging
and Acoustics [#1182] |
1:15 p.m. |
Rodriguez-Manfredi J. A. *
de la Torre Juarez M. Apestigue V. Arruego I. Banfield D. et al. |
First
Observations with MEDA: The
Environmental and Meteorological Package for Mars 2020 [#1506] |
1:30 p.m. |
|
End
of Session |
Tuesday,
March 16, 2021
SPECIAL SESSION: MARS 2020 III (LIVE
PRESENTATIONS)
2:30
p.m. Track 1
Chairs: Ken Farley and Marion Nachon
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
Hamran S.-E. * Paige D. A. Amundsen H. E. F. Berger T. Brovoll S. et al. |
RIMFAX
GPR on the MARS 2020 Investigation at Jezero Crater [#1223] |
2:45 p.m. |
Bhartia R. * Beegle L. W. Deflores L. Abbey W. Razzell Hollis J. et al. |
The
Scanning Habitable Environments with Raman and Luminescence for Organics and
Chemicals Instrument on the Mars 2020 Perseverance Rover [#1302] |
3:00 p.m. |
Minitti M. E. * Kennedy M. R. Edgett K. S. Beegle L. W. Asher S. A. et al. |
The
Mars 2020 WATSON Imaging Subsystem of the SHERLOC Investigation and
Anticipated Early Results [#2028] |
3:15 p.m. |
Allwood A. C. Hurowitz J. A. * Clark B. C. Cinquini L. Davidoff S. et al. |
The
PIXL Instrument on the Mars 2020 Perseverance Rover [#1591] |
3:30 p.m. |
|
End
of Session |
Tuesday,
March 16, 2021
ENDOGENOUS LUNAR VOLATILES THROUGH TIME AND SPACE
2:30
p.m. Track 2
Chairs: Allan Treiman
and
Sarah Valencia
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Charnoz S. * Sossi P. Lee Y.-N. Siebert J. Hyodo R. et al. |
Tidal
Pull of the Earth Strips the Proto-Moon of Its Volatiles [#1326] |
2:38 p.m. |
Mallik A. * Schwinger S. Roy A. Moitra P. |
The
Importance of Hydrogen Partitioning During Lunar Magma Ocean
Crystallization: Implications for
Constraining the Water Content of the Bulk Silicate Moon [#1800] |
2:41 p.m. |
Su X. * Zhang Y. |
15597
Pigeonite Basalts: Evidence for a Wet
Primitive Lunar Mantle [#1153] |
2:44 p.m. |
Costin G. * Barker D. C. |
Lunar
Sample 15421,67: Enigmatic
Magnesio-Hornblende Monocrystal Hosting Almandine, Omphacite, Quartz,
Epidote, Osumilite-Mg, and Al2SiO5 [#2267] |
2:47 p.m. |
Liu Y. * Ma C. |
Discovery
of A Na-K-Sulfate on Apollo 74220 Orange Beads: Direct Evidence of Volcanic Outgassing of
Na and K on the Moon [#2064] |
2:50 p.m. |
Zhang Y. * |
Magnitude
of Stable Isotope Fractionation in Lunar Basalts [#1220] |
2:53 p.m. |
Wilcoski A. X. * Hayne P. O. Landis M. E. |
Polar
Ice Accumulation on the Moon Due to Volcanically Induced
Transient Atmospheres [#2344] |
2:56 p.m. |
Aleinov I. * Way M. J. Tsigaridis K. Wolf E. T. Harman C. et al. |
The
Role of the Transient Volcanically-Induced Lunar Atmosphere in Transport and
Deposition of Polar Volatiles [#2335] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End of Session |
Tuesday,
March 16, 2021
CALCIUM-ALUMINUM-RICH INCLUSIONS IN METEORITES
2:30
p.m. Track 3
Chairs: Nan Liu and Rachel Smith
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Desch S. J. * Herbst A. K. Williams C. D. Dunham E. T. Mane P. |
Radial
Distribution of CAIs [#2663] |
2:38 p.m. |
Mane P. * Desch S. J. Dunham E. T. Williams C. D. |
Oxygen
Isotope Reservoirs in the Solar Nebula [#2566] |
2:41 p.m. |
Tissot F. L. H. * Charlier B. L. A. Vollstaedt H. Dauphas N. Wilson C. J. N. et al. |
Evidence
for the Survival of a P-Process Anomaly Carrier in Fine-Grained CAIs
from Allende [#2641] |
2:44 p.m. |
Nakashima D. * Friedrich J. M. Ott U. |
Initial
244Pu/238U Ratios and Search for Presolar SiC in CAIs Inferred
from Noble Gas and Trace Element Abundances in CAIs from CV3 Chondrites [#1944] |
2:47 p.m. |
Shollenberger Q. R. * Render J. Jordan M. K. McCain K. A. Ebert S. et al. |
Titanium
Isotope Systematics of Refractory Inclusions:
Echoes of Molecular Cloud Heterogeneity [#2316] |
2:50 p.m. |
Mishra R. K. * Marhas K. K. Chaussidon M. |
Multiple
Episodes of Superflares from Our Nascent Sun:
Evidences from a Canonical CAI in Vigarano [#1834] |
2:53 p.m. |
Pravdivtseva O. * Meshik A. Hohenberg C. M. |
Experimental
Determination of the 129I/127I Ratio in the Early Solar System [#2570] |
2:56 p.m. |
Ebel D. S. * Fendrich K. V. |
Separate
CAI Reservoirs for Allende (CV3) and Murchison (CM2) [#2311] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Tuesday,
March 16, 2021
ICY SATELLITES AND OCEAN WORLDS: GEOLOGY
AND GEOPHYSICS
2:30
p.m. Track 4
Chairs: Erin Leonard and Lauren Schurmeier
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
McGovern P. J. * White O. L. Schenk P. M. |
New
Constraints on Pluto’s Lithosphere from Tectonics, Cryovolcanism, and Sputnik
Planitia Loading Models [#2698] |
2:38 p.m. |
Moruzzi S. A. * Andrews-Hanna J. C. Schenk P. |
Constraining
the Compensation State, Structure, and Geophysical Evolution of Sputnik Basin
on Pluto [#2099] |
2:41 p.m. |
Kang W. * Flierl G. Mittal T. Bire S. Campin J. et al. |
The
Enceladus’s Ice Shell Geometry: How It
Could Form and What It Tells Us [#1392] |
2:44 p.m. |
Belgacem I. * Schmidt F. Jonniaux G. |
Regional
Photometric Study of Ganymede’s Surface [#1142] |
2:47 p.m. |
King O. R. T. * Fletcher L. N. |
Compositional
Mapping of Europa and Ganymede with VLT/SPHERE and Galileo/NIMS Using Markov
Chain Monte Carlo Fitting [#1060] |
2:50 p.m. |
Detelich C. E. * Kattenhorn S. A. |
Regional
Scale Tectonic Features at Argadnel Regio and Agenor Linea, Europa: Plate Tectonic Evidence or Global
Tidal Forcing? [#2461] |
2:53 p.m. |
Himo R. * Carpy S. Tobie G. Castelain C. |
Effect
of a Superficial Porous Brittle Layer on the Thermal Equilibrium of Europa’s
Ice Shell [#1240] |
2:56 p.m. |
Lien R. * Craft K. Walker M. German C. Jakuba M. et al. |
Modeling
Fracture Hazards at Europa for Cryobot Tunneling and Communication [#1005] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Tuesday,
March 16, 2021
GREAT BALLS OF FIRE: EXPLOSIVE VOLCANISM
ACROSS THE SOLAR SYSTEM
2:30
p.m. Track 5
Chairs: Erica Jawin and Sebastien Besse
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Jozwiak L. M. * Wagoner C. M. Izenberg N. R. |
Investigating
the Unexpected Youth of Mercury’s Pyroclastic Deposits [#2223] |
2:38 p.m. |
Barraud O. * Besse S. Doressoundiram A. Cornet T. Munoz C. |
Global
Analysis of Mercury’s Pits Surroundings [#2065] |
2:41 p.m. |
Henderson M. J. B. * Horgan B. H. N. |
Spectral
Analysis of Explosive and Effusive Volcanic Edifices in the Marius Hills
Volcanic Complex with Moon Mineralogy Mapper [#2465] |
2:44 p.m. |
Pigue L. M. * Bennett K. A. Horgan B. H. N. Gaddis L. R. |
Spectral
Analysis of Lunar Pyroclastic Deposits in the Montes Apenninus Region [#1568] |
2:47 p.m. |
Ganesh I. * McGuire L. Carter L. M. |
Dynamics
of Dense Pyroclastic Flows on Venus — Insights into
Pyroclastic Eruptions [#1218] |
2:50 p.m. |
Bates A. * Karunatillake S. Goossens S. Ohja L. Lorenzo J. M. |
Evidence
for Supervolcanic Resurfacing in Arabia Terra, Mars [#1520] |
2:53 p.m. |
Payre V. * Siebach K. L. Thorpe M. T. Antoshechkina P. Rampe E. B. |
Is
Tridymite a Witness of Explosive Volcanism in Early Mars? [#1707] |
2:56 p.m. |
Moitra P. * Horvath D. G. Andrews-Hanna J. C. |
Roles
of Magmatic Volatile, Ground Ice, and Impact Triggering on the Dynamics of
the Most Recent Explosive Volcanic Eruption on Mars [#1803] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End of Session |
Tuesday,
March 16, 2021
SPECIAL SESSION: MARS 2020 IV (LIVE
PRESENTATIONS)
4:00
p.m. Track 1
Chairs: Christopher
Herd and
Rebecca Smith
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
Hundal C. B. * Mustard J. F. Tarnas J. D. Kremer C. H. |
Comparing
the Jezero Floor Unit and the Circum-Isidis Mafic Cap: Morphology, Stratigraphy,
and Composition [#2475] |
4:15 p.m. |
Quantin-Nataf C. * Holm-Alwmark S. Lasue J. Calef F. J. Shuster D. et al. |
The
Complex Exhumation History of Jezero Crater Floor Unit [#2034] |
4:30 p.m. |
Tarnas J. D. * Parente M. Stack K. M. Mustard J. F. Koeppel A. H. D. et al. |
Origins
of Carbonate-Bearing Rocks in Jezero Crater [#2251] |
4:45 p.m. |
Simon J. I. * Scheller E. L. Holm-Alwmark S. Benison K. C. Bosak T. et al. |
Characterizing
the Stratigraphy of the Nili Planum Region Outside Jezero Crater: Implications for Mars 2020
Strategic Planning [#1515] |
5:00 p.m. |
|
End
of Session |
Tuesday,
March 16, 2021
LUNAR VOLATILES THROUGH REMOTE SENSING, MODELING AND EXPERIMENTS
4:00
p.m. Track 2
Chairs: Charles
Hibbitts and Parvathy Prem
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Lucey P. G. * Costello E. Hurley D. M. Orlando T. Farrell W. M. et al. |
Understanding
the Contemporary Lunar Volatile System as a Key to the Past [#1764] |
4:08 p.m. |
Flom A. J. * Lucey P. G. Honniball C. I. Head J. W. III |
Telescopic
Hydration Observations of Change’e 5 Landing Site in Partial Eclipse [#1863] |
4:11 p.m. |
Honniball C. I. * Lucey P. G. Petro N. E. Li S. Young K. E. |
Enhanced
Hydration at Craters with Central Peaks Detected by
Ground-Based Observations [#1256] |
4:14 p.m. |
Li S. * Taylor G. J. Lentz R. Needham D. H. Gaddis L. et al. |
Water
Anomalies at Rugged Lava Flows on the Moon [#2508] |
4:17 p.m. |
Thomson B. J. * Bhiravarasu S. S. Nypaver C. A. Patterson G. W. Stickle A. M. et al. |
One of
These Poles is Not Like the Other:
Asymmetry in the Global Distribution of Lunar CPR
Anomalous Craters [#2489] |
4:20 p.m. |
Fisher E. A. * Mustard J. F. Pieters C. M. |
Evaluating
Water Adsorption Through Remotely Acquired Spectra of the Lunar Surface [#2742] |
4:23 p.m. |
Reiss P. * Warren T. Sefton-Nash E. Trautner R. |
Diurnal
Storage and Release of Lunar Subsurface Water in the Clavius Region [#2333] |
4:26 p.m. |
Keller J. W. * Chornay D. J. McLain J. L. |
Negative
Secondary Ion Sputtering by Solar Wind Energy Ions on Lunar Samples [#1522] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Tuesday,
March 16, 2021
CHONDRULES: THE CONTINUING CONUNDRUM
4:00
p.m. Track 3
Chairs: Tasha Dunn and Ashley King
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Siron G. Kita N. T. * Fukuda K. Kimura M. |
High
Precision Al-Mg Chronology of Chondrules in Unequilibrated
Ordinary Chondrites [#1639] |
4:08 p.m. |
Fukuda K. * Hibiya Y. Kastelle C. R. Suzuki K. Iizuka T. et al. |
Multiple
CV Chondrule Precursors Originating from the Inner and Outer Solar
System: Evidence from Cr-Ti-O Isotope
Systematics of Allende Chondrules [#1319] |
4:11 p.m. |
Cashion M. D. * Johnson B. C. Wakita S. Davison T. Krot A. N. et al. |
Producing
Chondrules in the Outer Solar System:
The Effect of Ice on Impact Jetting [#1737] |
4:14 p.m. |
Greenwood J. P. * Herbst W. |
New
Constraints on Chondrule Formation from Experimental Reproduction of Aluminum
and Titanium Zoning in Chondrule Olivine [#1617] |
4:17 p.m. |
Koefoed P. * Pravdivtseva O. Ogliore R. Jiang Y. Lodders K. et al. |
K
Isotope Systematics of the CB Chondrite Gujba: Testing the Impact Plume Model
of Formation [#2310] |
4:20 p.m. |
Sheikh D. * Humayun M. |
Geochemical
Constraints on Potential UOC Chondrule Genesis by Hypervelocity Impact Vapor
Plumes and Likely Precursor Sources [#1279] |
4:23 p.m. |
Azevedo-Vannson S. * Remusat L. Piani L. Pont S. Roskosz M. |
Hydrogen
Content in Chondrules of CM Chondrites:
Influence of Aqueous Alteration or Preaccretional Heritage? [#1867] |
4:26 p.m. |
Carballido A. * Xiang C. Hanna R. D. Matthews L. S. Hyde T. W. |
Early
Accretion of Chondrule Dust Rims [#1976] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Tuesday,
March 16, 2021
ICY AND OCEAN WORLDS: COMPOSITIONAL
EVOLUTION AND STATE
4:00
p.m. Track 4
Chairs: Bethany
Theiling and Xinting Yu
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Spiers E. M. * Schmidt B. E. |
Water
Activity of Europa’s Ocean: Temporal
Variability and Implications [#2643] |
4:08 p.m. |
Fox-Powell M. G. * Buffo J. J. Vance S. D. Semprich J. Ramkissoon N. et al. |
Brine
Evolution and Transport-Driven Fractionation of Ocean Fluids Within Europa’s
Icy Shell [#1929] |
4:11 p.m. |
Cerubini R. * Pommerol A. Galli A. Yoldi Z. Jost B. et al. |
VIS-NIR
Spectral Study of Salty Ice Analogue Samples with Implications for
Icy Moons [#1466] |
4:14 p.m. |
Semprich J. * Schwenzer S. P. Treiman A. H. |
Rocky
Core Meets Fluids — Modeling Metamorphic Phases on Icy Moons [#1059] |
4:17 p.m. |
Prettyman T. H. * Castillo-Rogez J. C. Landis M. E. Yamashita N. |
Elemental
Constraints on Ceres’ Hydrothermal Evolution:
Regolith Models [#1249] |
4:20 p.m. |
Hamp R. E. * Schwenzer S. P. Fox-Powell M. Olsson-Francis K. Pearson V. K. |
Modelling
Water-Rock Interactions in the Subsurface Environment of Enceladus [#1244] |
4:23 p.m. |
Cable M. L. * Vu T. H. Maynard-Casely H. E. Malaska M. J. Choukroun M. et al. |
The New
Field of Titan Cryomineralogy: Six
Confirmed Co-Crystals and Counting [#1211] |
4:26 p.m. |
Duncan T. * Yu X. Thompson M. Kim K. Telus M. et al. |
Outgassing
Experiments on Carbonaceous Chondrites and Their Implications for Titan’s
Secondary Atmosphere [#2664] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Tuesday,
March 16, 2021
LET IT FLOW: LAVA FLOW DYNAMICS AND
EMPLACEMENT ACROSS THE SOLAR SYSTEM
4:00
p.m. Track 5
Chairs: Ethan
Schaefer and Susan Sakimoto
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Schaefer E. I. * Neish C. D. Hamilton C. W. |
Strong
Variability in the Decameter-Scale Geometries of Lava Flow Margins [#2401] |
4:08 p.m. |
Keszthelyi L. P. * Rumpf M. E. |
Progress
Toward a Porous Flow Model for the Emplacement of Pahoehoe Flow Fields [#2005] |
4:11 p.m. |
Sisolekar S. * Duraiswami R. Monterio A. |
A
Rheological, Mathematical, and Statistical Comparison of Lunar Rilles and
Terrestrial Lava Tubes [#2298] |
4:14 p.m. |
Wilson L. * Head J. W. |
Lunar
Volcanic Eruptions: Estimates of Magma
Volatile Contents, Volumes, and Eruption Rates [#1226] |
4:17 p.m. |
Davies A. G. * Wilson L. Head J. W. III de Kleer K. de Pater I. |
Modelling
Voluminous, Rapid Lava Flow Emplacement on Io to Constrain
Lava Composition [#1539] |
4:20 p.m. |
Quick L. C. * Fagents S. A. Nunez K. A. Beyer R. A. Beddingfield C. B. et al. |
A
Volume Flux Approach to Europa Cryolava Dome Formation and Implications for
the Thermal Evolution of Crustal Fluid Reservoirs [#2637] |
4:23 p.m. |
Morrison A. A. * Whittington A. G. Mitchell K. L. |
Modeling
Effusive Cryolava Flows: Reevaluating
Flow Emplacement [#2123] |
4:26 p.m. |
Dapremont A. M. * Wray J. J. |
Subsurface
Sediment Mobilization on Mars:
Compositional Analysis Using HiRISE Color Data [#2101] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Wednesday,
March 17, 2021
LUNAR SCIENCE FOR THE NEW MILLENNIUM (LIVE PRESENTATIONS)
11:00
a.m. Track 1
Chairs: Lisa Gaddis and Walter Kiefer
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
Lin Y. * Li X. Zhou Y. |
The
Scientific Achievements by Chang’E-4 and the New Lunar Samples Returned
by Chang’E-5 [#2779] |
11:20 a.m. |
Shearer C. K. * McCubbin F. M. |
Revisiting
Apollo and Preparing for Artemis: A
Perspective from the ANGSA Initiative [#1566] |
11:40 a.m. |
Weber R. C. * Lawrence S. J. Cohen B. A. Bleacher J. E. Boyce J. W. et al. |
The
Artemis III Science Definition Team Report [#1261] |
Wednesday,
March 17, 2021
SPECIAL SESSION: APOLLO NEXT GENERATION
SAMPLE ANALYSIS I: FULFILLING APOLLO
GOALS AND PREPARING FOR ARTEMIS, NEW RESULTS FROM SPECIAL APOLLO SAMPLES
12:30
p.m. Track 1
Chairs: Natalie
Curran and Charles Shearer
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
12:30 p.m. |
|
Presenter Introductions |
12:35 p.m. |
McCubbin F. M. * Shearer C. K. Barnes J. J. Burgess K. Cohen B. A. et al. |
The
ANGSA Program: A Low-Cost Lunar
“Sample Return Mission.” An Overview and Progress Over the Last
18 Months [#1541] |
12:38 p.m. |
Schmitt H. H. * |
Apollo
17 Deep Drill Core 70001/9: Large
Impact Ages at Taurus-Littrow, Recorded Increase in Solar Luminance, and
Implications for ANGSA Studies [#2575] |
12:41 p.m. |
Petro N. E. * Moriarty D. P. Schmitt H. H. Shearer C. Sun L. |
Compositional
Variability and Basalt Stratigraphy of the Taurus-Littrow Valley Floor: Implications for Double Core Tube 73001/02 [#2381] |
12:44 p.m. |
Gross J. * Krysher C. Mosie A. Zeigler R. A. McCubbin F. M. et al. |
Preliminary
Examination Process of Apollo Core 73002 — Insights and Lessons Learned from
ANGSA for Future Sample Return Missions [#2684] |
12:47 p.m. |
Zeigler R. A. * Eckley S. A. Hanna R. Edey D. Ketcham R. A. et al. |
Using
X-Ray Computed Tomography to Image Apollo Drive Tube 73002 [#2632] |
12:50 p.m. |
Schild T. * Tuohy E. Medeiros P. Crespi C. Scharnholz F. et al. |
Development
of a High Vacuum CSVC Penetration System for the Apollo Next-Generation
Sample Analysis Programme [#1888] |
12:53 p.m. |
Sun L. * Lucey P. Flom A. Ferrari-Wong C. Zeigler R. et al. |
Multispectral
Imaging and Hyperspectral Profile of the First Dissection of Core 73002 [#1789] |
12:56 p.m. |
Neuman M. D. * Jolliff B. L. Koefoed P. Wang K. ANGSA Science Team |
Apollo
17 Drive Tube 73002 Major and Trace Element Characterization [#1470] |
12:59 p.m. |
|
Q&A |
1:30 p.m. |
|
End
of Session |
Wednesday,
March 17, 2021
ISOTOPIC RESERVOIRS IN THE EARLY SOLAR SYSTEM
12:30
p.m. Track 2
Chairs: Jean-David
Bodénan and Bradley Meyer
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
12:30 p.m. |
|
Presenter Introductions |
12:35 p.m. |
Bose M. * Schulte J. Vance G. Jansen R. A. Young P. |
Heterogeneous
R-Process Chromium and Titanium Ejecta from Core Collapse Supernova Ejecta
Polluted Our Solar System [#1414] |
12:38 p.m. |
Bermingham K. R. * Meyer B. S. Frizzell K. Mezger K. M. |
Isotopic
Constraints on the Building Blocks of the Solar System [#2107] |
12:41 p.m. |
Jacquet E. * Pignatale F. C. |
Inheritance
of Meteoritic Isotopic Anomalies from a Zoned Protosolar Cloud [#1042] |
12:44 p.m. |
Bodénan J.-D. * Hutchison M. Mayer L. Schönbächler M. |
Nucleosynthetic
Variations Generated by Size and Density Driven Sorting of Dust in
Protoplanetary Disk [#1954] |
12:47 p.m. |
Bryson J. F. J. * Brennecka G. A. |
Constraints
on Chondrule Generation, Disk Dynamics, and Asteroid Accretion from the
Compositions of Carbonaceous Meteorites [#1301] |
12:50 p.m. |
Grewal D. S. * Dasgupta R. Marty B. |
A Very
Early Origin of Isotopically Distinct Nitrogen in Inner Solar
System Protoplanets [#1601] |
12:53 p.m. |
Ku Y. * Petaev M. I. Skripnik A. Ya. Ivanova M. A. Jacobsen S. B. |
K
Isotope Variations in Chondrules, CAIs.
Matrix and Bulk Chondrites [#2377] |
12:56 p.m. |
Miller A. M. * Dey S. Yin Q.-Z. Goodrich C. A. Hamilton V. E. et al. |
Stalking
a Large Carbonaceous Chondrite Asteroid Using ε54Cr-Δ17O
Isotope Systematics of the Unique Xenolith Almahata Sitta 202 [#2360] |
12:59 p.m. |
|
Q&A |
1:30 p.m. |
|
End
of Session |
Wednesday,
March 17, 2021
SMALL BODY SPECTROSCOPY: COMPOSITION AND
CLASSIFICATION
12:30
p.m. Track 3
Chairs: Sherry
Fieber-Beyer and Driss Takir
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
12:30 p.m. |
|
Presenter Introductions |
12:35 p.m. |
Germann J. T. * Fieber-Beyer S. K. |
VNIR
Reflectance Spectroscopy of Five G-Class Asteroids: Implications for Mineralogy and
Geologic Evolution [#1143] |
12:38 p.m. |
Strom C. A. * Fieber-Beyer S. K. Gaffey M. J. Germann J. T. |
A
Spectral Analysis of the Massalia Asteroid Family to Evaluate the L-Chondrite
Source Hypothesis [#1597] |
12:41 p.m. |
Rivkin A. S. * Howell E. S. Emery J. P. Richardson M. |
Hydrated
Minerals on B-class Asteroids [#1945] |
12:44 p.m. |
Lim L. F. * Kaplan H. H. Hamilton V. E. Christensen P. R. Simon A. A. et al. |
Main-Belt
Infrared Spectral Analogues for (101955) Bennu: Gaussian Fitting to AKARI Spectra of
Bennu-Like Asteroids [#2219] |
12:47 p.m. |
Parra S. A. * Ehlmann B. L. Velbel M. |
Characterizing
Spectral Diversity in Carbonaceous Chondrites and Linking Meteorites to
Asteroids with Microimaging Spectroscopy [#2282] |
12:50 p.m. |
Trigo-Rodriguez J. M. * Pérez del Pino A. Peńa-Asensio E. Rimola A. |
Meteorite
Controlled Ablation Under Low Vacuum Studied Using Emission
Spectroscopy: A Technique to Sample
the Bulk Composition of Asteroids [#1384] |
12:53 p.m. |
Wallace S. M. * Dyar M. D. Burbine T. H. Sheldon D. |
Utility
of Generative Approaches for Meteorite and Asteroid Classification [#2507] |
12:56 p.m. |
Breitenfeld L. B. * Rogers A. D. Glotch T. D. Hamilton V. E. Christensen P. R. et al. |
An
Integrated Fine and Coarse Particulate Machine Learning MIR Model Predicts
Modal Mineralogy of CI/CM Chondritic Asteroids and Bennu [#1147] |
12:59 p.m. |
|
Q&A |
1:30 p.m. |
|
End
of Session |
Wednesday,
March 17, 2021
MARTIAN HYDRATED MINERALS AND AQUEOUS ALTERATION
12:30
p.m. Track 4
Chairs: Mark
Salvatore and Katherine Primm
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
12:30 p.m. |
|
Presenter Introductions |
12:35 p.m. |
Viviano C. E. * Phillips M. S. Seelos K. D. Roberts J. H. |
Unique
Basin-Related Alteration on Early Mars [#1675] |
12:38 p.m. |
Krzesinska A. M. Bultel B. * Loizeau D. Craw D. April R. et al. |
Mineralogy,
Aqueous Alteration, and Biosignature Preservation Potential of Bedrock
Deposits at Oxia Planum, ExoMars 2022 Landing Sites, as Inferred from
Spectral Study of Terrestrial Analogues [#1189] |
12:41 p.m. |
Pineau M. * Mathian M. Baron F. Le Deit L. Rondeau B. et al. |
Near-Infrared
Signature of Kaolinite: A Proxy for
Estimating Its Crystallinity and Its Geological Origin on Earth and Mars [#1898] |
12:44 p.m. |
Sheppard R. Y. * Milliken R. E. Robertson K. M. |
Presence
of Clay Minerals Can Obscure Spectral Evidence of Mg Sulfates: Implications for Orbital Observations
of Mars [#1560] |
12:47 p.m. |
Bishop J. L. * Weitz C. M. Parente M. Gross C. Saranathan A. M. et al. |
Correlating
Sulfates with the Aqueous Geochemical History at Juventae Chasma, Mars [#1082] |
12:50 p.m. |
Hughes E. B. * Gilmore M. S. Eleazer M. |
VNIR
and Raman Spectral Characterization of Martian Analogue Chloride and
Sulfate Brines [#2050] |
12:53 p.m. |
Qu S. Y. * Cui H. Yin X. Z. Jackson W. A. Nie X. et al. |
Fe
Mineralogy Controls on Generation Ratio of Chlorate/Perchlorate on the
Martian Surface [#1973] |
12:59 p.m. |
|
Q&A |
1:30 p.m. |
|
End
of Session |
Wednesday,
March 17, 2021
EXOPLANETS: COMPOSITION AND STRUCTURE
12:30
p.m. Track 5
Chairs: Stephen Kane and Noam Izenberg
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
12:30 p.m. |
|
Presenter Introductions |
12:35 p.m. |
Parman S. W. * Evans A. J. Alvarez E. G. Weller M. B. Reinhard C. T. et al. |
Assessing
the Abundance of Super-Mercuries and Their Habitability [#2477] |
12:38 p.m. |
Ostberg C. M. * Dalba P. Kane S. R. |
Differentiating
Exo-Venus and Exo-Earth Using Transmission Spectroscopy [#2580] |
12:41 p.m. |
Jackson A. P. * Desch S. J. |
To See
a World in a Shard of Ice: ‘Oumuamua
as a Fragment of N2 Ice from an Exo-Pluto [#1718] |
12:44 p.m. |
Brugman K. K. * Phillips M. G. Till C. B. |
Petrological
Experiments on Rocky Exoplanet Compositions Reveal Clues to Habitability [#1967] |
12:47 p.m. |
Spaargaren R. J. * Wang H. S. Ballmer M. D. Mojzsis S. J. Tackley P. J. |
The
Compositional Range of Terrestrial Exoplanets in the Solar Neighborhood [#2605] |
12:50 p.m. |
Blaske C. H. * O’Rourke J. G. |
Energetic
Requirements for Dynamos in the Metallic Cores of Super-Earth and
Super-Venus Exoplanets [#2323] |
12:53 p.m. |
Foing V. * Heras A. M. Foing B. |
Characterizing
Exoplanet Transits and Stellar Activity in Kepler Lightcurves with Scalable
Gaussian Processes [#1552] |
12:56 p.m. |
Rusticus Y. J. * Foing B. H. Heras A. M. Foing V. Hönes C. J. et al. |
Towards
Deep Learning for Transiting Exoplanet Search Using Simulated TESS Data [#2080] |
12:59 p.m. |
|
Q&A |
1:30 p.m. |
|
End
of Session |
Wednesday,
March 17, 2021
SPECIAL SESSION: APOLLO NEXT GENERATION
SAMPLE ANALYSIS II: FULFILLING APOLLO
GOALS AND PREPARING FOR ARTEMIS, NEW RESULTS FROM SPECIAL APOLLO SAMPLES
2:30
p.m. Track 1
Chairs: Richard
Walroth and Francis McCubbin
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Cymes B. A. * Burgess K. D. Stroud R. M. ANGSA Science Team |
Nanoscale
Insights into Apollo 17 Regolith Samples from Stations 2 and 6: Exposure History, Mineral Phase
Composition, and Space Weathering [#1152] |
2:38 p.m. |
Simon S. B. * Shearer C. K. Cato M. Jolliff B. L. Neal C. et al. |
Exploring
the South Massif of the Taurus-Littrow Valley (TLV) by Examining the Less
Than 2mm Lithic Fragments in the 73001/73002 Double Drive Tube [#1562] |
2:41 p.m. |
Jolliff B. L. * Yen C. J.-K. Gross J. Zeigler R. A. Eckley S. A. et al. |
Lithology
of Rock Fragments in Apollo 17 Double Drive Tube Core 73002 Using X-Ray
Computed Tomography and Comparison to Lithologic Makeup of Station
3 Soils [#2681] |
2:44 p.m. |
Valenciano J. L. * Neal C. R. Shearer C. K. ANGSA Science Team |
Crystal
Size Distributions of Ilmenite in Basalt Clasts from Apollo 17 Drive
Tube 73002 [#2135] |
2:47 p.m. |
Wilbur Z. E. * Barnes J. J. Eckley S. A. Boyce J. W. Brounce M. et al. |
Investigating
the Magmatic History of Volatiles in Apollo 17 Basalts, Apollo Next
Generation Sample Analysis [#1497] |
2:50 p.m. |
Recchuiti E. M. * McCanta M. C. Dyar M. D. Skulte E. Lanzirotti A. |
Mapping
Hydrogen Variations in Silicate Glasses:
Eruptive Lunar Degassing [#1299] |
2:53 p.m. |
Brounce M. * Barnes J. Boyce J. Wilbur Z. E. McCubbin F. M. et al. |
The
Oxidation State of Sulfur in Apollo Samples 71035 and 71055 [#1572] |
2:56 p.m. |
Sehlke A. * Sears D. W. G. |
Natural
Thermoluminescence of Lunar Samples:
Review and Update [#2658] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Wednesday,
March 17, 2021
BIG BODIES: MODELING AND MEASUREMENTS OF
PLANETESIMALS
2:30
p.m. Track 2
Chairs: Andrew Rivkin
and
Jennifer Scully
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Holsapple K. A. * |
New
Findings from Simulations of the History of Main Belt Asteroids [#1373] |
2:38 p.m. |
Takir D. * Neumann W. Raymond S. N. Emery J. P. Trieloff M. |
Large
Low-Albedo Asteroids: Thermal and
Dynamical Context [#1364] |
2:41 p.m. |
Rousseau B. * De Sanctis M. C. Raponi A. Ciarniello M. Ammannito E. et al. |
DAWN-VIR
at Vesta and Ceres: A New Look in the
Visible Through Global Maps of Spectral Parameters [#1431] |
2:44 p.m. |
Scully J. E. C. * Poston M. J. Carey E. M. Baker S. R. Castillo-Rogez J. C. et al. |
Testing
the Hypothesis that Curvilinear Gullies, Lobate Deposits, and Pitted Terrain
on Vesta and Ceres Were Formed by Short-Lived,
Debris-Flow-Like Processes [#1252] |
2:47 p.m. |
Mitchell J. T. * Tomkins A. G. Newton C. Johnson T. E. |
The
Evolving Crust of 4 Vesta from Compositional and Thermal Modelling [#1576] |
2:50 p.m. |
Cheng H. C. J. * Klimczak C. Fassett C. I. |
Age
Relationships of Large-Scale Troughs and Impact Basins on Vesta [#1014] |
2:53 p.m. |
Courville S. W. * O’Rourke J. G. Castillo-Rogez J. C. Oran R. Weiss B. P. et al. |
Magnetization
of Large C-Type Asteroids: A
Detectable Consequence of Pebble Accretion? [#2355] |
2:56 p.m. |
Arredondo A. * Campins H. Pinilla-Alonso N. de Leon J. Lorenzi V. et al. |
Spectroscopic
Survey of the Inner Belt Primitive Background Population [#1535] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Wednesday,
March 17, 2021
MERCURY: BIG SCIENCE IN A SMALL PLANET
2:30
p.m. Track 3
Chairs: Ariel Deutsch
and
Edgard Rivera-Valentín
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Clement M. S. * Chambers J. E. |
Small,
Dense, and Isolated: Growing Better
Mercury Analogs with In-Situ Accretion and Cataclysmic Instabilities [#1024] |
2:38 p.m. |
Peterson G. A. * Johnson C. L. Jellinek A. M. |
Thermal
Evolution of Mercury with a Volcanic Heat Pipe Flux [#2354] |
2:41 p.m. |
Iacovino K. * Boyce J. W. Lunning N. G. McCubbin F. M. Moore G. M. et al. |
Carbon
Solubility in Mercurian Magmas: What
We Don’t Know [#1057] |
2:44 p.m. |
Gosselin G. J. * Freed A. M. Johnson B. C. |
Where
Have All the Rings Gone? Exploring the Reputed Multiring Nature of Mercury’s
Caloris Basin [#1529] |
2:47 p.m. |
Gray R. W. * Byrne P. K. |
Spectral
Analysis of Distinct Geological Units on Mercury [#2610] |
2:50 p.m. |
Varatharajan I. * Tsang C. Wohlfarth K. Wöhler C. Izemberg N. et al. |
Surface
Mineralogy of Major Geochemical Terranes of Mercury: Results from NIR (0.7-4.2 microns) Ground
Based IRTF/SpeX Spectroscopy [#1359] |
2:53 p.m. |
Meyer H. M. * Rivera-Valentín E. G. Chabot N. L. |
A
Multi-Wavelength Study of Mercury’s Polar Anomalies: New Data from Arecibo Informed
by MESSENGER [#1508] |
2:56 p.m. |
Thompson M. S. * Vander Kaaden K. E. Loeffler M. J. McCubbin F. M. |
Understanding
the Space Weathering of Mercury Through Laboratory Experiments [#1496] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Wednesday,
March 17, 2021
MARTIAN MINERALOGY FROM ORBIT
2:30
p.m. Track 4
Chairs: Christina
Viviano and Giulia Alemanno
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Zastrow A. M. * Glotch T. D. |
A Tour
of Carbonate Lithologies in Huygens Basin, Mars [#2751] |
2:38 p.m. |
Sathe V. M. * Sur K. Chauhan M. Chauhan P. Sharma R. U. |
Geological
Investigation of Northern Rim of Argyre Planitia, Mars Using High
Resolution Datasets [#1916] |
2:41 p.m. |
Lane M. D. * Bishop J. L. Loizeau D. Tirsch D. Tornabene L. L. et al. |
Identifying
Two Distinct Olivine Compositions in Tyrrhena Terra and Libya
Montes, Mars [#2550] |
2:44 p.m. |
Sinha P. * Horgan B. |
The
Mineralogy of Lithic Sediments Within the South Polar Layered Deposits
of Mars [#2070] |
2:47 p.m. |
Condus T. * Arvidson R. E. Moreland E. L. |
CRISM-Derived
Modal Mineralogy and Thermal Inertia for Oxia Planum [#1670] |
2:50 p.m. |
Cowart J. C. * Rogers A. D. |
Compositional
Analysis of Martian Regolith and Surface Deposits Using THEMIS Repeat Imaging
Over the Diurnal Cycle [#1112] |
2:53 p.m. |
Rani A. * Basu Sarbadhikari A. Hood D. R. Karunatillake S. Nambiar S. |
Synthesis
of Chemical Provinces on Mars and Their Geologic Interpretations [#2353] |
2:56 p.m. |
Scudder N. A. * Rutledge A. M. Horgan B. Smith R. J. |
Hydrated
Silica Associated with Glacier-Like Forms on Mars [#2062] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Wednesday,
March 17, 2021
ATMOSPHERES: DYNAMICS, EVOLUTION, AND
COMPOSITION
2:30
p.m. Track 5
Chairs: German
Martinez and Robin Wordsworth
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Thompson M. A. * Telus M. Schaefer L. Fortney J. J. Joshi T. et al. |
Leveraging
Meteorite Outgassing Experiments to Improve Models of the Initial Atmospheres
of Terrestrial Exoplanets [#1313] |
2:38 p.m. |
Kite E. S. * Steele L. J. Mischna M. A. Wilson S. A. Morgan A. M. et al. |
Sustaining
Mars Surface Habitability: Climate and
Climate Evolution [#1703] |
2:41 p.m. |
Navarro-González R. * Navarro K. F. Coll P. McKay C. P. Sutter B. et al. |
Abiotic
Input of Fixed Nitrogen by Bolide Impacts in CH4+CO2+N2
and H2+CH4+CO2+N2 Atmospheres.
Comparison with Nitrate Levels Measured by the Curiosity Rover’s Sample
Analysis at Mars Instrument [#1365] |
2:44 p.m. |
Vicente-Retortillo A. * Martínez G. M. Lemmon M. T. Renno N. O. Rodríguez-Manfredi J. A. |
Diurnal
Variations in Atmospheric Opacity at Gale Crater, Mars [#1419] |
2:47 p.m. |
Bapst J. * Piqueux S. Edwards C. S. Hayne P. O. Kass D. M. et al. |
Global
Dust Redistribution on Mars: Insights
from Observed Surface Temperatures [#2639] |
2:50 p.m. |
Sharaf O. * Amiri S. Almatroushi H. AlDhafri S. AlRais A. et al. |
Emirates
Mars Mission (EMM) 2020 Overview and Status [#1077] |
2:53 p.m. |
Brinjikji M. * Lyons J. R. |
The
Effect of Diffusion on Oxygen Isotopes in the Upper Atmosphere of Mars [#2544] |
2:56 p.m. |
Kutsop N. W. * Corlies P. M. Hayes A. G. Le Mouelic S. Lunine J. I. et al. |
Stratospheric
Haze Bands Observed in Cassini VIMS [#2500] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Wednesday,
March 17, 2021
NEW UNDERSTANDING OF MARS AND ASTEROIDS (LIVE PRESENTATIONS)
4:00
p.m. Track 1
Chairs: Eileen
Stansbery and Walter Kiefer
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
Panning M. P. * Banerdt W. B. Smrekar S. Antonangeli D. Asmar S. et al. |
Results
from InSight’s First Full Martian Year [#1533] |
4:20 p.m. |
Lauretta D. S. * OSIRIS-REx TAG Team |
The
OSIRIS-REx Touch-and-Go Sample Acquisition Event and Implications for the
Nature of the Returned Sample [#2097] |
4:40 p.m. |
Tachibana S. * Sawada H. Okazaki R. Takano Y. Sakamoto K. et al. |
Hayabusa2
Reentry Capsule Retrieval and Sample Container Opening Operations [#1289] |
Thursday,
March 18, 2021
SURFACE-ATMOSPHERE INTERACTIONS ON ICY WORLDS:
A VOLATILE SESSION
11:00
a.m. Track 1
Chairs: Rajani
Dhingra and Paul Schenk
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Yu X. * Yu Y. Garver J. Zhang X. |
Cloud-Aerosol
and Cloud-Lake Interactions on Titan [#2711] |
11:08 a.m. |
Lapotre M. G. A. * Malaska M. J. Cable M. L. |
Interplay
Between Grain Sintering and Transport-Induced Abrasion in Creating Sand-Sized
Sediments on Titan [#1135] |
11:11 a.m. |
Bonnefoy L. E. * Lorenz R. D. Hayes A. G. Lucas A. Poggiali V. et al. |
Radar
Backscatter Properties of the Dragonfly Landing Site [#1920] |
11:14 a.m. |
Wakita S. * Johnson B. C. Soderblom J. M. Shah J. Neish C. D. |
Methane-Saturated
Crust May Prevent the Formation of Detectable Impact Craters on Titan [#1173] |
11:17 a.m. |
Mao X. * McKinnon W. B. Singer K. N. Keane J. T. Robbins S. J. et al. |
Collisions
with Small Classical Kuiper Belt Objects are Not Sufficient to Cause
Substantial Spin Changes to Arrokoth [#2415] |
11:20 a.m. |
Hedgepeth J. E. * Neish C. D. Bray V. J. |
Nitrogen’s
Role in the Degradation of Craters on Pluto [#2555] |
11:23 a.m. |
Lisse C. M. * Young L. A. Cruikshank D. P. Sandford S. A. Schmitt B. et al. |
On the
Origin and Thermal Stability of Arrokoth’s and Pluto’s Ices [#2187] |
11:26 a.m. |
Suárez J. * Ochoa L. Delgado C. Saavedra F. |
Geomorphological
Mapping of Sputnik Planitia and Its Surroundings, and How It`s Shaped by
Pluto Internal and External Processes [#1736] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Thursday,
March 18, 2021
LUNAR REMOTE SENSING: BAD MOON RISING
11:00
a.m. Track 2
Chairs: Paul Lucey and Emily Martin
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Narendranath S. * Pillai N. S. Vadodariya K. Dhingra D. Bhatt M. et al. |
New
Insights from Chandrayaan-2 Large Area Soft X-Ray Spectrometer [#2230] |
11:08 a.m. |
Kremer C. H. * Mustard J. F. Pieters C. M. Greenhagen B. T. Donaldson Hanna K. L. |
Detecting
Olivine Composition in Troctolitic Mixtures in the “Cross-Over” Infrared
Range (4–8 µm) [#2191] |
11:11 a.m. |
Patterson G. W. * Cahill J. T. S. Carter L. M. Morgan G. A. Neish C. D. et al. |
Mini-RF
X-Band Bistatic Observations of the Moon [#2607] |
11:14 a.m. |
Giannakis I. * Zhou F. Warren C. Giannopoulos A. |
A
Shallow Layered Structure at Chang’E-4 Landing Site Revealed Using Lunar
Penetrating Radar [#1276] |
11:17 a.m. |
Chertok M. A. * Lucey P. G. Costello E. S. |
The
Size-Frequency Distribution of Rocky Craters at the Chang’e 5 Landing
Site: Rock Abundance as a Probe for
Mechanical Properties of Regolith [#1360] |
11:20 a.m. |
Watkins R. N. * Jolliff B. L. Boyd A. Gonzales N. Speyerer E. |
LROC
NAC Photometry of the Apollo 16 Landing Site:
Correlating Feldspathic Compositions Using Landing Site and
Sample Data [#2158] |
11:23 a.m. |
Valencia S. N. * Watkins R. N. Moriarty D. P. III Jolliff B. L. Petro N. E. |
Surface
Composition and Mineralogy of the Apennine Bench Formation [#2154] |
11:26 a.m. |
Chauhan M. * Chauhan P. Thangjam G. Bhattacharya S. Dagar A. et al. |
Mineral
Detection Using Chandrayaan-2 Imaging Infrared Spectrometer (IIRS): Some Initial Results [#1907] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Thursday,
March 18, 2021
CARBONACEOUS CHONDRITES: PARENT BODY
PROCESSING AND ORGANIC MATTER
11:00
a.m. Track 3
Chairs: Ryan Ogliore and Martin Lee
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Chennaoui Aoudjehane H. * Agee C. B. Ziegler K. Garvie L. A. J. Irving A. et al. |
Tarda
(C2-Ung): A New and Unusual
Carbonaceous Chondrite Meteorite Fall from Morocco [#1928] |
11:08 a.m. |
Dey S. * Yin Q.-Z. Zolensky M. |
Exploring
the Planetary Genealogy of Tarda — A Unique New Carbonaceous Chondrite [#2517] |
11:11 a.m. |
Martin P. M. C. * Lee M. R. |
Clast
Populations Within the CM2.2 Brecciated Carbonaceaous Chondrite Aguas
Zarcas: Implications for Understanding
Aqueous Alteration on Ryugu [#2068] |
11:14 a.m. |
Schrader D. L. * Davidson J. McCoy T. J. Zega T. J. Russell S. S. et al. |
The
Fe/S Ratio of Pyrrhotite Group Sulfides in Chondrites is Related to the
Degree of Oxidation [#1058] |
11:17 a.m. |
Busemann H. * Schrader D. L. Alexander C. M. O’D. Spring N. H. Kuga M. et al. |
Parent
Body Processing in CR Chondrites Recorded by Noble Gases [#2718] |
11:20 a.m. |
Stroud R. M. * De Gregorio B. T. Alexander C. M. O’D. |
Elemental
Composition and Functional Chemistry Variation at the Nanoscale in Insoluble
Organic Matter from Carbonaceous Chondrites [#2745] |
11:23 a.m. |
Glavin D. P. * Elsila J. E. McLain H. L. Aponte J. C. Parker E. T. et al. |
Evidence
for Extraterrestrial L-Amino Acid Excesses in the CM2 Aguas Zarcas and
Murchison Meteorites: Predictions for
Ryugu and Bennu [#1086] |
11:26 a.m. |
De Gregorio B. T. *
Stroud R. M. |
Insoluble
Organic Matter in Ryugu Analog Meteorite Jbilet Winselwan [#2059] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Thursday,
March 18, 2021
BEGINNINGS: EARLY EVOLUTION AND THE
ORIGINS OF LIFE
11:00
a.m. Track 4
Chairs: Jessica Weber
and
David Kring
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Jusino M. * Méndez A. |
The
Occurrence of Planets in the Abiogenesis Zone [#2327] |
11:08 a.m. |
Lyons J. R. * Garani J. |
N2
Self-Shielding in the Solar Nebula as the Mechanism of 15N
Enrichment in Meteoritic Amino Acids [#2716] |
11:11 a.m. |
Safonova M. * Sivaram C. |
Interplanetary
Exchange in the Solar System — Are We Really Biologically Isolated? [#1346] |
11:14 a.m. |
Burton A. S. * Berger E. L. Fox A. C. Lee C. |
The
Detection of Aromatic Amino Acids in CR Chondrites Suggests They are
Prebiotically Plausible [#1475] |
11:17 a.m. |
Rothschild L. J. * Fujishima K. Head J. W. Paulino-Lima I. |
Synthetic
Biology, Astrobiology, and the Search for Life in the Universe [#2687] |
11:20 a.m. |
Berea A. * Liu R. Santiago M. F. |
Universal
Constraints to Life Derived from Artificial Agents and Games [#1026] |
11:23 a.m. |
Méndez A. * Rivera-Valentín E. G. Schulze-Makuch D. Filiberto J. Ramírez R. et al. |
Habitability
Models for Planetary Sciences [#2291] |
11:26 a.m. |
Torres-Santiago N. J. * Pérez J. Delgado K. Cruz E. Ramírez J. et al. |
Evolution
of Terrestrial Habitability [#2720] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Thursday,
March 18, 2021
INSIGHT RESULTS: ONE MARTIAN YEAR
11:00
a.m. Track 5
Chairs: Anna
Mittelholz and Mark Panning
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Lognonné P. * Banerdt W B. Giardini D. Panning M. Pike W T. et al. |
One
Martian Year of Seismic Monitoring of Mars by InSight: Seis Results and Perspectives for the
Extended Mission [#1936] |
11:08 a.m. |
Wieczorek M. A. * Knapmeyer-Endrun B. Panning M. P. Plesa A.-C. McLennan S. M. et al. |
Global
Character of the Martian Crust as Revealed by InSight Seismic Data [#1412] |
11:11 a.m. |
Michaut C. Plesa A.-C. * Samuel H. Wieczorek M. A. McLennan S. et al. |
Crustal
Radioactivity on Mars Constrained by InSight Data and
Geodynamic Modeling [#1415] |
11:14 a.m. |
Khan A. * Ceylan S. van Driel M. Giardini D. Lognonne P. et al. |
Constraints
on the Martian Upper Mantle from InSight Seismic Data [#1836] |
11:17 a.m. |
Stähler S. C. * Ceylan S. Duran A. C. Garcia R. G. Giardini D. et al. |
Seismic
Detection of the Martian Core by InSight [#1545] |
11:20 a.m. |
Le Maistre S. * Rivoldini A. Yseboodt M. Dehant V. Van Hoolst T. et al. |
Preliminary
Results of One Martian Year of Observations from the Radio-Science Experiment
of InSight, RISE [#2011] |
11:23 a.m. |
Drilleau M. * Garcia R. Samuel H. Rivoldini A. Wieczorek M. et al. |
Marsquakes’
Location and 1-D Seismic Models for Mars from InSight Data [#1627] |
11:26 a.m. |
Knapmeyer M. * Stähler S. C. Daubar I. Forget F. Spiga A. et al. |
Marsquake
Activity Driven by the Sun? [#1069] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Thursday,
March 18, 2021
NASA HEADQUARTERS BRIEFING (LIVE PRESENTATIONS)
12:30
p.m. Track 1
|
|
|
Times |
Presenter |
Presentation |
12:30 p.m. |
|
TBD |
Thursday,
March 18, 2021
SPECIAL SESSION: SCIENTIFIC EXPLORATION
OF THE LUNAR SOUTH POLE I
2:30
p.m. Track 1
Chairs: Kathleen
Mandt and
Bradley Thomson
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
Mitchell J. L. * McCubbin F. M. Gross J. Boyce J. W. Harris C. L. et al. |
Artemis
Curation: Preparing for Sample Return
from the Lunar South Pole [#1214] |
2:33 p.m. |
Young K. E. * Hurtado Jr. J. M. Noble S. Bleacher J. E. Bailey B. et al. |
Structuring
Real-Time Science Support of Artemis Crewed Operations: Results from the Lunar Surface Science
Workshop #8 [#1634] |
2:36 p.m. |
Foing B. H. * Rogers H. Musilova M. Weert A. Mulder S. et al. |
Life
and Research at SouthPole Moonbase:
EuroMoonMars Campaigns Results 2019-2020 [#2502] |
2:39 p.m. |
Colaprete A. * Elphic R. C. Shirley M. Ennico-Smith K. Lim D. S. S. et al. |
The
Volatiles Investigating Polar Exploration Rover (VIPER) Mission [#1523] |
2:42 p.m. |
Fisch P. R. M. * Schweitzer L. C. Jones H. L. Whittaker W. L. |
Lunar
Polar Autonomous Micro-Roving for Hydrogenous Volatile Characterization [#2239] |
2:45 p.m. |
Cohen B. A. * Barber S. J. Curran N. M. Driggers P. Farrell W. M. et al. |
The
Peregrine Ion Trap Mass Spectrometer (PITMS):
A CLPS-Delivered Ion Trap Mass Spectrometer for In Situ Studies of the
Lunar Water Cycle [#1556] |
2:48 p.m. |
Mitrofanov I. G. * Tretyakov V. I. Zelenyi L. M. |
Mission
of Luna-25, as the First Step of Russian Robotic Moon
Exploration Program [#2032] |
2:51 p.m. |
Ohtake M. * Karouji Y. Ishihara Y. Nomura R. Inoue H. et al. |
Current
Status of the Planned Lunar Polar Exploration Mission Jointly Studied by
India and Japan [#1840] |
2:54 p.m. |
|
Presenter Introductions |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Thursday,
March 18, 2021
BENNU AND RYUGU: SAMPLE COLLECTION AND
RETURN
2:30
p.m. Track 2
Chairs: Eri Tatsumi and Harold Connolly
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Yada T. * Abe M. Nakato A. Yogata K. Miyazaki A. et al. |
Handling
and Description of C-Type Asteroid Ryugu Samples Returned by Hayabusa2 [#2008] |
2:38 p.m. |
Sakatani N. * Tanaka S. Okada T. Fukuhara T. Riu L. et al. |
Anomalously
Porous and Dark Rocks on Asteroid (162173) Ryugu [#1832] |
2:41 p.m. |
Sugita S. * Sugimoto C. Tatsumi E. Yokota Y. Morota T. et al. |
Collisional
and Thermal Evolution of Ryugu’s Parent Body Inferred from Bright Boulders [#1399] |
2:44 p.m. |
Neumann W. * Grott M. Trieloff M. Jaumann R. Biele J. et al. |
Parent
Body of the Hayabusa2 Target (162173) Ryugu:
High Porosity, Early Accretion, Small Size [#1361] |
2:47 p.m. |
Barnouin O. S. * Daly M. G. Seabrook J. Gaskell R. W. Palmer E. et al. |
Topography
of Nightingale, the OSIRIS-REx Sample Site on Bennu [#1133] |
2:50 p.m. |
Ballouz R.-L. * Walsh K. J. Michel P. Zhang Y. Sánchez P. et al. |
Landing
on an Asteroid: Simulations of the
OSIRIS-REx Spacecraft Touching Down on (101955) Bennu [#1349] |
2:53 p.m. |
Rizos J. L. * de León J. Licandro J. Golish D. R. Campins H. et al. |
Bennu’s
Candidate Sample Sites and Global Surface Characterized by Spectral
Clustering of OSIRIS-REx Images [#1099] |
2:56 p.m. |
Ishimaru K. * Lauretta D. S. Porter N. Golish D. R. Al Asad M. et al. |
Apparently
Layered Boulders with Multiple Textures on Bennu’s Surface [#1154] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Thursday,
March 18, 2021
MELTS ON DIFFERENTIATED PARENT BODIES
2:30
p.m. Track 3
Chairs: Aaron Bell and Jasmeet Dhaliwal
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Pang R. L. * Du W. |
A New
Occurrence of Phosphoran Olivine in Ungrouped Achondrite Northwest
Africa 12319 [#2417] |
2:38 p.m. |
Abe D. * Mikouchi T. Irving A. J. |
Experimental
Evidence for Formation of Northwest Africa 6962 CR-Related Achondrite from a
CR Chondrite Precursor Melt [#1813] |
2:41 p.m. |
Gorce J. S. * Milttlefehldt D. W. Simon J. I. |
Textural,
Geochemical, and Thermodynamic Constraints on the Evolution of Eucrite
EET 90020 [#1656] |
2:44 p.m. |
Chaussidon M. * Barrat J. A. Yamaguchi A. Beck P. Villeneuve J. et al. |
26Al Chronology
of Erg Chech 002, the Oldest Andesite in the Solar System [#2222] |
2:47 p.m. |
Vaci Z. * Ziegler K. Yang S. Humayun M. Agee C. B. |
Northwest
Africa 6698: Dioritic Partial Melt of
the Ureilite Parent Body [#2378] |
2:50 p.m. |
Lucas M. P. * Dygert N. Miller N. R. McSween H. Y. |
New
Major and Trace Element Data from Acapulcoite-Lodranite Clan Meteorites: Evidence for Melt-Rock Reaction Events and
Early Collisional Fragmentation of the Parent Body [#1307] |
2:53 p.m. |
Karageozian M. E. * Sharp T. Van Soest M. McDonald C. |
Anomalous
40Ar/39Ar Shock Ages in Mbale: Nonintuitive K and Ar Behavior,
Implications for the Interpretation of Shock Ages in Shocked Meteorites [#2318] |
2:56 p.m. |
Martin-Wells K. S. * Partee J. Nebel-Crosson J. |
Topography
and Impact Melt at Distal Tycho Secondary Chains [#2636] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Thursday,
March 18, 2021
EARLY MARS GEOMORPHOLOGY I: WARM AND
WET, COLD AND DRY, OR SOMETHING IN BETWEEN?
2:30
p.m. Track 4
Chairs: Rossman Irwin
III and
Marisa Palucis
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Citron R. I. * Manga M. Hemingway D. Plattner A. |
Are We
Visiting the Coastlines of Mars? Load-Corrected Paleo-Ocean Levels at Jezero,
Oxia Planum, and Gale [#1605] |
2:38 p.m. |
Salese F. * McMahon W. J. Balme M. Ansan V. Davis J. et al. |
Fluvial
Siliciclastic Deposition on an Unvegetated Planet: The Izola Outcrop (Mars) [#1948] |
2:41 p.m. |
Goudge T. A. * Fassett C. I. Coholich M. |
Assessing
Controls on the Termination of Overflow Floods for Paleolakes on Mars [#2196] |
2:44 p.m. |
Craddock R. A. * Ramirez R. M. Irwin, III R. P. Howard A. D. |
The
Nature of Modified Impact Craters on Mars [#2513] |
2:47 p.m. |
Grau Galofre A. * Whipple K. X. Christensen P. R. |
Valley
Networks and the Fingerprints of Martian Wet Based Glaciation [#1879] |
2:50 p.m. |
Boatwright B. D. * Head J. W. Palumbo A. M. |
Inverted
Fluvial Channels in Terra Sabaea, Mars:
Geomorphic Evidence for Proglacial Lakes and Widespread Highlands
Glaciation in the Late Noachian [#1641] |
2:53 p.m. |
McNeil J. D. * Fawdon P. Balme M. R. Coe A. L. |
The
Geology of Isolated Landforms on the Margin of Chryse Planitia, Mars [#1429] |
2:56 p.m. |
Buczkowski D. L. * Wyrick D. Y. Seelos K. D. Viviano C. E. Seelos F. P. et al. |
Her
Desher and Nirgal Valles: An
Integrated Geomorphic, Structural, and Mineralogic Evaluation of Groundwater
Flow in NW Noachis Terra [#1748] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Thursday,
March 18, 2021
VENUS: GEOLOGY AND GEOPHYSICS
2:30
p.m. Track 5
Chairs: Lindsay
McHenry and Ana-Catalina
Plesa
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Albach R. S. * Whitten J. L. |
Global
Morphologic Map of Tesserae on Venus [#2232] |
2:38 p.m. |
Fattaruso L. A. * Buczkowski D. L. McGowan E. M. McGill G. E. |
The
Lachesis Tessera Quadrangle (V-18), Venus [#2557] |
2:41 p.m. |
Antropova E. G. * Braga C. H. G. Ernst R. E. Buchan K. L. El Bilali H. |
Geological
Mapping of Unnamed Volcanic Event (Centered at 0.6°N and 277.8°E) in Eastern
Part of BAT Region, Venus [#1402] |
2:44 p.m. |
Braga C. H. G. * Antropova E. G. Ernst R. E. Buchan K. L. El Bilali H. |
Detailed
Mapping of the Volcanic Center Atira Mons, BAT Region, Venus [#1387] |
2:47 p.m. |
Conrad J. W. * Nimmo F. Black B. A. |
Uplift
Record of Baltis Vallis, Venus [#1636] |
2:50 p.m. |
Borrelli M. E. * O’Rourke J. G. Smrekar S. E. Ostberg C. M. |
A
Global Survey of Lithospheric Flexure at Pancake Domes on Venus Reveals
Intermediate Elastic Thickness [#1250] |
2:53 p.m. |
Maia J. S. * Wieczorek M. A. |
Crustal
Thickness of Venusian Crustal Plateaus [#1910] |
2:56 p.m. |
Bjonnes E. * Johnson B. C. Evans A. J. |
The
Effects of Venus’ Thermal Conditions on Multiring Basin Formation [#1513] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Thursday,
March 18, 2021
SPECIAL SESSION: SCIENTIFIC EXPLORATION
OF THE LUNAR SOUTH POLE II
4:00
p.m. Track 1
Chairs: Bernard Foing
and
Myriam Lemelin
|
|
|
Times |
Authors (*Denotes Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Schorghofer N. * Williams J.-P. Paige D. A. |
Carbon Dioxide Cold Traps on the Moon [#1389] |
43:08 p.m. |
Dong C. * Green J. L. Wang L. Draper D. S. Lingam M. et al. |
Moon’s Polar Ice and Hematite: A Consequence of Ancient Lunar Dynamo [#1790] |
4:11 p.m. |
Mandt K. E. * Mousis O. Bouquet A. Hurley D. Luspay-Kuti A. |
The Origin of Volatiles Samples by the
LCROSS Mission in Cabeus Crater [#2167] |
4:14 p.m. |
Bhiravarasu S. S. * Chakraborty T. Das A. Kumar R. Neish C. D. et al. |
L-Band Radar Observations of Cabeus
Crater: Initial Results from DFSAR
Onboard Chandrayaan-2 Mission [#1787] |
4:17 p.m. |
Deutsch A. N. * Heldmann J. L. Colaprete A. Cannon K. M. Elphic R. C. |
Investigating the Control of Surface
Temperature on Surface Ruggedness at the Lunar Poles [#2019] |
4:20 p.m. |
Feng J. * Siegler M. A. |
Thermal Gradient in the Lunar South Polar
Region Estimated from Infrared and Microwave Observations [#2678] |
4:23 p.m. |
Cannon K. M. * Deutsch A. N. Head J. W. |
Stratigraphy of Ice and Ejecta Deposits at
the Lunar Poles: Updates and
New Insights [#2497] |
4:26 p.m. |
Costello E. S. * Ghent R. R. Lucey P. G. |
Impact Gardening Does Not Protect South
Polar Ice [#1073] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End of Session |
Thursday,
March 18, 2021
BENNU AND RYUGU: SURFACE EVOLUTION
4:00
p.m. Track 2
Chairs: Terik Daly and Seiji Sugita
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Jawin E. R. * McCoy T. J. Walsh K. J. Connolly H. C. Ballouz R.-L. et al. |
Last
Epoch of Resurfacing on Asteroid (101955) Bennu Revealed by Global
Geologic Map [#2022] |
4:08 p.m. |
Hamilton V. E. * Christensen P. R. Kaplan H. H. Haberle C. W. Rogers A. D. et al. |
Thermal
Infrared Evidence for Limited Compositional and Particle Size Variability on
Asteroid (101955) Bennu [#2148] |
4:11 p.m. |
Simon A. A. * Reuter D. C. Kaplan H. H. Hamilton V. E. DellaGiustina D. N. et al. |
OVIRS
Visible to Near-IR Spectral Results at (101955) Bennu [#1093] |
4:14 p.m. |
Praet A. * Barucci M. A. Hasselmann P. H. Kitazato K. Iwata T. et al. |
Hydration
State of Asteroid (162173) Ryugu’s Surface Using Hayabusa2/NIRS3
Spectral Data [#1163] |
4:17 p.m. |
Pilorget C. * Fernando J. Riu L. Kitazato K. Iwata T. |
Albedo
and Spectro-Photometric Properties of Ryugu from NIRS3/Hayabusa2,
Implications for the Composition of Ryugu, and the Representativity of the
Returned Samples [#2016] |
4:20 p.m. |
Tatsumi E. * Matsuoka M. Sugita S. Yumoto K. Takaki N. et al. |
Rapid
Space Weathering Process on Ryugu Inferred from the Artificial Crater [#1338] |
4:23 p.m. |
Takaki N. * Morota T. Cho Y. Tatsumi E. Honda R. et al. |
Surface
Flows Mechanism on Asteroid Ryugu Inferred from the Azimuthal Direction of
Wake-Like Features on Regolith Around Large Boulders [#1432] |
4:26 p.m. |
Tang Y. * Lauretta D. S. Ballouz R.-L. DellaGiustina D. N. Bennett C. A. et al. |
Analysis
and Simulation of Boulder Mass Movement Sites on Asteroid Bennu [#1795] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Thursday,
March 18, 2021
PLANETARY DIFFERENTIATION: ACCRETION,
EVOLUTION, EXPERIMENTS — LOTS OF METAL
4:00
p.m. Track 3
Chairs: Tim McCoy and Kelsey Prissel
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Nimmo F. * Fischer R. A. Kleine T. |
Using
Moderately Volatile Elements to Probe Planetary Accretion [#1247] |
4:08 p.m. |
Tian Z. * Magna T. Day J. M. D. Mezger K. Scherer E. E. et al. |
Potassium
Isotope Composition of Mars Reveals a Mechanism of Planetary
Volatile Retention [#2192] |
4:11 p.m. |
Yuan Q. * Li M. M. Desch S. J. Ko B. |
Giant
Impact Origin for the Large Low Shear Velocity Provinces [#1980] |
4:14 p.m. |
Walker R. J. * |
182Hf-182W
Dating of Iron Meteorites and Pallasites:
Virtues and Vices [#1540] |
4:17 p.m. |
Crossley S. D. * Ash R. D. Sunshine J. M. Corrigan C. M. McCoy T. J. |
Parent
Body Histories Recorded in Oxidized Chondrite Sulfides: Implications for Core Formation [#2249] |
4:20 p.m. |
Mei Q.-F. * Sharma S. Leya I. Humayun M. |
Evidence
for Rhenium Isotopic Fractionation During Crystallization and Mixing in the
IIAB Iron Core [#1564] |
4:23 p.m. |
Ray S. * Wadhwa M. |
Correlated
Iron and Silicon Isotope Compositions of Aubrites as Tracers of
Differentiation Processes [#2652] |
4:26 p.m. |
Righter K. * Yang S. Humayun M. Boujibar A. Rowland R. et al. |
Metal-Silicate
Partitioning of Re, Ru, Pt, Os, Ti, Nb, and Ta in Reduced Differentiated
Planetary Bodies [#1071] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Thursday,
March 18, 2021
EARLY MARS GEOMORPHOLOGY II: COOLER WITH
A CHANCE OF SHOWERS
4:00
p.m. Track 4
Chairs: Timothy
Goudge and Virginia Gulick
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Schmidt F. * Way M. Costard F. Bouley S. Séjourné A. |
Cold
Late Hesperian Climate [#2660] |
4:08 p.m. |
Bahia R. S. * Galofre A. G. Covey-Crump S. Jones M. Mitchell N. |
Discordance
Mapping of Argyre Basin: An Insight
into the Fluvial and Subglacial Origin of Valley Networks in
Southern Mars [#1117] |
4:11 p.m. |
Ivanov M. A. * Hiesinger H. |
Main
Topographic and Morphologic Characteristics and Chronology of the Uzboi-Ladon
Fluvial System on Mars [#1436] |
4:14 p.m. |
Russell C. E. * Konsoer K. Karunatillake S. Burr D. Forte A. |
Interpreting
Paleohydrology and Fluvial Dynamics of Martian Channels in the Aeolis
Dorsa Region [#2702] |
4:17 p.m. |
Grant J. A. * Wilson S. A. |
Late
Aqueous Activity on Mars: Evidence
from Southern Margaritifer Terra and Gale Crater [#1719] |
4:20 p.m. |
Palucis M. C. * Morgan A. M. Strauss J. V. Rivera-Hernandez F. Marshall J. A. et al. |
What Do
You Call a Martian That (Still) Likes Stream Deposits? A Big
Alluvial Fan [#1918] |
4:23 p.m. |
Irwin R. P. III * Wolfe E. |
Spatially
and Temporally Variable Degradation of Large Post-Noachian Impact
Craters: A Record of Paleoclimate and
Climate Change on Mars [#2729] |
4:26 p.m. |
Watters W. A. * Chickles E. T. Fassett C. I. Hundal C. B. Pimperl H. |
Relating
Thermal Inertia to Crater Shape Characteristics in Equatorial Mars [#2115] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Thursday,
March 18, 2021
VENUS: COUPLED EVOLUTION OF THE
INTERIOR, SURFACE, AND ATMOSPHERE
4:00
p.m. Track 5
Chairs: Kevin Baines and Siddharth Krishnamoorthy
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Plesa A.-C. * Breuer D. |
The
Effects of Intrusive Magmatism on the Mechanical Lithosphere Thickness
of Venus [#2130] |
4:08 p.m. |
Ernst R. E. * Buchan K. L. |
Large
Igneous Provinces: Integrating Lessons
from Venus and Earth [#2359] |
4:11 p.m. |
Head J. W. III * Wilson L. Ivanov M. A. Wordsworth R. |
Contributions
of Volatiles to the Venus Atmosphere from the Observed Extrusive Volcanic
Record: Implications for the History
of the Venus Atmosphere [#2143] |
4:14 p.m. |
Weller M. B. * Kiefer W. S. |
Punctuated
Evolution of the Venusian Atmosphere from Mantle Outgassing [#1555] |
4:17 p.m. |
Warren A. O. * Kite E. S. |
Degassing,
Decarbonation, and Dehydration:
Investigating the Likelihood of a Habitable Era on Venus [#1253] |
4:20 p.m. |
Teffeteller H. * McCanta M. C. Filiberto J. Treiman A. H. Keller L. et al. |
An
Experimental Study of the Alteration of Basalt on the Surface of Venus [#1635] |
4:23 p.m. |
Filiberto J. * Semprich J. Cutler K. S. Teffeteller H. Reid R. et al. |
Venus
Alteration: Model and
Experimental Results [#1201] |
4:26 p.m. |
McHenry L. J. * Ruffini J. J. |
Extended,
High-Temperature Cooling of Lava Tube Interiors: Analog for Venus [#2348] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Friday,
March 19, 2021
HIGH-IMPACT LUNAR IMPACT STUDIES
11:00
a.m. Track 1
Chairs: Kassandra
Martin-Wells and Harald Hiesinger
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Ravi S. * Robinson M. S. |
Evidence
for the Lunar Procellarum Basin:
Insights from the Spatial Distribution of Floor-Fractured and Concentric Craters [#2245] |
11:08 a.m. |
Douglass B. D. * Elder C. M. |
Constraining
the Thickness of the Lunar Regolith Using Cold-Spot Craters [#2668] |
11:11 a.m. |
Elder C. M. * Douglass B. Ghent R. R. Hayne P. O. Williams J.-P. et al. |
The
Subsurface Coherent Rock Content of the Moon as Revealed by
Cold-Spot Craters [#1725] |
11:14 a.m. |
Nypaver C. A. * Thomson B. J. Rivera-Valentín E. G. Fassett C. I. Neish C. D. et al. |
Prolonged
Boulder Exhumation at the Rims of Kilometer-Scale Craters on the
Lunar Maria [#2324] |
11:17 a.m. |
O’Brien P. * Byrne S. |
Surface
Residence Times of Regolith on the Lunar Maria [#1652] |
11:20 a.m. |
Neish C. D. * Lafleche E. A. Patterson G. W. |
Physical
Properties of Lunar Impact Melt Deposits [#1589] |
11:23 a.m. |
Talkington C. L. * Hirabayashi M. Montalvo P. King D. T. Jr. |
The
Depletion of Craters Larger than 600-800 m in Diameter on the Walls of Lunar
Complex Craters [#1342] |
11:26 a.m. |
Rajšić A. * Miljković K. Kawamura T. Collins G. S. Wójcicka N. et al. |
Numerical
Simulations of the Apollo S-IVB Artificial Impacts on the Moon [#1830] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Friday,
March 19, 2021
PLANETARY TECTONICS AND INTERIORS:
SURFACE EXPRESSIONS AND DEEP ISSUES
11:00
a.m. Track 2
Chairs: Paul Byrne and Sean O’Hara
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Broquet A. * Andrews-Hanna J. C. |
Plume-Induced
Flood Basalts on Hesperian Mars: An
Investigation of Hesperia Planum [#1893] |
11:08 a.m. |
Bose N. * Sarkar R. |
Transpression
and Multiphase Deformations Identified from the Discontinuity Patterns in
Lunae Planum, Mars [#1889] |
11:11 a.m. |
Früh T. * Hiesinger H.
van der Bogert C. H. Schmedemann N. Pauw L. |
Possible
Timing of Wrinkle Ridge Formation in Mare Tranquillitatis [#1661] |
11:14 a.m. |
Atkins R. M. * Byrne P. K. Bohnenstiehl D. R. |
Investigating
Morphometric Characteristics of Shortening Structures Across Mars [#1679] |
11:17 a.m. |
Collins M. S. * Byrne P. K. Klimczak C. Mazarico E. |
Deep-Seated
Thrust Ring Faults Bound Elevated Mantle Plug Beneath Several
Lunar Basins [#2447] |
11:20 a.m. |
Wagner N. L. * James P. B. |
Evaluating
Magma Ascent at Pavonis Mons, Mars Using Stress from Flexure [#2564] |
11:23 a.m. |
Seales J. * Payre V. |
Compositional
Variations of Martian Primary Magmas Due to the Water Loss from the
Martian Mantle [#2393] |
11:26 a.m. |
Zhou W.-Y. Zhang J. S. * Olsen P. L. Shearer C. K. Agee C. B. et al. |
Plate
Tectonics on Mars Hindered by Buoyant Martian Eclogite [#2144] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Friday,
March 19, 2021
THE LEGACY OF ARECIBO OBSERVATORY IN PLANETARY SCIENCE
11:00
a.m. Track 3
Chairs: Patrick
Taylor and Luisa Fernanda
Zambrano-Marin
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Taylor P. A. * Rivera-Valentín E. G. |
The
Legacy of Arecibo Observatory in Planetary Science and Beyond [#2179] |
11:08 a.m. |
Rivera-Valentín E. G. * Meyer H. M. Taylor P. A. Bhiravarasu S. S. Nolan M. C. et al. |
Arecibo
S-Band Radar Characterization of the Mercurian North Polar Deposits [#2104] |
11:11 a.m. |
Campbell B. A. * Campbell D. B. |
The
Earth-Based Radar Search for Volcanic Activity on Venus [#2339] |
11:14 a.m. |
Morgan G. A. * Patterson G. W. Mini-RF Team |
The
Moon at 12.6 cm: Legacy of Arecibo/LRO
Mini-RF Partnership [#2512] |
11:17 a.m. |
Ortiz Ceballos K. N. * Colón Cesaní A. H. Howell E. S. Méndez A. Fernandez Y. R. et al. |
Constraints
on the Water-Production Rates of Interstellar Comet 2I/Borisov from Arecibo
Radio OH Observations [#2582] |
11:20 a.m. |
Shepard M. K. * de Kleer K. Cambioni S. Taylor P. Virkki A. K. et al. |
Asteroid
(16) Psyche: A
Ferrovolcanic World? [#2201] |
11:23 a.m. |
Zambrano-Marin L. F. * Howell E. S. Devogčle M. Marshall S. E. Hickson D. et al. |
Radar
Observations of Near-Earth Asteroid 2019 OK [#2451] |
11:26 a.m. |
Nolan M. C. * Planetary Radar Team |
The
Heterogeneous Population of Near-Earth Asteroids Revealed by the Arecibo
Planetary Radar [#1860] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Friday,
March 19, 2021
MODERN MARS: EARTH, WIND, AND ICE
11:00
a.m. Track 4
Chairs: John Grant and Susan Conway
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Golombek M. * Warner N. Grant J. Weitz C. Williams N. |
Comparison
of Degradation Rates at the InSight and Spirit Landing Sites on Mars [#1563] |
11:08 a.m. |
Fassett C. I. * Watters W. A. Chickles E. T. |
Slow
Hillslope Processes on Equatorial Mars as Revealed by the Topographic
Diffusivity of Km-Scale Crater Rims [#1571] |
11:11 a.m. |
Weintraub A. R. * Edwards C. S. Chojnacki M. F. Edgar L. A. Fenton L. K. |
Using
Thermal Inertia and Short-Wave Infrared Spectroscopy to Characterize
Lithified Bedforms on Mars [#2648] |
11:14 a.m. |
Khuller A. R. * Plaut J. J. |
Characteristics
of the Basal Interface of the Martian South Polar Layered Deposits [#1680] |
11:17 a.m. |
Primm K. M. * Hoover R. H. Kaplan H. H. Michaels T. I. Stillman D. E. |
Seasonality
and Surface Properties of Slope Streaks at Acheron Fossae [#2385] |
11:20 a.m. |
Pasquon K. * Conway S. J. Vincendon M. Massé M. Raack J. et al. |
Observing
Seasonal Ices on Gullied Slopes in Sisyphi Cavi with CaSSIS and HiRISE [#2487] |
11:23 a.m. |
Dickson J. L. * Palumbo A. M. Kerber L. A. Fassett C. I. Kreslavsky M. A. |
The
Elevation Distribution of Mid-Latitude Gullies on Mars as a Test of CO2
and H2O Formation and Modification Processes [#2426] |
11:26 a.m. |
Butcher F. E. G. * Arnold N. S. Conway S. J. Berman D. C. Davis J. M. et al. |
Potential
for Sampling of Subglacial and Englacial Environments in Mars’ Mid Latitudes,
Without Deep Drilling [#1231] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End
of Session |
Friday,
March 19, 2021
ORGANICS: EARLY SYNTHESIS AND DETECTION
11:00
a.m. Track 5
Chairs: Annemarie
Pickersgill and James Lyons
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
11:00 a.m. |
|
Presenter Introductions |
11:05 a.m. |
Elmasry W. * Kebukawa Y. Shibuya T. Kobayashi K. |
Abiotic
Synthesis of Organic Matter in Aqueous Environments Simulating Parent Bodies
of Meteorites and the Effects of Minerals on the Production of
Amino Acids [#1775] |
11:08 a.m. |
Legett S. A. * Yeager C. M. Gasda P. J. Nellessen M. A. Crossey L. J. et al. |
Ribose
Stability in Solutions with Borate and Borate-Bearing Clays: Implications for Origins of Life on Earth
and Mars [#1600] |
11:11 a.m. |
Hausrath E. M. * Rampe E. B. Ming D. W. Archer P. D. Millan M. |
Reactive
Transport Modeling to Interpret Environmental Conditions that May Preserve
Organic Molecules on Mars [#1561] |
11:14 a.m. |
Oehler D. Z. * Salvatore M. Etiope G. Allen C. C. |
Focusing
the Search for Organic Biosignatures on Mars [#1353] |
11:17 a.m. |
Kivrak L. * Williams A. J. Buch A. He Y. |
Trimethylsulfonium
Hydroxide (TMSH) Thermochemolysis with Py-GC-MS as a Method of Organic
Biosignature Detection: Optimization
for Nucleobase Detection [#2468] |
11:20 a.m. |
Lewis J. M. T. * Eigenbrode J. L. Wong G. M. McAdam A. C. Archer P. D. et al. |
Assessing
Mars Pyrolysis Data for the Presence of Organic Salts [#2567] |
11:23 a.m. |
Millan M. * Williams A. J. McAdam A. Eigenbrode J. L. Freissinet C. et al. |
Organic
Molecules Revealed in Glen Torridon by the SAM Instrument [#2039] |
11:26 a.m. |
Williams A. J. * Eigenbrode J. L. Millan M. Williams R. H. Buch A. et al. |
Organic
Molecules Detected with the First TMAH Wet Chemistry Experiment, Gale Crater, Mars [#1763] |
11:29 a.m. |
|
Q&A |
12:00 p.m. |
|
End of Session |
Friday,
March 19, 2021
DECADAL SURVEY (LIVE PRESENTATIONS)
12:30
p.m. Track 1
|
|
|
Times |
Presenter |
Presentation |
12:30 p.m. |
|
TBD |
Friday,
March 19, 2021
LUNAR VOLCANISM AND TECTONICS
2:30
p.m. Track 1
Chairs: Carl Agee and Sarah Valencia
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Vannier H. * Horgan B. Stopar J. |
Investigating
the Mineralogy and Origin of Irregular Mare Patches with Spectra from Moon Mineralogy Mapper [#1727] |
2:38 p.m. |
Wan S. * Qiao L. Ling Z. C. |
Morphometry,
Morphology, and Topography of Volcanic Cones in Marius Hill, the Moon [#1958] |
2:41 p.m. |
Wagner R. V. * Robinson M. S. |
Occurrence
and Origin of Lunar Pits: Observations
from a New Catalog [#2530] |
2:44 p.m. |
Garrick-Bethell I. * Seritan M. R. K. |
Laccolith
Model for Lunar Ring-Moat Dome Structures [#2369] |
2:47 p.m. |
Bickel V. T. * Aaron J. Manconi A. Loew S. Mall U. |
Global
Drivers of Lunar Rockfall [#1437] |
2:50 p.m. |
Karthi A. * Arivazhagan S. |
Analyses
of Compositional and Topographical Characters of the Wrinkle Ridge and Dark
Holo Crater on Mare Orientale Basin [#1807] |
2:53 p.m. |
Liang W. * Andrews-Hanna J. C. |
Exploring
the Source of the Lunar Linear Gravity Anomalies [#1844] |
2:56 p.m. |
Maxwell R. E. * Nimmo F. |
Variations
in Lunar Elastic Thickness from Spectral Admittance Analysis and Synthetic
Noise Tests [#1766] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Friday,
March 19, 2021
SMALL BODY REGOLITH AND INTERIORS:
LABORATORY STUDIES AND MODELING
2:30
p.m. Track 2
Chairs: Ronald
Ballouz and Dylan Hickson
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Goodrich C. A. * Bottke W. F. Walsh K. J. Daly R. T. |
Almahata
Sitta is No More Exotic Than any Other Polymict Ureilite [#1331] |
2:38 p.m. |
Nagaashi Y. * Aoki T. Nakamura A. M. |
Cohesive
Force Measurements of Meteorite Powders [#1426] |
2:41 p.m. |
Jardine K. J. * Dove A. D. Tetard L. T. |
AFM
Measurements of Asteroid-Relevant Particle Adhesion [#2559] |
2:44 p.m. |
Hildebrand A. R. * Hanton L. T. J. Ciceri F. |
Coefficient
of Restitution / Leeb Hardness for Six Meteorites and HCCL-1 Simulant [#2677] |
2:47 p.m. |
Susorney H. C. M. * Teanby N. A. |
The
Potential Role of Asteroid Class on Surface Slopes: Investigating the Effects of Density and Spin Period [#1438] |
2:50 p.m. |
Haynes M. S. * Fenni I. Gim Y. Davidsson B. Raymond C. et al. |
Small
Body Radar Inverse Scattering in Monostatic and Bistatic Geometries [#1281] |
2:53 p.m. |
Dmitrovskii A. A. * Khan A. Boehm C. Bagheri A. van Driel M. |
Geophysical
Constraints on Phobos’ Interior Structure [#2186] |
2:56 p.m. |
Pou L. * Nimmo F. |
Tidal
Dissipation in Binaries of Asteroid Pairs [#2202] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Friday,
March 19, 2021
MARTIAN METEORITES: PETROLOGY AND
PETROGENESIS
2:30
p.m. Track 3
Chairs: Erin Walton
and Arya Udry
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Udry A. * Ostwald A. M. Howarth G. H. Paquet M. Foreman L. V. et al. |
The
Plagioclase-Bearing Poikilitic Shergottite Northwest Africa 12241, a Not-So
Shocked Martian Meteorite [#1033] |
2:38 p.m. |
Nicklas R. W. * Day J. M. D. Udry A. Vaci Z. |
Petrogenesis
of Northwest Africa (NWA) 8686, a New Olivine-Phyric Shergottite [#1040] |
2:41 p.m. |
Benaroya S. * Gross J. Burger P. Eckley S. A. |
Crystallization
History of Martian Meteorite Northwest Africa 13227: A New Olivine Gabbroic Shergottite [#2399] |
2:44 p.m. |
Che S. * Brearley A. J. Shearer C. K. |
Late-Stage
Oxidation of Yamato 980459 Shergottite:
Evidence from Chromite + Silica Trails in Olivine [#1136] |
2:47 p.m. |
Chowdhury P. * Brounce M. Boyce J. W. McCubbin F. M. |
The
Oxidation State of Sulfur in Apatites from Martian Meteorite — Shergotty [#1584] |
2:50 p.m. |
Ostwald A. M. * Udry A. Gazel E. Payré V. Wu P. |
The
Role of Assimilation and Fractional Crystallization in Evolved Martian
Crustal Compositions [#1132] |
2:53 p.m. |
Humayun M. * Yang S. Irving A. J. Righter K. |
Assimilation
of Fossil Hydrothermal Sulfide by Early Amazonian Martian Magmas: Implications for Ore Mineralization
on Mars [#1390] |
2:56 p.m. |
Yang S. * Humayun M. Righter K. Irving A. J. Hewins R. H. et al. |
Elemental
Partitioning Constraints on the Mineralogy of the Martian Mantle [#1646] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Friday,
March 19, 2021
ICE AT THE MARTIAN POLES
2:30
p.m. Track 4
Chairs: Alan Howard and Margaret Landis
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Buhler P. B. * Piqueux S. |
Mars’
Obliquity-Driven Mobile CO2 Inventory Derived from
Polar Stratigraphy [#2218] |
2:38 p.m. |
Smith I. B. * Schlegel N. Larour E. Isola I. Buhler P. et al. |
CO2
Glaciers on the South Polar Layered Deposits of Mars [#2573] |
2:41 p.m. |
Raguso M. C. * Nunes D. C. |
Monitoring
of CO2 Seasonal Variations at the Martian Polar Ice Caps Using
SHARAD Data [#2438] |
2:44 p.m. |
Karimova R. * Smith I. B. |
Experimental
Setup to Record the Bidirectional Reflectance Distribution Function of CO2
Ice Under Polar Martian Conditions [#1577] |
2:47 p.m. |
Cartwright S. F. A. * Calvin W. M. Seelos K. D. Seelos F. P. |
Identification
of Spectral Endmembers in the Martian South Polar Residual Cap [#2169] |
2:50 p.m. |
Pascuzzo A. C. * Bramson A. M. Becerra P. Mustard J. F. |
Development
and Evolution of Exposed Icy Layers at Mars’ North Pole Through Space
and Time [#2721] |
2:53 p.m. |
Lauro S. E. * Pettinelli E. Caprarelli G. Guallini L. Rossi A. P. et al. |
New
Radar Evidence of Subglacial Liquid Water Below the Martian South Pole [#2061] |
2:56 p.m. |
Lalich D. E. * Hayes A. G. Poggiali V. |
Explaining
Bright Radar Reflections in the Martian SPLD Without Liquid Water [#2392] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Friday,
March 19, 2021
MICROBES: WHERE WE LIVE
2:30
p.m. Track 5
Chairs: Shelbie
Legett and Mark Fox-Powell
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
2:30 p.m. |
|
Presenter Introductions |
2:35 p.m. |
Gentry D. M. * Iraci L. Barth E. McGouldrick K. Jessup K.-L. |
Habitability
of Cloudy Worlds: Intersecting
Constraints and Unknowns [#2691] |
2:38 p.m. |
Stoker C. R. * Glass B. J. Dave A. I. Stucky T. R. |
A
Drilling Mission to Search for Biosignatures of Life on Mars Simulated in
Atacama Chile [#2521] |
2:41 p.m. |
Macey M. C. * Fox-Powell M. Ramkissoon N. K. Baharier B. Oliver J. A. W. et al. |
The
Identification of Sulfide Oxidation as a Potential Metabolism Driving Primary
Production on Late Noachian Mars [#1139] |
2:44 p.m. |
Rucker H. R. * Price R. E. Ely T. D. LaRowe D. E. |
Habitability
of Eridania Lake: An Ancient Mars
Lacustrine Hydrothermal Vent, Compared to an Icelandic Analogue
Fjord Site [#2370] |
2:47 p.m. |
Ryan C. H. * Daly M. G. Brady A. L. Slater G. F. Lim D. S. S. |
Alteration-Associated
Spatial Distribution of Organic Biosignatures in Mars-Analogue
Volcanic Rocks [#2221] |
2:50 p.m. |
Musilova M. * McAdam A. C. Richardson J. A. Young K. Bleacher J. E. et al. |
Lunar
and Martian Lava Tube Research Simulation at HI-SEAS [#2600] |
2:53 p.m. |
Weng M. M. * Zaikova E. Millan M. Willams A. McAdam A. et al. |
Life in
the Dark: The Blue Dragon Flow as an
Analog for the Martian Subsurface [#2738] |
2:56 p.m. |
Wang J. * Dragone N. Avard G. Hynek B. M. |
Microbial
Survival in an Extreme Martian Analog Ecosystem: Poás Volcano, Costa Rica [#1673] |
2:59 p.m. |
|
Q&A |
3:30 p.m. |
|
End
of Session |
Friday,
March 19, 2021
SPACE WEATHERING ON AIRLESS PLANETARY BODIES:
BEYOND LUNAR-STYLE SPACE WEATHERING
4:00
p.m. Track 1
Chairs: Michelle
Thompson and Brett Denevi
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Morrissey L. M. * Tucker O. J. Killen R. M. Nakhla S. Savin D. W. |
Simulating
Solar-Wind-Ion Sputtering of Sodium from Silicate Minerals: The Importance of the Surface
Binding Energy [#1458] |
4:08 p.m. |
Szabo P. S. * Biber H. Jäggi N. Wappl M. Stadlmayr R. et al. |
Experimental
Investigation of the Space Weathering of Phobos by Planetary Oxygen Ions [#1512] |
4:11 p.m. |
Glotch T. D. * Thompson M. S. Dukes C. A. Loeffler M. J. |
Micro-FTIR
Imaging and Spectroscopy of Experimentally Space Weathered CM2
Chondrite Murchison [#2004] |
4:14 p.m. |
Laczniak D. L. * Thompson M. S. Christoffersen R. Dukes C. A. Clemett S. J. et al. |
Understanding
Space Weathering of Carbonaceous Asteroids Through H+ and He+ Ion Irradiation
of the Murchison Meteorite [#2361] |
4:17 p.m. |
Chaves L. C. * Thompson M. S. Shuvo S. N. |
Space
Weathering Features in a Sulfide Grain from Asteroid Itokawa [#1770] |
4:20 p.m. |
Christoph J. M. * Bu C. Minesinger G. M. Dukes C. A. Elkins-Tanton L. T. |
Laboratory
Simulations of Troilite Space Weathering by Solar Wind Ion Irradiation: Surface, Composition, and
Spectral Effects [#2715] |
4:23 p.m. |
Minesinger G. M. * Christoph J. M. Dukes C. A. Bu C. Elkins-Tanton L. T. |
Modeling
the Effect of Solar Ion Irradiation of Troilite with SDTrimSP—Implications
for (16) Psyche [#2534] |
4:26 p.m. |
Sen A. * Clark B. E. Zou X.-D. Li J.-Y. Barucci M. A. et al. |
Latitude
Dependence of Spectral Properties on Bennu:
Relevance to Space Weathering [#1538] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Friday,
March 19, 2021
SMALL BODY EVOLUTION: FORCES OF HEAT AND
LIGHT
4:00
p.m. Track 2
Chairs: Oleksiy
Golubov and Hannah Susorney
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Ruesch O. * Patzek M. |
Experiment
on Thermal Fatigue of Near-Earth Asteroids and Lunar Surfaces Using
Representative Temperature Conditions and Samples [#1464] |
4:08 p.m. |
Toliou A. * Granvik M. Tsirvoulis G. |
Minimum
Perihelion Distances and Dwell Times During the Dynamical Evolution
of NEOs [#2717] |
4:11 p.m. |
McFadden K. D. * Howell E. S. Vervack R. J. Jr. Fernandez Y. R. Magri C. et al. |
Modeling
Thermophysical Properties of 2100 Ra-Shalom [#1788] |
4:14 p.m. |
Fenucci M. * Novaković B. Vokrouhlický D. Weryk R. J. |
Unexpected
Thermal Properties of the Near-Earth Object (499998) 2011 PT [#1416] |
4:17 p.m. |
Kanamaru M. * Sasaki S. Morota T. Cho Y. Tatsumi E. et al. |
YORP
Effect on Asteroid 162173 Ryugu and Its Spin Evolution [#1769] |
4:20 p.m. |
Ciarniello M. * Fulle M. Tosi F. Capaccioni F. Filacchione G. et al. |
Modeling
the Seasonal Evolution of 67P/Churyumov-Gerasimenko Water Loss Rate [#2031] |
4:23 p.m. |
Ren J. * Hesse M. A. Lucas M. P. Dygert N. |
Asteroid
Thermal Evolution with Fragmentation and Reassembly into a Rubble Pile [#2620] |
4:26 p.m. |
Peng B. * Valencia D. |
Modeling
Carbon Outgassing from Anhydrous Planetesimals [#2036] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Friday,
March 19, 2021
LUNAR GEOCHEMISTRY AND PETROLOGY
4:00
p.m. Track 3
Chairs: Nicholas
Dygert and Stephanie Krein
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Agee C. B. * Ross A. J. Ziegler K. Spilde M. N. |
Ghadduwah
001: Uniquely Unbrecciated Ferroan
Anorthosite Lunar Meteorite [#2314] |
4:08 p.m. |
Hayden T. S. * Barrett T. J. Zhao X. Degli-Alessandrini G. Anand M. et al. |
Chlorine
and Hydrogen in Brecciated Lunar Meteorites:
Implications for Lunar Volatile History [#1550] |
4:11 p.m. |
Burney D. * Neal C. R. |
Moderately
Volatile Elements in Lunar Basalts; New Insights on LMO and Source
Region Evolution [#2395] |
4:14 p.m. |
Gleißner P. * Salme J. Becker H. |
Magmatic
Fractionation and Degassing of Siderophile Volatile Elements in Lunar
Magmatic Rocks [#1487] |
4:17 p.m. |
Madera A. * Gross J. |
Provenance
of Lunar Basaltic Meteorite Northwest Africa 8632 and Related Meteorites [#2686] |
4:20 p.m. |
Stadermann A. C. * Jolliff B. L. Krawczynski M. J. Hamilton C. W. Barnes J. J. |
Apollo
Sample 12032,366-18: Characterization
and Experimental Investigation of a Chemically Evolved Lunar Basalt [#2661] |
4:23 p.m. |
Ireland S. M. * McLeod C. L. Gawronska A. J. Brum J. T. Shaulis B. J. |
New
Insights into the Geological Evolution of the Moon via Petrologic
Investigation of Lunar Basalt Meteorites Dominion Range 18262 and Dominion
Range 18666 [#2646] |
4:26 p.m. |
Gawronska A. J. * McLeod C. L. Blumenfeld E. H. Hanna R. Zeigler R. A. |
A New
Dimension to Lunar Magmatism: New
Interpretations of Apollo Basalt Petrogenesis from X-Ray
Computed Tomography [#1090] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Friday,
March 19, 2021
ICY MARS GEOMORPHOLOGY
4:00
p.m. Track 4
Chairs: Isaac Smith and Michelle Kirchoff
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Landis M. E. * Byrne S. Hayne P. O. Piqueux S. Wilcoski A. X. |
Interannual
Variability of Ice Within North Polar Layered Deposits Craters on Mars [#1653] |
4:08 p.m. |
Howard A. D. * |
Pervasive
Ice-Related Erosion of Mid-Latitude Martian Craters [#1149] |
4:11 p.m. |
Melendez L. E. * Jawin E. R. Panzik J. E. |
Quantifying
the Environmental Response to Deglaciation in Martian Craters During the
Late Amazonian [#2284] |
4:14 p.m. |
Woodley S. Z. * Butcher F. E. G. Clark C. D. Ng F. Davis J. M. et al. |
Multiple
Sites of Amazonian Wet-Based Glaciation Identified in West Tempe
Terra, Mars [#1245] |
4:17 p.m. |
Conway S. J. * Morino C. Peignaux C. Lucas A. Svennig K. et al. |
Molards
— A New Landform Revealing Ice-Ejecta Interactions on Mars [#2386] |
4:20 p.m. |
McGlasson R. A. * Bramson A. M. Morgan G. A. Sori M. M. |
Subsurface
Radar Observations of Outlier Polar Ice Deposits on Mars [#1649] |
4:23 p.m. |
Levy J. S. * Cipolli W. Ishraque F. Johnson J. Kuentz L. et al. |
Boulder
Bands on Lobate Debris Aprons:
Debris-Covered Glacier Growth at Martian Mid-Latitudes Spans
Multiple Glaciations [#1537] |
4:26 p.m. |
Cook C. W. * Byrne S. Sori M. M. |
Deformation
of the Banded Terrain of Hellas Planitia, Mars [#1624] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Friday,
March 19, 2021
ENVIRONMENTS: HABITABILITY AND ORGANIC
PRESERVATION
4:00
p.m. Track 5
Chairs: Aaron Regberg
and
Carol Stoker
|
|
|
Times |
Authors (*Denotes
Presenter) |
Abstract Title and Summary |
4:00 p.m. |
|
Presenter Introductions |
4:05 p.m. |
Kring D. A. * |
Enlarging
the Geographical Domain of the Impact Origin of Life Hypothesis [#1161] |
4:08 p.m. |
Pickersgill A. E. * Christou E. V. Lee M. R. |
A
Preliminary Simulation of the Hydrothermal System at the Boltysh
Impact Structure [#2139] |
4:11 p.m. |
Weber J. M. * Barge L. M. |
Exploring
the Reactivity of Metabolically Relevant Precursors Under Hydrothermal
Analog Settings [#1146] |
4:14 p.m. |
Christou E. V. * Hallis L. J. Daly L. Pickersgill A. E. Keller T. et al. |
Fluid
Flow in the Martian Subsurface During the Early Amazonian Period Constrained
via Numerical Simulations:
Implications for Habitability [#2556] |
4:17 p.m. |
Bravenec A. D. * Bromiley G. D. Montgomery W. Cousins C. R. Ward C. R. et al. |
Molecular
Biosignature Preservation Potential in Subsurface Martian Brines [#1999] |
4:20 p.m. |
Judge L. E. * Williams A. J. Lanza N. L. Ollila A. M. Spilde M. N. et al. |
Determining
the Biosignature Preservation Potential of Manganese Oxides Using Laboratory
and Spaceflight Analysis Techniques [#2293] |
4:23 p.m. |
Slank R. A. * Chevrier V. F. |
Experimental
Investigation of Deliquescence-Driven Liquid Brine Formation with Calcium
Perchlorate in a Mars-Like Environment [#2338] |
4:26 p.m. |
Craddock M. L. * Lewis J. M. T. McAdam A. C. Eigenbrode J. L. Achilles C. N. |
Investigating
the Potential of X-Ray Diffraction Coupled with Evolved Gas Analysis in Our
Search for Organic Salts on Mars [#2138] |
4:29 p.m. |
|
Q&A |
5:00 p.m. |
|
End
of Session |
Posters will
be displayed in the iPoster gallery in the virtual conference environment.
Attendees are encouraged to view posters between oral sessions and during breaks.
[P601]
POSTER SESSION: SPECIAL SESSION: APOLLO
NEXT GENERATION SAMPLE ANALYSIS:
FULFILLING APOLLO GOALS AND PREPARING FOR ARTEMIS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Curran N. M. Cohen B. A. Valencia S. N. Corrigan C. M. Bullock E. S. |
Moon
United: Measuring Cosmic-Ray Exposure
Ages of Pristine Sample Horizons [#1592] |
Cato M. J. Simon S. B. Shearer C. K. Gross J. Sharp Z. et al. |
Exploring
a Lunar Landslide Deposit in the Taurus-Littrow Valley (LTV). Variations in
Mineralogy and Mineral Volatile Traps [#1622] |
Colina-Ruiz R. A. Ishii H. A. Gillis-Davis J. J. Sokaras D. Kroll T. et al. |
Oxidation
State Studies of the Effects of Simulated Space Weathering [#1713] |
Amick C. L. Lewis E. K. Mitchell J. L. Davis R. E. Collins D. L. et al. |
Cleaning
the ANGSA Cold Curation Apollo-Era Glovebox — Training the
Next Generation [#2506] |
Parai R. Rodriguez J. Meshik A. Pravdivtseva O. Will P. et al. |
A Gas
Extraction Manifold for the Apollo 17 73001 Core Sample Vacuum Container [#2665] |
Regberg A. B. Amick C. L. Davis R. E. Lewis E. K. Mazhari F. et al. |
A
Method to Reduce Bioburden in Astromaterials Curation Facilities Without Introducing
Unwanted Contamination [#2491] |
[P602]
POSTER SESSION: SPECIAL SESSION: SCIENTIFIC EXPLORATION OF THE LUNAR SOUTH
POLE
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Lemelin M. Lucey P. G. Camon A. |
Foundational
Data Products for the Exploration of the Lunar Polar Regions: Iron, OMAT, and Mineralogy Using the Kaguya
Spectral Profiler and the Lunar Orbiter Laser Altimeter [#1038] |
Sato H.
Goossens S.
Ohtake M. Daket Y. |
Polar
Color Mosaic Production from Kaguya MI Data [#1032] |
Kletetschka G. Klokočník J. Hasson N. Kostelecký J. Bezděk A. |
Location
of Water Deposits in the Polar Regions of the Moon [#1368] |
Sanin A. B. Mitrofanov I. G. Litvak M. L. |
Updated
LEND Hydrogen Mapping in the Lunar Southern Polar Region [#1966] |
Krasilnikov S. S. Ivanov M. A. Head J. W. |
Geological
Map of the South Pole of Moon [#1428] |
Poehler C. M.
van der Bogert C. H. Hiesinger H. Ivanov M. Head J. W. III |
The
Lunar South Pole: A Geologcial Map of
the South Pole-Aitken Basin Region [#1915] |
Kumari N. Ganesh I. Lang A. Bretzfelder J. M. Kring D. A. |
Geological
Diversity at Two Potential Landing Sites in the Lunar South Pole [#1197] |
Bernhardt H.
Robinson M. S. |
Preliminary
Geomorphic Map (1:10,000) of Artemis III AoI 001 and 004 on the Shackleton-de
Gerlache Ridge [#1264] |
Bretzfelder J. M. Lang A. Ganesh I. Kumari N. Kring D. A. |
Geological
Analysis and Possible EVA Targets for an Artemis III Landing Site Bounded by
Shackleton and Slater Craters [#1148] |
Speyerer E. J. Thompson T. J. Robinson M. S. |
Assessing
Solar Illumination and Earth Visibility at the Lunar South Pole: Resource and Constraint for
Future Exploration [#2558] |
Roush T. L. Colaprete A. Cook A. Bielawski R. Ennico-Smith K. et al. |
The
Volatiles Investigating Polar Exploration Rover (VIPER) Near Infrared
Volatile Spectrometer Sys-tem (NIRVSS) [#1678] |
Heather D. J. Sefton-Nash E. Fisackerly R. Trautner R. Barber S. et al. |
The ESA
PROSPECT Payload for Luna 27:
Development Status [#2111] |
Evans M. E. Graham L. D. |
An
Alternate Approach to Lunar Human Exploration: The Flexible Lunar Architecture for
Exploration (FLARE) [#1304] |
Stooke P. J. Ahmed S. M. Subramanian S. |
Chandrayaan-1
Moon Impact Probe: Impact
Location Refined [#1013] |
Hickman J. M. Oriti S. M. Wilson S. D. Clarke E. S. |
Dynamic
Power Generation for Human and Scientific Exploration of the Lunar
South Pole [#2700] |
Voecks G.
Barmatz M.
Lux J.
Gavalas G. Hoppe D. et al. |
Approaches
for Extracting Volatiles from Regolith Using Electromagnetic Radiation [#1202] |
Naids A. J. Bergman H. R. Hood A. D. Walker M. L. Newton H. P. et al. |
Developing
Geology Sampling Tools for the Artemis Program [#1314] |
Elvis M.
Krolikowski A. Milligan T. |
Concentration
and Crowding for Lunar Sites [#2462] |
Kuhns R. Metzger P. Kuhns M. Hasnain Z. Tangsali K. |
Rocket
Plumes and Aeolian-like Bedforms in Regolith [#2671] |
Mirmalek Z.
Lim D. S. S.
Colaprete A. |
Remote
Science Work Support, Context, and Approach on NASA’s VIPER Mission [#1734] |
Chandrachud R. A. |
‘LUNAFILT’
Mechanism for the Filtration of Lunar Dust [#2042] |
Cremons D. R. Sun X. Denny Z. Wake S. W. Hoffman E. D. et al. |
Optical
Characterization of CLPS Miniature Laser Retroreflector Arrays [#1629] |
Ferrari-Wong C. M. Lucey P. G. Wright R. Honniball C. I. Hayne P. O. et al. |
1-Meter
Resolution Hyperspectral Thermal Infrared Imager Concept for
Lunar Exploration [#2281] |
Montalvo P. E. Hirabayashi M. King D. T. Jr. |
Contributions
of Impact Mixing to the Spatial Distribution of Water Ice in Permanently
Shaded Lunar South Polar Craters [#1477] |
Mishra A. Kumar P. S. |
New Report
of Young Lobate Scarps and Recent Mass Wasting Events in the Lunar South
Polar Region with Implication for Seismic Hazard Assessment to Upcoming
Landing Mission [#1862] |
Ahrens C. J. Petro N. Li S. |
Preliminary
Observations on the Relationship Between Fe-Signatures and PSR Locations at
the Lunar South Pole [#1478] |
Li Y. Basilevsky A. T. Kreslavsky M. A. Sanin A. B. Mitrofanov I. G. et al. |
Analysis
of Surface Roughness vs WEH Values in the Regolith of the Lunar South
Pole Area [#1871] |
Joshi D. R. Eustes A. W. III Rostami J. |
Testing
Lunar Regolith Characterization Algorithms with Simulated Subsurface Samples
and Digital Twin Data [#2604] |
Potter R. W. K. Deutsch A. N. |
Modeling
the Formation of Simple Craters in Ice-Rich Polar Targets on the Moon [#1881] |
Matsuo Y.
Demura H.
Ohtake M.
Daket Y. Sato H. |
Image
Completion for Shaded Area Around Lunar Poles [#1824] |
Kendall J. D. Petro N. E. |
Scratching
at the Lunar Surface: Determining
Regolith Compositions and Provenance at Probable Artemis Landing Sites Using
Impact Hydrocode and Ejecta Modeling [#2113] |
Mortimer J. I. Barber S. J. Abernethy F. A. J. Grill L. Gscheidle C. et al. |
Experimental
Methods to Inform Modelling of Volatile Preservation During Lunar Subsurface
Icy Sample Collection: In Support of
ESA’s ‘PROSPECT’ Package [#2383] |
Chandrachud R. A. |
Fuel
Powered In-Situ Resource Utilization on the Moon [#2224] |
Lanctot S. I. Figueroa L. Cooke J. Phipps B. Trujillo S. et al. |
Sole
Morphing Astronaut Boots (SMAB) for Lunar Dust Mitigation [#2772] |
van der Bogert C. H. Poehler C. M. Kring D. A. Hiesinger H. |
Absolute
Model Ages for Geological Units in Schrödinger Basin: Context for the 2024 PRISM
CLPS Mission [#2351] |
[P603]
POSTER SESSION: LUNAR GEOPHYSICS: SHAKE, RATTLE, ROLL, AND FRACTURE
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Ruiz-Bonilla S. Eke V. R. Kegerreis J. A. Massey R. J. Teodoro L. F. A. |
The
Effect of Pre-Impact Spin on the Moon-Forming Collision [#2000] |
Lompa T.
Wünnemann K. Miljković K. Wahl D. |
Linking
Gravity Data of Basins on the Lunar Farside with Numerical
Formation Models [#1254] |
Patton R. L. |
Lunar
Reference Model Inferred from Gravity, Topography, and Seismicity [#1199] |
Chaffee T. M. Tikoo S. M. |
Size
Thresholds for Unidirectional Remanence Within Lunar Magnetic Anomalies [#1642] |
Rajasekhar R. P. Arya A. S. Amitabh
Suresh K. Islam B. et al. |
Investigation
of a Plausible Lobate Scarp Mapped in the Mare Fecunditatis Region Using
Datasets of Terrain Mapping Camera (TMC-2) Onboard Chandrayaan-2 Mission
Acquired at a Low Sun Angle [#2183] |
Bickel V. T. Valantinas A. |
The
Search for Lunar Present-Day Tectonic Activity Using LO and LRO Images [#1285] |
Ruj T. Komatsu G. Kawai K. Okuda H. Xiao Z. et al. |
Boulder
Tracks Within Finsen Crater:
Evaluation of Triggers [#1334] |
Kreslavsky M. A. Bondarenko N. V. Head J. W. |
Ubiquity
of “Elephant Hide” Texture on the Moon [#1826] |
Mahanti P. Clark J. D. Watters T. R. Banks M. E. Robinson M. S. |
Standardized
Representation of Lunar Lobate Scarp Topography — Initial Results [#2408] |
Martin E. S. Watters T. R. |
Exploring
Lunar Graben Formation with Displacement-Length Scaling [#2419] |
Ahrens C. J. Banks M. E. Petro N. |
The
Spatial Relationship of Graben and Pit Craters at Rimae Daniell and the
Implications of Scarp Formation [#1481] |
Phillips D.
Weber R. C. |
Shallow
Surface Velocity at the Apollo 17 Landing Site [#1709] |
Khatib A. S. Schmerr N. C. Feist B. Plescia J. B. Petro N. E. |
Near
Surface Structure from an Active-Source Seismology Study of Apollo 11
Astronaut Activities [#2520] |
Martella C. H. Lauro S. E. Mattei E. Cosciotti B. Pettinelli E. |
Reanalysis
of the Active Seismic Experiments Performed on the Moon During Apollo 14 and
16 Missions [#1483] |
Turner A. R. Hawthorne J. C. |
Slip
Directions in the A01 Deep Moonquake Nest [#2129] |
Nunn C.
Bugby D.
Calcutt S. B.
Currie D.
Dell’Agnello S. et al. |
The
Lunar Geophysical Package (LGP): A
“Suitcase Science” Approach to Building a Long-Lived, Human-Deployed,
Lunar Network [#1829] |
Basilevsky A. T. Malenkov M. I. Volov V. A. Abdrakhimov A. M. Nadezhdina I. E. et al. |
Estimation
of Bearing Capacity of Lunar Soil from the Depth of Tracks of the
Lunokhod Wheels [#1825] |
Viswanathan V. Mazarico E. Goossens S. |
A
Simulation Study for Extending Lunar Laser Ranging Science [#2651] |
Rossi C. Muccino M. Gallegos N. Filomena L. Malhotra S. et al. |
First
Observation of Apollo Laser Retroreflectors with the Lunar Reconnaissance
Orbiter Camera and NASA’s Moon Trek Software [#1924] |
de Veld F. T. Saadia B. Birkett S. Braun A. |
GRASIMU: A Software Toolbox for Gravity Modelling
and Survey Design in Lunar Exploration [#1814] |
[P604]
POSTER SESSION: LUNAR PETROLOGY AND
GEOCHEMISTRY
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Konecke B. A. Boyce J. W. Jakubek R. S. Righter K. McCubbin F. M. et al. |
Revisiting
the Origin of Macromolecular Carbon (MMC) in Lunar Basalts 15556
and 10044 [#1701] |
Wieler R.
Bochsler P. Marty B. |
Do Lunar
Regolith Samples Testify of a Contribution of Cometary Xenon onto
the Moon? [#1085] |
Meshik A. Pravdivtseva O. Rauch B. F. |
Indigenous
Lunar Gases from the Earth Wind — An Experimental Verification [#2268] |
Jones B. M. Orlando T. M. Alexandrov A. Hibbitts C. A. Dyar D. |
Formation,
Transport, and Release of Volatiles from Packed Lunar Regolith Grains [#2713] |
Rezes D. |
Possible
Source Region of Northwest Africa (NWA) 13637 Lunar Regolith Breccia in
Connection with Glass Spherules and Basaltic Clasts [#2439] |
Duerr T. A. Becker H. Schwarz W. H. Vanderliek D. |
Testing
the Origin of Impactites at the Apollo 17 Landing Site: U-Pb Ages of Baddeleyite in
Breccia 77035 [#1951] |
Schuindt S. Darling J. R. Staddon L. G. Schwarz W. H. Dunlop J. et al. |
Microstructural
Geochronology of Lunar Feldspathic Breccia Northwest Africa 10272: A Major Event at ~3.48 Ga in the
Lunar Crust? [#2021] |
Liu Y.
Ma C. Morgan M. |
Preliminary
Results of a New Lunar Impact-Melt Breccia Meteorite Northwestern Africa
(NWA) 13638 [#1501] |
Treiman A. H. |
Lunar
‘KREEP’ is Diverse and Local [#1579] |
Torcivia M. A. Neal C. R. |
Evidence
for an Initial LREE-Depleted LMO from the Youngest Ferroan Anorthosite Suite
Sample 62236 [#2193] |
Zhang J. Y. Head J. W. Liu J. Z. Potter R. W. K. |
Analysis
of Thorium Concentration Anomalys on the Lunar Surface [#1744] |
Demidova S. I. Ryazantsev K. M. Badekha K. A. |
Evolved
Rock Clast in Luna-24 Soil Samples [#2132] |
Shearer C. K. Simon S. B. Petro N. Moriarty D. Papike J. J. et al. |
The
Evolution of the Lunar Crust I. A Multi-Perspective Approach to Understanding
the OrigIn of FAN and Mg-Suite Lithologies at the Luna 20 Landing Site [#1155] |
Simon S. B. Shearer C. K. Haggerty S. E. Papike J. J. Petro N. E. et al. |
The
Evolution of the Lunar Crust II. A Multi-Perspective Approach to
Understanding the Origin of Spinel-Bearing Lithologies at the Luna 20
Landing Site [#1672] |
Ruzicka A. M. Hutson M. L. Ziegler K. |
Lunar
Meteorite Northwest Africa 13531: Chip
Off of a Different Kind of Block [#2234] |
Astudillo Manosalva D. A. Elardo S. M. |
Assessing
Crystallization Modelling Software’s Accuracy for the Determination of
Multiple Saturation Points in Lunar and Martian Basalts [#2356] |
Liu Y. H. Ling Z. C. Wu P. P. Wang J. T. Cao H. J. et al. |
Mineralogy
of Lunar Meteorite Northwest Africa 10480 by Raman Spectroscopic Studies [#2003] |
Valenciano J. L. Neal C. R. Demidova S. I. |
Crystal
Size Distributions of Ilmenite in Basalt Clasts from Luna 16 [#1750] |
Webb S. Neal C. R. Demidova S. I. |
Crystal
Size Distribution of Plagioclase in Basalt Grains from Luna 16 [#2563] |
De Oliveira J. H. C. Neal C. R. |
Placing
the Apollo 12 Basalts in Their Geological Context [#2621] |
Borden M. W. Neal C. R. |
Understanding
the Geologic Context of the Apollo 11 Basalt Suite by Synthesizing Remote
Sensing Data and Sample Geochemistry [#2666] |
De Oliveira J. H. C. Neal C. R. Blumenfeld E. H. |
Understanding
Orientation and Formation: Using XCT
Data to Quantify Void Space in Lunar Samples [#2628] |
[P605]
POSTER SESSION: LUNAR REMOTE SENSING: FROM THE LAB TO ORBIT AND A BETTER
UNDERSTANDING OF THE LUNAR SURFACE
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Wohlfarth K. Wöhler C. Bauch K. D’Amore M. Hiesinger H. et al. |
A
Fractal Rough Thermal Model for Emissivity Retrieval of MERTIS Lunar
Flyby Spectra [#1241] |
Hiesinger H.
Helbert J.
Bauch K.
D’Amore M.
Maturilli M. et al. |
The
Mercury Radiometer and Thermal Infrared Spectrometer (MERTIS) at the Moon —
First Results and Status Report [#1494] |
Thesniya P. M. Rajesh V. J. Saranya R. |
Spectrochemical
Characteristics of Chromium Spinels from the Sittampundi Anorthosite Complex,
Southern India: Implications for
Remote Identification of Lunar Spinels [#2277] |
Curtis R. J. Warren T. J. Bowles N. E. Donaldson Hanna K. L. Paige D. A. |
Measuring
and Interpreting Bidirectional Reflectance Distribution Functions for Apollo
Lunar Regolith Samples Using the Visible Oxford Space
Environment Goniometer [#1056] |
Meen J. K. Barker D. C. Martinez M. R. Obasi C. Mueller K. |
Thermal
Reduction of Surface Rocks on Airless Planets [#2749] |
Culley E.
Jollif B. L.
Watkins R. N.
Hahn T. |
Assessing
the Anorthosite Composition at Sites of Purest Anorthosite Spectral
Identification Using LROC Narrow Angle Camera Photometry [#2404] |
St. Clair M. Million C. Ianno A. |
Updates
to the Chandrayaan-1 Moon Mineralogy Mapper Archive [#2626] |
Barker M. K. Karpenko M. Mazarico E. Smith D. E. Sun X. et al. |
Measuring
Photometric Surface Roughness with the Lunar Orbiter Laser Altimeter (LOLA) [#1369] |
Kumaresan P. R. Saravanavel J. |
Estimation
of Optical Maturity and Evolutionary History of Inter-Basinal Region Between
Imbrium and Serenitatis Basin [#1645] |
Nagori R.
Arya A. S. |
Retrieving
Photometric Properties of Apollo 16 Landing Site Using TMC Onboard
Chandrayaan-2: Prospects [#1885] |
Dhingra D. Chauhan P. Bhatt M. Kumar A. Thangjam G. et al. |
Spectral
Observations from Imaging Infrared Spectrometer (IIRS) Onboard Chandrayaan-2
Orbiter: Radiance
Data Comparisons [#2436] |
Warren T.
Curtis R.
Shirley K.
Donalson Hanna K.
Sefton-Nash E. et al. |
Investigating
the Thermal Infrared Emission Phase Function of the Lunar Surface Using the
Diviner Lunar Radiometer [#1890] |
Bhattacharya S. Dagar A. K. Kumar A. Patil A. Banerjee A. et al. |
Mineralogical
Diversity and Hydration Feature at Crater Aristarchus as Revealed by
Chandrayaan-2 Imaging Infrared Spectrometer (IIRS) [#1848] |
Karthi A.
Arivazhagan S. |
Investigation
of Highland Lithologies in Finsen and Kovalevskaya Craters on the Far Side of
the Moon [#1808] |
Turchinskaya O. I. Slyuta E. N. |
Titanium
and Iron Probable Reserves in the Lunar Soil [#1667] |
Amitabh
Gupta A.
Suresh K.
Prashar Ajay K.
Iyer K. V. et al. |
High
Resolution DEM Generation from Chandrayaan-2 Orbiter High Resolution
Camera Images [#1396] |
Bauch K. E. Morlok A. Hiesinger H. Reitze M. P. Schmedemann N. et al. |
Unmixing
of Laboratory IR Spectral Reflectance Measurements of
Labradorite-Enstatite-GlassMineral Mixtures. [#1567] |
Prem P.
Blewett D. T.
Patterson G. W.
Virkki A. |
Modeling
the Polarization Properties of Icy Regolith Analogs at Optical and
Radar Wavelengths [#1637] |
Maturilli A. Wohlfarth K. Alemanno G. Woehler C. D’Amore M. et al. |
Spectral
Signatures of Glass on Lunar Analogue Rocks [#2085] |
Bourget A. B. Daly M. D. Blewett D. B. |
Optical
Polarization Studies of Suspended Beads in Aqueous Solution: An Analog for Radar Scattering in
Icy Regoliths [#2535] |
Allen C. C. Ghent R. Gallinger C. Paige D. A. |
Lunar
Regolith Evolution Rates Derived from Thermophysical Properties [#2456] |
Caudill C. M. Cloutis E. Potin S. Manigand S. |
Raman
Spectroscopy for the Moon: Development
of a Lunar-Relevant Raman Spectral Library [#1868] |
Warren P. H. Korotev R. L. |
Caveat!
Calibration Complexities for Reflectance Spectroscopy of Anorthositic
Lunar Soils [#2262] |
Blewett D. T. Basic G. Wiker J. Newhook J. Sniderman A. et al. |
Planetary
Surface Texture Lab: Imaging
Polarization and Photometric Studies of Regolith Analogs [#1176] |
Wohlfarth K. Wöhler C. Bauch K. D’Amore M. Hiesinger H. et al. |
The
Lunar EPI-Regolith — A Hypothesis to Explain the Lunar Flyby Data
of MERTIS [#1236] |
Kumamoto A.
Ishiyama K. |
Derivation
of Lunar Subsurface Loss Tangent from SELENE Lunar Radar Sounder [#1510] |
Sato H. Hapke B. Robinson M. S. |
New
Extended Range WAC TiO2 Map of the Moon [#1031] |
Sklute E. C. Domingue-Loren D. Glotch T. D. Rucks M. Ye C. |
A New
Open-Source Hapke Radiative Transfer Program for Determining Optical
Constants and Anayzing Phase Behavior [#1258] |
Morlok A. Charlier B. Reitze M. P. Renggli C. J. Klemme S. et al. |
BepiColombo
and MERTIS @Moon: A Very First
Comparison of Mid-Infrared (7-14 µm) Spectra [#1964] |
Suresh K.
Amitabh
Iyer K. V.
Prashar A. K.
Islam B. et al. |
Triplet
Camera Based Digital Elevation Model Generation of Lunar Surface from
Chandrayaan-2 Terrain Mapping Camera-2 (TMC-2) Imagery — Quality Improvements
and Results [#1397] |
Chakraborty T. Bhiravarasu S. S. Das A. Pandey D. K. Putrevu D. et al. |
Probing
Lunar Polar Impact Craters Using Foll-Pol L-Band Chandrayaan-2 Dual-Frequency
SAR (DFSAR) [#1447] |
Marshal R.
Wohlfarth K.
Ruesch O. |
Insights
on Pixel and Sub-Pixel Scale Rock Abundance on the Moon with LROC/NAC [#1457] |
Poggiali V. Hayes A. G. Lalich D. E. Soderblom J. M. Raguso M. C. |
Surface
Clutter Simulations and Super Resolution Processing of the SELENE (Kaguya) Lunar
Radar Sounder Data [#2156] |
[P606]
POSTER SESSION: LUNAR SURFACE
INTERACTIONS WITH THE SPACE ENVIRONMENT
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Phipps P. H. Stubbs T. J. Looper M. D. Spence H. E. |
Galactic
Cosmic Ray Proton Radiation Dosage Near a Simple Lunar Crater [#1500] |
Poppe A. R. Garrick-Bethell I. Fatemi S. |
Fractionation
of Solar Wind Minor Ion Precipitation by the Lunar Paleo-Magnetosphere [#1255] |
Wang H. Z. Shi Q. Q. Xiao C. Zhang J. Guo R. L. et al. |
Energetic
Neutral Atoms Distribution on the Lunar Surface and Its Relationship with
Solar Wind Condition [#2185] |
Carmichael C. C. Griffin G. G. Cook M. C. Matthews L. S. M. Hyde T. W. H. |
Lunar
Swirl Formation in an Irregular-Shaped Dusty Plasma Medium [#1676] |
Griffin G. G. Carmichael C. C. Matthews L. M. Hyde T. H. |
Determining
Diagnostic Capabilities of Dust by Exploring Lunar Swirls [#2208] |
Mendoza A.
Herrera T.
Matthews L. S.
Hyde T. W. |
Determining
Electrostatic Forces on Lunar Dust Regolith [#2726] |
[P607]
POSTER SESSION: LUNAR VOLCANISM
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Ford J. S. Sharif K. Jones H. L. Whittaker W. L. |
Planetary
Pit Photogrammetry: Accuracy,
Coverage, and Science Value [#2631] |
Heemskerk M. V. Pouwels C. R. Heemskerk R. S. Kerber S. Foing B. H. |
CHILL-ICE
(Construction of a Habitat Inside a Lunar-Analogue Lava Tube): Building and Testing of a Deployable
Habitat in Icelandic Lava Tubes for Space Exploration Purposes [#2762] |
Michael G. G. Basilevsky A. T. |
Lunar
Crater Ina: Analysis of the Morphology
of Interior Landforms [#1632] |
Bringeland S. M. Braun A. |
Modelling
and Assessing Rover-Based Ground Penetrating Radar to Identify and Map Lunar
Lava Tubes [#1699] |
Zhang F. Meng Y. Bugiolacchi R. |
Implications
for Lunar Mare Volcanism Indicated from RMDS-Bearing Mare Domes
in Tranquillitatis [#1762] |
Hon E.
Stopar J. |
Investigation
of Young Mare Deposits in the Lichtenberg and Flamsteed Regions [#1660] |
Giguere T. A. Boyce J. M. Gillis-Davis J. J. Stopar J. D. |
Determination
of Lunar Lava Flow Ages in Northeastern Oceanus Procellarum: The Need for Calibrating Crater Counting
Procedures Across the Field [#1091] |
McGovern P. J. Kramer G. Y. Neumann G. A. |
Emplacement
and Tectonism of the Non-Basin Lunar Mare Provinces Tranquillitatis
and Frigoris [#2516] |
Pauw L. Hiesinger H.
van der Bogert C. H. Früh T. |
Mapping
and Investigation of Lunar Wrinkle Ridges in Mare Serenitatis [#2119] |
Bhatt H.
Chauhan P.
Solanki P. |
Geological
Evolution of the Largest Shield Volcano Bearing Mare of the Moon, Mare
Tranquillitatis: Based on Detailed
Morphological, Mineralogical, Topographic Studies Using Multiple
Data Sets [#1827] |
U (Uu) K. Ogawa M. Hasumi H. |
Effects
of Magma-Generation and Transport of Heat and Heat Producing Elements by
Migrating Magma on the Thermal History of the Moon [#1160] |
Lang A. N. M. Gregg T. K. P. |
Holes
in the Moon: Copernicus Crater
Collapse Pits [#1997] |
Paul D. Porwal A. Thangjam G. |
Compositional
Variability of Mare Humorum and Insights into Diverse Geologic Units of
Mare Volcanism [#2312] |
Farrand W. H. |
Analysis
of Mantled Lunar Domes, Rille Flanks, and Anomalous Regions [#2362] |
Shirley K. A. Glotch T. D. Bowles N. |
Investigating
Lunar Silicic Volcanism at Lassell Massif Using Diviner Emissivity
Spectral Properties [#2622] |
Christopher H. Kumari N. Shanmugapriya K. Vijayan S. |
Gerard
Q Crater Region, Moon: KREEP Induced
Volcanism in Mare-Highlands Boundary? [#1809] |
Bramson A. M. Carter L. M. Patterson G. W. Jozwiak L. M. Morgan G. A. et al. |
The
Lunar Schiller-Schickard Mare and Cryptomare as Seen by Arecibo and
Mini-RF Radar [#2275] |
Cahill J. T. S. Hayne P. O. Patterson G. W. Greenhagen B. T. Wieczorek M. A. |
The
Unusual Atlas/Hercules Region of the Moon [#2114] |
Velichko S. Korohin V. Kaydash V. Shkuratov Y. |
Phase-Ratio
and Phase Dependence of Albedo of Irregular Mare Patch Maskelyne Obtained
from LROC NAC Data [#2280] |
Chauhan M.
Tiwari P. S.
Chauhan P. |
Geological
Investigation of Petavius Crater, Moon Using High-Resolution Datasets from
Recent Lunar Missions [#1843] |
Avent W. M. II Lee P. |
New
Candidate Pits and Caves at High Latitudes on the Near Side of the Moon [#2733] |
[P608]
POSTER SESSION: LUNAR VOLATILES
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Smolka A. Gscheidle C. Biswas J. |
Investigation
of Transient Volatile Migration in Lunar Regolith for the Lunar
Volatile Scout [#2283] |
Moye C. G. Lee P. |
Lunar
Polar Water Ice: A Terrain
Classification System and Optimal Sites for Moon Exploration [#2759] |
Ambili K. M. Choudhary R. K. |
Three
Dimensional Map of Lunar Ionosphere Using Physics Based
Ionospheric Model [#1418] |
Farrell W. M. McLain J. L. Zimmerman M. I. Hartzell C. M. Fester Z. T. |
Lunar
Dust-to-Suit Electrostatic Interactions:
Insulating vs. Conducting Space Suits [#1937] |
Shahi C. B. Haun R. Coplan M. A. Su J. J. Lutz L. et al. |
Cellular
Array Neutron Detector for Lunar and Planetary Missions [#2153] |
Losekamm M. J. Poeschl T. |
A
Compact Cosmic-Ray and Neutron Spectrometer to Search for Water Ice on
the Moon [#2302] |
Hibbitts C. A. Runyon K. Nord M. |
How the
State of Water Affects Its Use as an In-Situ Lunar Resource [#2690] |
Huang Z. H. Nomura K. N. Wang J. W. |
Modeling
Solar Wind Implantation and Its Contributions to Volatile Formation on
Lunar Surface [#1798] |
Pugacheva S. G. Feoktistova E. A. Shevchenko V. V. |
Clavius
Crater Water [#1411] |
Yamashita N.
Prettyman T. H. |
Identification
of Volatile Elements for Lunar Science, Resource Utilization, and Landing
Site Selection [#1633] |
Grava C. Hurley D. M. Feldman P. D. Retherford K. D. Greathouse T. K. et al. |
LRO/LAMP
Observations of Lunar Exospheric Helium:
Constraints on Its Thermal Accommodation and Outgassing Rate [#2025] |
Martin A. C. Denevi B. W. Speyerer E. J. Thompson T. J. Brown H. M. et al. |
Comparison
of Images with Direct and Indirect Illumination: Lunar Permanently Shadowed Region
Analog Images [#2349] |
Luchsinger K. M. Chanover N. J. |
From
Transient to Sequestered: Vertical
Transport of Water Ice in Seasonally Shadowed Regions [#2540] |
Alfaro C.
Tran A.
Carr K. A.
Azubuike O.
Carreira C. et al. |
The
Effect of Isotopic Composition and Surface Residence Times on Lunar
Volatile Transport [#2258] |
Tucker O. J. McLain J. Farrell W. M. Hurley D. M. |
Global
Transport Modeling of Impact Released Volatiles from Lunar Soils [#2363] |
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 [#1740] |
Grishakina E. A. Slyuta E. N. |
Probable
Reserves of Water Ice in the Lunar Polar Regions [#1882] |
[P609]
POSTER SESSION: CHANGE’4 AND CHANGE’5
RESULTS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Liu T. Michael G. Zhu M. Wünnemann K. |
Predicted
Sources of Samples Returned from Chang’E-5 Landing Region [#1225] |
Liu C. Q. Ling Z. C. Liu L. Chen J. Cao H. J. et al. |
Fe-Rich
Pyroxene and Mg-Rich Olivine at Chang’e-4 Landing Site Constrained by
Spectral Characteristics of Lunar Soil Analogs Using VNIS Prototype [#1963] |
Yang Y. Li S. Zhu M. H. Liu Y. Wu B. et al. |
Impact
Remnants Detected by the Chang’E-4 Rover on the Moon [#1956] |
Penasa L.
Pozzobon R.
Massironi M.
Kang Z. Hu T. et al. |
3D
Geologic Model of the Shallow Subsurface of Chang’E 3 Landing Site (Sinus Iridum, Moon) [#1857] |
Qian Y. Xiao L. Head J. W.
van der Bogert C. H. Hiesinger H. et al. |
China’s
Chang’e-5 Landing Site:
An Overview [#1306] |
Sun L.
Lucey P. |
Mineralogy
and Mg# of the Chang’E 5 Landing Region [#1796] |
Yin C. X. Fu X. H. Hou X. T. Zhang J. Zou Y. L. |
The
Geology of the Chang’E-5 Landing Site in the Northeastern
Oceanus Procellarum [#1927] |
Hou X. T. Fu X. H. Yin C. X. |
The
Chronology of Pythagoras and Sharp B Craters in the Adjacent Highlands of the
Chang’E-5 Landing Site [#2006] |
Qian Y. Head J. W. Wilson L. Xiao L. |
The
Longest Sinuous Rille on the Moon (Rima Sharp) and Its Relationship to the
Young Procellarum Mare Basalts:
Implications for the Chang’e-5 Returned Samples [#2492] |
Cao H. J. Qi X. B. Chen X. H. Fu X. H. Ling Z. C. et al. |
Compositional
and Mineralogical Snalysis of Mare Basalts in Northern Oceanus
Procellarum: Landing Site of the Chang’e-5 Mission [#1839] |
[P610]
POSTER SESSION: MISSION CONCEPTS: MOON
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Biswal M M K. Annavarapu R N. |
Report
on the Loss of Vikram Lander of Chandrayaan 2 Mission [#1039] |
Laflčche É. A. Kells K. P. J. Lambier S. J. Neish C. D. Osinski G. R. et al. |
Proposed
Lunar Sample Return Mission at Tsiolkovskiy Crater [#1363] |
Jhoti E. Paige D. A. Carroll K. A. |
An
Orbital Dynamics Model for an Ultra-Low Altitude Lunar Orbiter [#1548] |
Hiesinger H.
van der Bogert C. H. Wedler A. Jaumann R. Mall U. et al. |
The
Rima Bode Region — Candidate for a Future Lunar Landing Site [#1485] |
Qiao L. Head J. W. Wilson L. Ling Z. |
Conceptual
Lunar Missions to the Ina Lunar Irregular Mare Patch: Distinguishing Between Ancient and Modern
Volcanism Models [#1799] |
Battler M.
Raimalwala K.
Cross M.
Faragalli M. Smal E. et al. |
I-SPI: Intelligent Sensing and Perception
in Infrared [#2767] |
Almaeeni S. Els S. G. Almarzooqi H. |
To a
Dusty Moon: Rashid’s Mission to
Observe Lunar Surface Processes Close-Up [#1906] |
Pozzobon R.
Rossi A. P.
Ferrari S.
Massironi M.
Pajola M. et al. |
Marius
Hills Skylight Hazard Characterization as a Possible Landing Site for Lunar
Subsurface Exploration [#1886] |
Lee P. Sims M. Bickel V. Colaprete A. Elphic R. et al. |
SCHRODINGER
CAT: A Mobile Instrument Suite to
Explore a Volcanic Vent and Permanently Shadowed Region in the Schrodinger
Impact Basin, Far Side, Moon [#2771] |
Bessone L.
Carnelli I.
Fontaine M. Sauro F. |
ESA
Sysnova Lunar Caves Challenge: Ideas
and Technologies for a Mission to Lunar Caves [#1120] |
Borrmann D. Nüchter A. Bredenbeck A. Zevering J. Arzberger F. et al. |
Lunar
Caves Exploration with the DAEDALUS Spherical Robot [#2073] |
Lichtenheldt R. Staudinger E. Adeli S. Vera J. P. P. Giudice G. et al. |
A
Mission Concept for Lava Tube Exploration on Mars and Moon — The DLR
Scout Rover [#1443] |
Noeker M. Karatekin Ö. Ritter B. |
Accessing
the Lunar Underground: The LAva-TUbe
iNvestigAtion (LA-TUNA) Mission Concept [#1574] |
Ximenes S. W. Shaffer A. Hooper D. M. Wells R. |
Leto
Mission Concept for Green Reconnaissance of the Marius Hills Lunar Pit [#2640] |
Whittaker W. L. Jones H. L. Ford J. S. Sharif K. Wong U. Y. |
Skylight: A Mission Concept for In-situ Investigation
of the Morphology, Geology, and Mineralogy of Lunar Pits [#2644] |
Hollosi D. H. |
LEAPS: Lunar Expedition to Ascertain Philolaus Skylights [#1842] |
Das N B. Biswal M M K. |
Project
Crescent: A Proposal to Build a
Sustainable Moon Base [#2416] |
Cartwright S. F. A. Bretzfelder J. M. |
The
Lunar Season Calculator: An Accessible
Tool for Future Mission Planning [#2533] |
Herkenhoff B. K. Lanctot S. I. Fisher J. M. Serda N. Bjorkman T. S. et al. |
Preliminary
Design Concept of Locust Inspired Jumping Moon Robot Swarm [#2754] |
Mikolajewski S. Hiesinger H.
van der Bogert C. H. Schmedemann N. |
Landing
Site Evaluation Inside Mare Moscoviense [#2087] |
[P611]
POSTER SESSION: MISSION CONCEPTS: EARTH
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Ishimaru R. Sakamoto Y. Fujita S. Kobayashi M. Okudaira O. et al. |
ASTERISC
Project: CubeSat Mission for
Observation of Cosmic Dust with a New Large Film Type Dust Sensor [#1712] |
[P612]
POSTER SESSION: MISSION CONCEPTS: INNER SOLAR SYSTEM
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Pommier A. McEwen A. S. Keszthelyi L. P. |
Investigating
the Interior of Terrestrial Planets and Moons Using Electrical
Laboratory Measurements [#2226] |
Cohen B. A. Young K. E. Zellner N. E. B. Zacny K. Yingst R. A. et al. |
In Situ
Geochronology for the Next Decade [#1488] |
Vander Kaaden K. E. Ernst C. M. Chabot N. L. Klima R. L. Indyk S. J. et al. |
Landing
on Mercury: A Geochemical Perspective [#1087] |
Ernst C. M. Chabot N. L. Klima R. L. Kubota S. Rogers G. et al. |
The
Mercury Lander Mission Concept Study:
Enabling Transformative Science from the Surface of the
Innermost Planet [#2565] |
Benkhoff J. |
The
BepiColombo Mission to Explore Mercury — Status Update and First Results from
Science Activities During Cruise [#2734] |
Arredondo A.
Hodges A.
Abrahams J. N. H.
Bedford C. C. Boatwright B. D. et al. |
VALENTInE: A Concept for a New Frontiers Class Long
Duration In-Situ Balloon Mission to Venus [#1526] |
Smrekar S. E. Hensley S. Dyar M. D. Helbert J. Andrews-Hanna J. et al. |
VERITAS
(Venus Emissivity, Radio Science, In-SAR, Topography, and Spectroscopy): A Proposed Discovery Mission [#2211] |
Sweeney D.
Ao C. Vergados P. Renno N. Kass D. et al. |
Addressing
Mars Atmospheric Science and Exploration Knowledge Gaps with Smallsat
Radio Occultations [#2437] |
Davis R. Haltigin T. |
International
Mars Ice Mapper Mission: The First
Human Exploration Reconnaissance Mission to Mars [#2614] |
Komatsu G.
Brož P. |
Southern
Chryse Planitia on Mars as a Potential Landing Site: Investigation of Hypothesized
Sedimentary Volcanism [#1164] |
Biswal M M K. Gómez D. Das N B. Annavarapu R N. |
Conceptual
Design of Mars Sub-Surface Habitat for Sustaining Thermal Stability [#1280] |
Shepard J.
Fevig R. |
Permanent
Capture of Minimoons in Libration Point Orbits: A Case Study on Capturing Asteroid 2006
RH120 and 2020 CD3 [#1378] |
Lim L. F. Barbee B. W. Bos B. J. Brambora C. Hewagama T. et al. |
Reconnaissance
of Apophis (RA): A Rendezvous Mission
Concept for Exploring the Potentially Hazardous Asteroid Apophis During Its
2029 Earth Encounter [#2204] |
Bell J. F. III Papsidero L. Ware J. W. Rice J. W. Jr. Linn T. et al. |
Apophis
Pathfinder: A Smallsat Mission to
Characterize the Potentially Hazardous Asteroid (99942) Apophis [#2110] |
Hernandez S. Bandyopadhyay S. Haynes M. S. Karimi R. R. Stuart J. R. et al. |
Small
Spacecraft Swarms Enabling Asteroid Radar Observations: Apophis Mission Study [#1794] |
Perna D.
Pajola M.
Casalino L.
Ivanovski S.
Lavagna M. et al. |
ANIME: The “Asteroid Nodal Intersection Multiple
Encounters” CubeSat Mission to Explore Near-Earth Asteroid Diversity [#1106] |
Parker A. H. Durda D. D. Whizin A. D. Walsh K. J. Shoffner M. et al. |
BORE-II
Suborbital Demonstration of Microsatellite-Scale Magnetic Asteroid Regolith
Sample Collection System [#2454] |
[P613]
POSTER SESSION: MISSION CONCEPTS: OUTER SOLAR SYSTEM AND BEYOND
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Thaler P. Niebur C. |
Temporal
Trends in Planetary Mission Announcements of Opportunity and
Proposal Evaluations [#1277] |
Denk T.
McEwen A. S.
Helbert J. IVO Team |
Survey
of Jovian Irregular Moons with IVO (Io Volcano Observer) [#1841] |
Achkar M. M. |
CAUSTIC.IO
(Characterize Activity and Understand Seismic, Tidal, and Internal
Constitution of IO) [#2667] |
Overy R. D. Sadler G. G. |
Radioisotope
Power for Scientific Exploration [#2770] |
Bairstow B. K. Lee Y. H. Howell S. Donitz B. Choukroun M. et al. |
Radioisotope
Power System Waste Heat Mitigation for Ice and Ocean World
Surface Exploration [#1075] |
Holler B. J. Runyon K. D. |
Evaluating
Trans-Neptunian Dwarf Planets as Targets for an Interstellar Probe Flyby [#2525] |
Lisse C. M. Zemcov M. B. Poppe A. R. Szalay J. R. Draine B. T. et al. |
What
Can an Interstellar Probe Mission at Large Heliocentric Distances Achieve
with Remote Imaging and In Situ Dust Measurements? [#2581] |
Kumar S.
Thomas L. D.
Cassibry J. T. |
Nuclear
Thermal Propulsion for Outer Planets Robotic Exploration [#1613] |
[P614]
POSTER SESSION: SPECIAL SESSION: MARS 2020 INITIAL RESULTS I: MINERALOGY, GEOCHEMISTRY, AND IMAGES
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Brown A. J. Wiens R. C. Maurice S. Uckert K. Tice M. et al. |
Mars2020
In Situ Investigation of Alteration at Jezero Crater [#1749] |
Shkolyar S.
Jaret S. J.
Cohen B. A.
Johnson J. R. Ollila A. M. et al. |
Detecting
Shock Effects on Mars Using Mineral Spectroscopy [#1717] |
Garczynski B. J. Horgan B. Kah L. C. Balci N. Gunes Y. et al. |
Expected
Results of Carbonate Investigations by the Perseverance Rover in Jezero
Crater: Lessons from a
Fluviolacustrine Analog at Lake Salda, Turkey [#2235] |
Heirwegh C. M. Liu Y. Clark B. C. Elam W. T. O’Neil L. P. et al. |
Calibrating
PIXL for Elemental Analysis on Mars [#1260] |
Pedersen D. A. K. Henneke J. Jřrgensen J. L. Liu Y. Hurowitz J. A. et al. |
PIXL
Multicolor Capability: False-Color
Imaging and Iron-Bearing Mineral Detection [#1198] |
Siebach K. L. Costin G. Jiang Y. |
Identifying
Mineral Candidates in High-Resolution Geochemical Data with Application to
PIXL on Mars 2020 [#1263] |
Meyer M. J. Milliken R. E. Hurowitz J. A. Robertson K. M. |
Primary
Depositional and Secondary Diagenetic Fabrics in Evaporite Rocks as Seen by
Perseverance Rover’s PIXL Instrument [#1461] |
Nachon M.
Ewing R. C.
Tice M. M.
Williford B. |
Microbial
Biosignature Investigation in Aeolian Environment Using µXRF (X-Ray
Fluorescence) Analyses that Simulate the PIXL Instrument Onboard the
Perseverance Rover from NASA’s Mars 2020 Mission [#1723] |
Anderson R. B. Forni O. Clegg S. M. Cousin A. Frydenvang J. et al. |
SuperCam
Laser Induced Breakdown Spectroscopy (LIBS) Data Processing, Calibration, and
First Results [#1606] |
Fouchet T.
Johnson J. R.
Forni O.
Reess J.-M.
Bernardi P. et al. |
Supercam
Visible/Near-Infrared Spectroscopy Onboard the Perseverance Rover [#1939] |
Legett C. IV Newell R. T. Reyes-Newell A. L. Bernardi P. Forni O. et al. |
Optical
Characterization of SuperCam Below 900 nm [#1516] |
Gasnault O.
Virmontois C.
Maurice S.
Wiens R. C. Le Mouélic S. et al. |
What
Supercam Will See: The Remote
Micro-Imager Aboard Perseverance [#2248] |
Beyssac O. Ollila A. M. Arana G. Angel S. M. Benzerara K. et al. |
SuperCam’s
Time-Resolved Raman and Luminescence Spectroscopy Onboard the
Perseverance Rover [#1499] |
Johnson J. R. Bell J. F. III Kinch K. M. Kristensen J. Merusi M. et al. |
Initial
Mastcam-Z Multispectral Visible/Near-Infrared Observations of Mars 2020
Perseverance Rover Calibration Targets [#1213] |
[P615]
POSTER SESSION: SPECIAL SESSION: MARS 2020 INITIAL RESULTS II: ATMOSPHERE AND ENVIRONMENT
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
McConnochie T. H. Fouchet T. Montmessin F. Beck P. Chide B. et al. |
Mars
Atmospheric Science with SuperCam’s Visible and Near-Infrared Passive
Spectroscopy Modes [#1367] |
Murdoch N.
Lorenz R.
Chide B.
Cadu A. Stott A. et al. |
Predicting
Signatures of Dust Devils Recorded by the SuperCam Microphone [#1658] |
Toledo D. Apéstigue V. Arruego I. Smith M. D. Lemmon M. et al. |
Aerosol
Retrievals from MEDA RDS [#1845] |
Mezilis J. A. |
Initial
Acoustic Results from Mars 2020 Perseverance Entry, Descent, and Landing
Camera [EDLCAM] Microphone System [#2305] |
Gómez F. Conrad P. Pla-García J. Rodríguez-Manfredi J. A. |
Astrobiological
Implications from MEDA Atmospheric Measurements [#1530] |
Chide B.
Lanza N. L.
Alvarez C.
Angel S. M.
Bernardi P. et al. |
The
SuperCam Microphone and Expected First Sounds at Jezero Crater, Mars [#1127] |
[P616]
POSTER SESSION: MSL CURIOSITY
RESULTS: SEDIMENTARY GRAINS, ROCKS, AND
PROCESSES IN GALE CRATER
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Christian J. R. Arvidson R. E. Mellon M. T. Vasavada A. R. Weitz C. M. |
High-Resolution
Thermophysical Mapping of Glen Torridon and Gale Crater, Mars [#1215] |
Caravaca G.
Mangold N.
Dehouck E.
Schieber J.
Bryk A. B. et al. |
Evidence
of Depositional Settings Variation at the Jura/Knockfarril Hill Members
Transition in the Glen Torridon Region (Gale Crater, Mars) [#1455] |
Minitti M. E. Rivera-Hernández F. Bennett K. A. Gupta S. Wiens R. C. |
Rock
Textures and Grain Sizes in the Glen Torridon Region (Gale Crater, Mars)
Observed by the Mars Hand Lens Imager (MAHLI) and ChemCam [#2435] |
Caravaca G.
Le Mouélic S.
Mangold N.
Le Deit L. |
Using
Virtual Reality Tools to Characterize and Measure Sedimentary Series in Gale
Crater: A Case Study [#1169] |
Weitz C. M. Sullivan R. J. Baker M. Grant J. A. |
Aeolian
Bedform Grain Properties at Gale Crater from Vera Rubin Ridge to the Sands
of Forvie [#1596] |
Moreland E. L. Arvidson R. E. |
Compositional
Variance of Aeolian Deposits in Gale Crater, Mars [#2397] |
Le Mouélic S. Gasnault O. Rapin W. Bryk A. B. Dietrich W. E. et al. |
Housedon
Hill — A ChemCam RMI Mega Mosaic to Investigate Distant Features in
Gale Crater [#1408] |
Newsom H. E. Scuderi L. A. Gallegos Z. E. Williams J. M. Dimitracopoulos F. D. et al. |
Evidence
for Glacial and Fluvial Processes on Gale Crater Rim — Dulce Vallis [#2256] |
[P617]
POSTER SESSION: GALE CRATER GEOCHEMISTRY
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Johnson J. R. Bell J. F. III Wiens R. C. Maurice S. Gasnault O. et al. |
New
Iron Meteorite Detections by the Mars Science Laboratory Curiosity Rover in
the Southern Glen Torridon Region [#1212] |
Henley T. L. J. Schmidt M. E. Bray S. L. Zheng J. J. |
An
Update on Martian Dust Coverage and Contribution to APXS Elemental
Concentration and Bedrock Composition for Rock Targets in Gale Crater [#2241] |
Zhao S. Shi Y. Karunatillake S. Xiao L. |
Computational
Photoanalysis Software for Martian Soil Granulometry [#1959] |
Nikiforov S. Y. Djachkova M. V. Mitrofanov I. G. Litvak M. L. Lisov D. I. et al. |
Pixel
Map Interpretation of the MSL DAN Passive Measurements [#2159] |
Berger J. A. VanBommel S. J. V. Clark B. C. Gellert R. House C. H. et al. |
Manganese-
and Phosphorus-Rich Nodules in Gale Crater, Mars: APXS Results from the Groken
Drill Site [#2194] |
Gasda P. J. Anderson R. Cousin A. Forni O. Clegg S. M. et al. |
A
Multivariate Manganese Calibration Model for ChemCam [#1272] |
Comellas J. M. Essunfeld A. Lanza N. Gasda P. J. Delapp D. et al. |
Geologic
Interpretations of Elevated-Mn ChemCam Targets in the Bradbury Rise, Gale
Crater, Mars [#2176] |
Essunfeld A.
Comellas J. M.
Lanza N.
Gasda P. Delapp D. et al. |
Attribute
Recognition for Grouping Elevated-Manganese ChemCam Targets by
Visual Characteristics [#2180] |
Nikiforov S. Y. Djachkova M. V. Mitrofanov I. G. Litvak M. L. Lisov D. I. et al. |
Water
Estimation in Vera Rubin Ridge and Glen Torridon Based on Measurements of the
MSL/DAN Instrument [#2152] |
Mittal S.
Hanley J.
Horgan B. Carmack R. |
Reinvestigating
Gale Crater with New NIR Spectral Parameters [#2017] |
Gellert R. Berger J. A. Boyd N. I. O’Connell-Cooper C. D. McCraig M. et al. |
The
Sulfate Unit at Gale Crater: What to
Expect There and How to Explore It [#1732] |
Parente M.
Saranathan A. M.
Itoh Y.
Bishop J. L.
Weitz C. M. |
Characterizing
Aqueous and Mafic Mineralogy at Gale Crater, Mars with New
Hyperspectral Algorithms [#2736] |
Clark J. V. Lanza N. Rampe E. B. Archer P. D. Morris R. V. et al. |
Evolved
Gas Analysis of Manganese-Bearing Phases and Implications for the Sample
Analysis at Mars (SAM) Instrument on Board the Curiosity Rover in Gale
Crater, Mars [#1206] |
David G.
Cousin A. Forni O. Meslin P. Y. Dehouck E. et al. |
Chemical
Characterization of Fe-Rich Diagenetic Nodules with ChemCam in the Glen
Torridon Region, Gale Crater, Mars [#1433] |
Dehouck E. Cousin A. Mangold N. Frydenvang J. Gasnault O. et al. |
Leaving
Glen Torridon: Bedrock Geochemistry
Measured by ChemCam en Route to the Sulfate Unit of Gale Crater [#1858] |
Turner S. M. R. Schwenzer S. P. Bridges J. C. Sutter B. Bedford C. C. |
Modeling
Water-Rock Reactions Beneath the Greenheugh Pediment, Gale Crater, Mars [#2440] |
Khan S. Y. Stack K. M. |
Geochemistry
and Stratigraphic Classification of Sandstones Observed by the MSL
Curiosity Rover [#2560] |
Haber J. T. Horgan B. Fraeman A. A. |
Using
Color to Map Diagenesis in Gale Crater:
Comparing the Rover and Orbital Perspective [#1607] |
Ettenborough I. E. Thomson B. J. Weitz C. M. Bishop J. L. Seelos K. D. |
Monohydrated
and Polyhydrated Sulfates in Southeastern Aeolis Mons [#2308] |
[P618]
POSTER SESSION: EXOMARS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Sefton-Nash E. Fawdon P. Orgel C. Balme M. Quantin-Nataf C. et al. |
Team
Mapping of Oxia Planum for the ExoMars 2022 Rover-Surface
Platform Mission [#1947] |
Hauber E.
Tirsch D.
Adeli S.
Acktories S.
Steffens S. et al. |
Regional
Geologic Mapping of the Oxia Planum Landing Site for the Exomars
2022 Mission [#2057] |
Bontognali T. R. R. Kuhn N. J. Kuhn B. Josset J.-L. Hofmann B. et al. |
The
CLUPI Science Operation Testing Facility:
Preparatory Activities for Acquiring Ideal Close-Up Images During the
ExoMars 2022 Mission [#1861] |
McNeil J. D. Fawdon P. Balme M. R. Coe A. L. |
Mounds
in the ExoMars 2022 Landing Site [#1417] |
Silvestro S. Tirsch D. Pacifici A. Salese F. Vaz D. A. et al. |
Change
in the Wind and Climate at the ExoMars 2022 Landing Site in Oxia
Planum (Mars) [#1442] |
Favaro E. A. Balme M. R. Davis J. Grindrod P. M. Fawdon P. et al. |
The
Aeolian Environment of the Landing Site for the ExoMars Rosalind Franklin
Rover in Oxia Planum, Mars [#1873] |
Frigeri A. De Sanctis M. C. Altieri F. Ammannito E. Ferrari M. et al. |
Integrating
Drill Telemetry in Ma_MISS Science Onboard the ExoMars 2022 Rover [#1462] |
Früh T.
Hauber E.
Adeli S. Tirsch D. Nass A. |
Northern
Xanthe Terra: A Reference Site to Test
Hypotheses Related to the Oxia Planum Landing Site for ExoMars 2022 [#1977] |
Altieri F. Frigeri A. De Sanctis M. C. Ferrari M. De Angelis S. et al. |
Spectral
Classes Investigation on Oxia Planum, the EXOMARS 2022 Landing Site, by Means
of CRISM/MRO Data [#2040] |
Woodley S. Z. Fawdon P. Balme M. R. Rothery D. A. Favaro E. |
Tectonic
Features in Western Arabia Terra and Their Implications for the ExoMars 2022
Rover Landing Site [#1234] |
Formisano M. De Sanctis M. C. Federico C. De Angelis S. Ferrari M. et al. |
Thermophysical
Modeling of Oxia Planum, Landing Site of ExoMars 2022 [#1894] |
Apuzzo A.
Schmidt G. W.
Cianfarra P. Frigeri A. Salvini F. |
Tectonic-Related
Fractures in Oxia Planum (Mars) and Their Implication for
Life Investigation [#2082] |
De Silva G. Horgan B. Kinzelman P. Van Buskirk M. Forss J. |
Identifying
Fracture Networks at Oxia Planum and Mawrth Vallis, Mars [#2553] |
Turchinskaya O. I. Agapkin I. A. Dmitroskiy A. A. Slyuta E. N. |
Analysis
of the Terrain and Surface Slopes of the Potential Landing Area of the
ExoMars Spacecraft Oxia Planum [#2442] |
[P619]
POSTER SESSION: GEOCHEMISTRY: THE THINGS MICROBES CARE ABOUT
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Goodale C. D. Lynch K. L. Bond R. J. Peretyazhko T. S. |
A
Thermodynamic Model for Ancient Perchlorate-Driven Ecosystems on Mars [#1273] |
Ramkissoon N. K. Turner S. M. R. Macey M. C. Schwenzer S. P. Reed M. H. et al. |
Geochemical
Energy Available to Microbes in Martian Impact Craters [#1518] |
Pál B. |
Global
Deliquescence Possibility on Present Day Mars from Model Calculations [#1864] |
Jusino M.
Cleaves H. J. II |
Modeling
Global Geochemical Cycling of Phosphorus and Sulfur on
Terrestrial Planets [#2756] |
Navarro-González R. Coll P. Szopa C. Freissinet C. Buch A. et al. |
Search
of Phosphine in the Evolved Gases from Hypophosphite/Phosphite Minerals in
Lacustrine Sedimentary Rocks at Gale Crater by the Sample Analysis
at Mars [#1358] |
Litvak M. L. Mitrofanov I. G. Sanin A. B. Bakhtin B. N. Golovin D. et al. |
The
Measurements of Neutron Radiation Dose During Mars Odyssy Cruise to Mars [#2058] |
[P620]
POSTER
SESSION: FANS, DELTAS, AND LAKES ON MARS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Wilson S. A. Morgan A. M. Howard A. D. Grant J. A. |
A
Global Inventory of Craters with Alluvial Fans and Deltas on Mars [#2703] |
De Toffoli B. Plesa A.-C. Hauber E. Breuer D. |
Global
Mapping of Martian Delta Deposits [#1505] |
Silva D. C. A. Vaz D. A. Di Achille G. |
Towards
an Improved Morphometric Database of Valleys and Fans on Mars [#2084] |
Tebolt M. A. Goudge T. A. |
Investigation
of the Depositional Environment of Martian Sedimentary Fan Features [#1525] |
Suárez J. Guerrero D. Soler N. Rámirez D. Escobar C. et al. |
Hydric
Evolution of Two Deltas in the Ismenius Cavus System, Mars [#1177] |
Mason D. P. Scuderi L. A. Li H. Yang X. Newsom H. E. |
Gobi
Desert Deltas as an Analogue Environment for Jezero Delta Mars [#1664] |
Ando J. K. Rivera-Hernández F. Palucis M. |
Does
the Morphology of Alluvial Fan Drainage Basins Reflect their Climate?: A Case Study of Terrestrial
Basaltic Fans [#1593] |
Bamber E. B. Goudge T. A. Fassett C. I. Osinski G. R. |
Formation
of Inlet Valleys into Crater-Hosted Lakes on Mars [#1793] |
Nussbaumer J. W. |
Evidence
for a Paleolake in Galaxias Chaos, NW Elysium Planitia, Mars [#2037] |
Baum M.
Wordsworth R.
Goudge T. |
Consequences
of Early Ocean and Shoreline Deformation Scenarios for Jezero
Crater, Mars [#2402] |
Jodhpurkar M. J. Bell J. F. III |
Mapping
and Interpreting the Northern Fan Deposit in Jezero Crater, Mars [#2252] |
Neesemann A.
Walter S. H. G.
Gross C.
Jaumann R.
Gwinner K. et al. |
High-Precision
Topographic Map of the Mars 2020 Landing Site as Part of the MC-13E
SyrtisMajor Quadrangle Digital Terrain Model. [#2509] |
[P621]
POSTER SESSION: MARS GEOMORPHOLOGY
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Niu S. Zhang F. Di K. Gou S. Bugiolacchi R. |
Dating
and Morphological Characterization of Layered Ejecta Craters in the Candidate
Landing Areas of China’s First Mars Mission (Tianwen-1) [#1786] |
Shaver E.
Thomson B. J. |
Quantifying
Erosion Rates on Mars Using Impact Crater Statistics [#1760] |
Archer B. R. Hynek B. M. Robbins S. J. |
Crater
Evidence Does Not Support the Late Noachian Icy Highlands for Mars [#2220] |
Fastook J. L. Head J. W. |
Drainage
of Moats Surrounding Lava Deposits Superposed on Martian Ice Sheets [#1181] |
Fastook J. L. Head J. W. Scanlon K. E. Weiss D. K. Palumbo A. M. |
Hellas
Basin, Mars: A Model of Rim and Wall
Glaciation in the Late Noachian and Predictions for Enhanced Flow, Basal
Melting, Wet-Based Glaciation and Erosion, and Generation and Fate
of Meltwater [#1528] |
Heidenreich J. Rogers E. Qualizza B. Dawson H. Horgan B. |
A
Possible Subaqueous Hydrothermal System in Melas Chasma, Mars [#2432] |
Schmidt G. W. Luzzi E. Apuzzo A. Rossi A. P. Pondrelli M. et al. |
Water
Table Level Controls in Western Arabia Terra Recognized from the
Characteristics of the ELDs within Becquerel Crater, Mars [#2778] |
Chapline D. E. Salvatore M. R. |
Characterizing
Geomorphic and Mineralogical Features in the Eridania Basin and Their
Implications for the Geologic History of Mars [#1269] |
Wilson S. A. Howard A. D. |
Distribution
Characteristics of Martian Southern Mid-Latitude Pollywog Craters [#1105] |
Davis J. M. Aranos L. Fawdon P. |
The
Evolution of Ancient Fluvial Systems in Memnonia Sucli, Mars: Impact Crater Damming, Aggradation, and a
Drying Inner Sea on the Dichotomy? [#1229] |
Nerozzi S. Tober B. S. Ortiz M. R. Holt J. W. |
Revealing
the Geologic and Fluvial History of Hebrus Valles and Hephaestus Fossae
on Mars [#2590] |
Coughenour C. L. Coleman N. M. |
Hydrology
of Scamander Vallis, Mars [#1066] |
Schuring I. H. M. Foing B. F. |
Martian
Valley Formation Due to Basal Melting of Ice Sheets at High Obliquity [#2092] |
Mangold N.
Tornabene L.
Conway S.
Guimpier A.
Noblet A. et al. |
The
Unexpected Origin of the Branched Ridges at Antoniadi Crater, Mars [#1994] |
Brož P. Hauber E. Conway S. J. Luzzi E. Mazzini A. et al. |
The
Formation of the Kilometre-Sized Flows in Chryse Planitia (Mars) [#1614] |
Buban H. C. Okubo C. H. |
Geologic
Mapping in the Southern Utopia Basin [#2523] |
Berman D. C. Crown D. A. Bernhardt H. |
Geologic
Investigations of Barnard Crater, Southern Hellas Region, Mars [#2199] |
Crown D. A. Chuang F. C. Rice J. W. |
Geologic
Mapping of Gusev Crater, Mars [#1759] |
Burr D. M. Jacobsen R. E. Lefort A. Borden R. M. Peel S. E. |
Summary
of Findings from a USGS Scientific Investigations Map (SIM) at 1:500k of the
Aeolis Dorsa Region, Mars [#1315] |
Kearney M. L. Wynne J. J. Cushing G. E. Bardabelias N. M. Barlow N. G. |
Robotic
Exploration Potential of Martian Caves [#2078] |
Coleman N. M. Coughenour C. |
Consideration
of Stream Power and the Outflow Channels of Mars [#1010] |
Rezza C. A. Smith I. B. |
The
Transmissive Clays of Ganges Chasma:
An Investigation into SHARAD Observations on a Phyllosilicate
Rich Plateau [#2455] |
[P622]
POSTER
SESSION: MODERN MARS: EARTH, WIND, AND ICE
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Rubanenko L. Lapotre M. G. A. Schull J. Prerz-Lopez S. Fenton L. K. et al. |
Mapping
Mars’ Surface Winds from the Global Distribution of Barchan Dunes Employing
Artificial Intelligence [#1650] |
Horton P. |
Classification
and Analysis of High Resolution Dust Devil Tracks on Mars [#1321] |
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 [#1203] |
Hood D. R. Ewing R. C. Roback K. P. Runyon K. Avouac J.-P. et al. |
Interpreting
Airflow Dynamics from Ripple Patterns and Migration Rates on Mars [#2106] |
Chojnacki M. Vaz D. A. Silvestro S. Silva D. C. A. |
Global
Heterogeneity of Martian Megaripples and Transverse Aeolian Ridges: Distribution and Activity [#2524] |
Harrell M. J. Zimbelman J. R. |
Analysis
of Transverse Aeolian Ridge Transitions on Mars [#1141] |
Vaz D. A. Silvestro S. Chojnacki M. Silva D. C. A. |
Mapping
of Meter-Scale Bedform Variability at Bagnold Dune Field [#1926] |
Hooper D. M. Hubbard B. E. |
Linear
Deconvolution Applied to Aster Imagery of Terrestrial Dune Analog Sites [#2474] |
Arfstrom J. D. |
The
Barchan-Shaped Depressions of the Equatorial Deposits of Mars [#1030] |
Runyon K. D. Viviano C. E. Day M. Seelos K. D. |
Abraded
Pyroclastic Linear Paleodunes in Syria and Daedalia Plana, Mars [#1683] |
Cairns K. Hiesinger H. Iqbal W. |
Geology
of Craters with Pits and Dune Fields in Noachis Terra, Mars [#2077] |
Guimpier A.
Conway S. J.
Noblet A. Mangold N. |
Geologically
Recent Earthflow-Like Landslides on Mars [#2122] |
Huang R. I. Gulick V. C. Glines N. H. |
Slope
Analysis of Martian Gullies in Three High-Northern Latitude Craters [#2625] |
Rogers E. R. Gulick V. C. Glines N. H. |
Understanding
Equatorial Gully Erosion on Mars: A
Case Study on Krupac Crater [#1745] |
Rangarajan V. G. Tornabene L. L. Osinski G. R. Seelos F. P. Conway S. J. et al. |
Semi-Quantitative
Identification of Colour Associated Gully Changes Through CaSSIS Band Ratios
and Spectral Analysis Techniques [#2195] |
Gulick V. C. Glines N. H. |
Studies
of Martian Gully Systems and Their Potential Paleoenvironmental Settings [#2773] |
Levin J. N. Dickson J. L. Lamb M. P. |
Isolating
the Role of Volatiles in the Erosion of Bedrock Chutes on Mars [#2317] |
Tornabene L. L. Becerra P. Cesar C. Conway S. Cremonese G. et al. |
Potential
Detection of Exposed Martian Water Ice with Multispectral Images from the
2016 Exomars TGO Colour and Stereo Surface Imaging System (CaSSIS) [#2459] |
Parsons R. A. |
Martian
Moraines and Ice Flow Models: A Path
to Constraining Amazonian Obliquity? [#2047] |
Malakhov A. V. Mitrofanov I. G. Litvak M. L. Sanin A. B. Golovin D. V. et al. |
Areas
with Enhanced Water Content Observed in Equatorial Areas of MarsTrough TGO’s
FREND Neutron Telescope [#2015] |
Schorghofer N. Levy J. S. Goudge T. A. Tebolt M. |
High-Resolution
Thermal Environment of Recurring Slope Lineae at Palikir Crater, Mars [#1391] |
Stillman D. E. Primm K. M. Bue B. Wagstaff K. L. Lee J. H. et al. |
RSL
Geostatistics Show Slopes Above the Angle of Repose and Significant
Enhancement After Mars Year 34 Dust Storm [#1578] |
Valantinas A. Becerra P. Tornabene L. L. Pommerol A. Hauber E. et al. |
Colour
and Multi-Angular Observations of Martian Slope Streaks [#2731] |
Munaretto G.
Pajola M.
Lucchetti A.
Cremonese G. Simioni E. et al. |
Multiband
Photometry of RSL and Dust-Devil Tracks from CaSSIS Color Images [#1938] |
[P623]
POSTER SESSION: MARTIAN GEOCHEMISTRY
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Turner S. M. R. Fawdon P. Davis J. M. |
Mineralogy
of the Oxia Planum Catchment Area on Mars and Its Relevance to the ExoMars
Rosalind Franklin Rover Mission [#2490] |
Peńa A. B. Viviano C. E. Buczkowski D. L. Seelos K. D. |
Exploring
Terra Sabaea Volcanic Terrain Using CRISM Mapping-Mode Data [#2240] |
Ludyan J. C. McHenry L. J. Grundl T. J. Routson A. S. |
Lack of
Diagenetic Maturity Near Home Plate, Gusev Crater, Mars Favors Short-Term
Hydrothermal Activity [#2372] |
Manzari P.
Marzo C.
Ammannito E. |
Automated
Research of 3.3 um Absorption in Some CRISM IR Data: Acidalia Mounds, Alba Patera, and
Orcus Patera [#1616] |
Al-Samir M. Gross C. Schubert D. |
A
Plausible Formation Model for the Maja Valles Outflow Channel System [#1491] |
McGroarty F. C. Duncan M. S. Weller M. B. |
Modeling
the Thermal and Chemical Evolution of the Martian Lithosphere
Through Time [#2672] |
Hughes E. B. Karunatillake S. Hood D. R. |
Global
and Regional Martian Regolith Compositions Derived from GRS and TES Data [#2170] |
Broz A. P. Clark J. V. Archer P. D. Sutter B. Ming D. W. et al. |
Thermal
and Evolved Gas Analysis of Mars Analog Paleosols: Mineralogy and Organic Preservation [#2136] |
Knight A. L. VanBommel S. J. |
Preliminary
Analyses of Select Trace Element Abundances from the Mars Exploration Rover
Alpha Particle X-Ray Spectrometers [#1377] |
Araneda P. C. Chemtob S. M. |
Dry
Oxidation of Ferrous and Mixed-Valence Smectites and Its Implications for the
Oxidative History of Mars [#2273] |
Feldman A. D. Hausrath E. M. Tschauner O. Rampe E. B. |
Persistence
of Fe-Containing X-Ray Amorphous Material Favored in Cooler Climates [#1782] |
Martinez-Sierra L. M. Jun I. Ehresmann B. Hassler D. Litvak M. L. et al. |
Galactic
Cosmic Ray Induced Neutrons On and Around Mars [#1020] |
[P624]
POSTER SESSION: ICY MARS GEOMORPHOLOGY
AND GEOCHEMISTRY
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Golombek M. Williams N. Wooster P. McEwen A. Putzig N. et al. |
SpaceX
Starship Landing Sites on Mars [#2420] |
Kirchoff M. R. Grimm R. E. Riggs J. D. |
Preliminary
Examination of the Spatial and Temporal Distribution of Equatorial Layered
and Radial Ejecta Craters on Mars [#1536] |
Meng T. M. Petersen E. I. Holt J. W. |
Insolation-Driven
Boundary Conditions for Debris-Covered Glaciers on Mars and Earth [#2503] |
Philippe M.
Conway S. J.
Soare R. J.
Mc Keown L. E. |
Preferential
Distribution of Ice-Wedge Polygons in Relation to Regolith Properties (Utopia
Planitia, Mars) [#2304] |
Scanlon K. E. Head J. W. |
Volcano-Ice
Interactions at Pavonis Mons, Mars:
New Insights from CTX and HiRISE [#1259] |
Howard A. D. Moore J. M. |
Martian
Decrescent Scarps Backwasted by Ice [#1150] |
Voelker M. Cardesín-Moinelo A. Martin P. Mätzler E. |
Sinuous
Channels on Amazonian Impact Ejecta — Indicators for Ground Ice? [#1424] |
Voelker M.
Hauber E.
Parro L.
Cardesín-Moinelo A.
Martin P. |
Melting
Mountains on Mars? —Sheet Deposits in a Montane Environment [#1427] |
Mantegazza M. Spagnuolo M. G. |
Illumination
Analysis of Louth Crater and Its Relation with Ice Deposits [#1492] |
Das E.
Mustard J. F.
Tarnas J. D. |
Investigating
the Origin of Gypsum in Olympia Undae:
Characterizing the Mineralogy of the Basal Unit [#2390] |
Mantegazza M. Spagnuolo M. G. |
Analysis
of Pit Craters on the Eastern Wall of Hale Crater [#1495] |
Segura A. J. Martinez G. M. Smith M. D. |
Temporal
and Spatial Variation of Hydrogen Content in the Martian
Shallow Subsurface [#2431] |
[P625]
POSTER SESSION: ICE AT THE MARTIAN POLES
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Clifford S. M. Wordsworth R. D. Greve R. |
Polar
Basal Melting at Low Obliquity on a Cold Early Mars and Its Potential
Implications for the Recharge of a Northern Ocean [#2724] |
Abu Hashmeh N. Whitten J. L. Russell A. T. Putzig N. E. Campbell B. A. |
SHARAD
Radar Attenuation in the South Polar Layered Deposits [#2522] |
Russell A. T. Putzig N. E. Abu Hashmeh N. Whitten J. L. |
Analysis
of Radar Attenuation in the South Pole Layered Deposits of Mars with 3D
Radar Imaging [#2536] |
Broquet A.
Wieczorek M. A.
Fa W. |
Composition
of the Martian Polar Caps from Radar, Elevation, and Gravity Data [#2060] |
Cianfarra P. Schmidt G. W. Apuzzo A. Salvini F. Balbi E. |
Numerical
Evolutionary Modeling of the Martian Polar Layered Deposits to Infer the Role
of Ice-Tectonics [#2526] |
Innanen A. C. Landis M. E. Hayne P. O. Moores J. E. |
Mapping
Swiss Cheese Terrain at the Martian South Pole to Understand its Possible
Atmospheric Interactions [#2074] |
Laferriere K. L. Bramson A. M. Smith I. B. |
3D
Mapping of Migration Paths of Mars’ North Polar Spiral Troughs [#1631] |
Acharya P. J. Smith I. B. |
Seasonal
Variations of the Cold and Bright Anomalies on the North Polar
Layered Deposits [#2541] |
Stcherbinine A. Vincendon M. Montmessin F. Beck P. |
Evidence
of an Additional North Polar Component in the Martian 3 Microns Water Band
Observed by OMEGA [#1423] |
[P626]
POSTER SESSION: MARTIAN HYDRATED
MINERALS AND AQUEOUS ALTERATION
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Adcock C. T. Hausrath E. M. Rampe E. B. Panduro-Allanson R. D. Steinberg S. M. |
In Situ
Resources from Water-Rock Interactions for Human Exploration of Mars [#1665] |
Gibson C. A. Salvatore M. R. Edwards C. S. |
Is
Early Mars Really More Altered than Modern Mars? A Statistical Assessment [#1171] |
Al-Samir M. |
Cold
Vent Fluids in the Lower Crust of Juventae
Chasma, Mars [#1448] |
Aaron L. M. Seelos K. D. |
Investigation
of Hydrothermal Clays and Sulfates in Tyrrhena Terra Martian Craters [#2763] |
Hopkins R. J. Sklute E. C. |
Chemical
and Spectral Properties of Iron-Sulfate Acid Solutions Through a
Hydration/Dehydration Cycle:
Implications for the Martian Regolith [#1534] |
Wilk K. A. Bishop J. L. Itoh Y. Saranathan A. M. Parente M. et al. |
Characterizing
Unusual Deposits at Ius Chasma, Mars [#1322] |
Tu V. Ming D. W. Sletten R. S. |
Mineralogic
Assemblages in Don Juan Pond Sediments, Antarctica Dry Valleys: Implications for Cation Exchange
on Mars [#2053] |
Yeşilbaş M. Bishop J. L. |
A
Molecular Perspective for Transient Liquid Salty Brine Formation in Sediments
from the McMurdo Dry Valleys, Antarctica, and Applications to Mars [#1476] |
Kodikara G. R. L. McHenry L. J. |
Visible-Near
Infrared Spectroscopy of Lacustrine Sediments in Saline-Alkaline Playas: Implications for Paleolakes on Mars [#2299] |
Qu HK.
Wang A.
Ling Z. C. |
Synthesis
and Spectra of a Group of Hydroxy Ferric Sulfates Relevant to Mars [#2146] |
Yeşilbaş M. Bishop J. L. |
The
Spectral Properties of Gypsum from -90 to 400 °C and Implications
for Mars [#1968] |
Ju E. M. Ling Z. C. Xin Y. Q. Liu C. Q. Shi E. B. |
Synthesis
and Spectral Studies of Two Calcium Sulfate Solid Solutions Related
to Mars [#2075] |
Talla D. Bishop J. Wildner M. |
Reflectance
Spectra of Monohydrated Sulfates with Variable Mg and Fe Abundance, and
Implications for Their Identification on Mars [#1162] |
Liu P.
Liu C. Q.
Xin Y. Q.
Ling Z. C. |
LIBS,
Raman, and VNIR Spectroscopic Studies of Hydrated Mg-Sulfates Relevant
to Mars [#1996] |
Morris R. V. Vaniman D. T. Clark J. V. Rampe E. B. Ming D. W. et al. |
Toward
Understanding Ferruginous Smectite Mg-for-Ca Interlayer Cation Exchange,
Crystalline Ca-Sulfates, and Amorphous Mg-Sulfates on Mars [#1761] |
Alemanno G.
Carli C.
Serventi G.
Maturilli A.
Helbert J. |
Systematic
Study of Detection Limits of Hydrate and Carbonate Phases in Mixtures with
Basaltic-Like Fine Regolith [#1465] |
Baker A. E. Gilmore M. S. |
Searching
for Hydrous Carbonates on Mars:
Investigation of CRISM Spectral Summary Parameters [#1714] |
Dhoundiyal S. Porwal A. Thangjam G. |
Mapping
Carbonates and Associated Minerals on Mars:
A New Fuzzy System Based Approach [#2254] |
O’Connor R. A. Seelos K. D. Harryman J. Peńa A. Viviano C. E. et al. |
Surface
Minearlogic Mapping in Central Valles Marineris Using CRISM Multispectral
Mapping Data [#1696] |
Harryman J. E. Buczkwoski D. L. Seelos K. D. Viviano C. E. |
Spectral
Mapping Using CRISM Data in the Northwest Noachis Terra Region [#2203] |
Harrington E. M. Bultel B. B. Krzesińska A. M. Werner S. |
Detailed
Chloride Mapping in Terra Sirenum, Mars [#1490] |
Grant F. H. Bishop J. L. |
Mapping
Phyllosilicates and Aqueous Alteration Products at Tyrrhena Terra, Mars [#1323] |
Shubham S. Lee P. |
Noctis
Landing, Mars: Regions of Interest
with Diversity of Hydrated Minerals [#2591] |
Zhang L. X. Fu X. H. Ling Z. C. |
The
Coprecipitation of Akaganeite and K-Jarosite and Implications for Their
Formation in Gale Crater, Mars [#1930] |
Tirsch D. * Voigt J. R. C. Viviano C. E. Bishop J. L. Lane M. D. et al. |
Spatial
Trends in Mineral Abundances Across Tyrrhena Terra on Mars [#1193] |
[P627]
POSTER SESSION: MARS: OPTIMIZATIONS AND LAB BASED STUDIES
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Wang J. Liu H. S. Zhao J. N. Zhao J. W. Xiao L. |
PSI
HX: A new Series of Martian
Soil Simulants [#2479] |
Becerra P.
Affolter L.
Pommerol A.
Feller C.
Lethuillier A. et al. |
Measurements
of the Electrical Properties of New Planetary Soil Simulants [#2422] |
Pandey A. Schwab P. Deng Y. Ming D. W. Rampe E. B. et al. |
Analysis
of Complex X-Ray Amorphous Phase Assemblages with Potential Applications as
Martian Soil Simulants [#1753] |
Tian S. K. Ling Z. C. Liu C. Q. Bai H. C. Liu P. |
Laboratory
Spectroscopic Characterization and Classification of Natural Kaolin-Group Minerals [#2188] |
Pinet P. C. Daydou Y. H. Chevrel S. D. |
Olivine
Composition and Reflectance Spectroscopy Relationship Revisited from Advanced
Mgm Deconvolution Bbased on Synthetic Samples [#1422] |
Xin Y. Q. Ling Z. C. Cao H. J. Liu C. Q. Bai H. C. |
Morphology,
Structural, and Spectra Characterizations of Lab-Synthesized Manganese Oxides
Relevant to Mars [#1955] |
Cloutis E. Caudill C. Potin S. Applin D. Kubanek K. |
Spectroscopic
Properties of Mars-Relevant Minerals:
Implications for ExoMars Missions [#1772] |
Wilson M. M. Milliken R. E. Gough R. V. |
Water
Cycling in Clay Minerals Under Mars-Relevant Conditions: A Near-IR and Mid-IR Reflectance
Spectroscopy Study [#2548] |
LaDouceur B. O. McCanta M. C. Sarabia G. Sharma B. |
A
Raman-Dependent Methodology to Predict Oxidation State, Composition, and
Viscosity of Silicate Glasses:
Implications for Earth and Mars [#2486] |
Orr K. J. Forman L. V. Hackett M. J. Hamilton V. E. Benedix G. K. |
Linear
Deconvolution of Martian Meteorites Using Martian Mineralogy [#2679] |
McKeeby B. E. Ramsey M. S. |
Deriving
Planetary Surface Roughness: Combining
Digital Photogrammetry and Thermal Infra-Red Spectroscopy [#1957] |
[P628]
POSTER SESSION: MARS SAMPLE RETURN
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Kminek G. Meyer M. A. Haltigin T. Beaty D. W. Carrier B. L. et al. |
Mars
Sample Return Science Planning Group Phase 2 (MSPG2): Overview and Interim Report [#1700] |
Carrier B. L. Beaty D. W. Smith A. L. Hutzler A. Meyer M. A. et al. |
Defining
the Science and Curation Functionalities for a Mars Sample Return (MSR)
Sample Receiving Facility (SRF) [#1704] |
Meyer M. A. Kminek G. Beaty D. W. Carrier B. L. Spencer D. A. et al. |
Mars
Sample Return (MSR) Sample Caching/Retrieval Strategy [#1708] |
Holt J. M. C. Martindale A. Norbury A. O. Jones R. E. Bryon J. et al. |
A
Double Walled Isolator Scanning Electron Microscope for Investigating Mars
Samples in Full Biosafety Containment [#1450] |
Day J. M. D. |
Martian
Chronology and Mars Sample Return [#1054] |
Mattingly R. L. Smith A. L. II Calaway M. J. Harrington A. H. |
Tours
of High-Containment and Pristine Facilities in Support of Mars Sample
Receiving Facility Definition Studies [#2588] |
Deahn M. C. Morris M. M. Brooks C. L. Williams N. R. Golombek M. P. et al. |
Identifying
Landing and Sample Tube Depot Sites and Characterizing Traverse Terrains for
Mars Sample Return [#1325] |
Nikitczuk M. P. Bebout G. E. Geiger C. Ota T. Kunihiro T. et al. |
Nitrogenous
Mars-Analog Potassic and Micro- and Mesoporous Minerals: Relevant Targets for Mars
Sample Return [#2697] |
[P629]
POSTER SESSION: MARS: SURFACE AND INTERIOR INSIGHTS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Panning M. P. Knapmeyer-Ednrun B. Bissig F. Joshi R. Khan A. et al. |
Seismic
Constraints on the Thickness and Structure of the Martian Crust
from InSight [#1590] |
Manga M.
Wright V. |
No
Cryosphere-Confined Aquifer Below InSight on Mars [#1318] |
Xiao W. Wang Y. |
Polarization
Characteristics of the Mars’ InSight Seismic Data Based on the Horizontal to
Vertical Spectral Ratio Curve [#1823] |
Menina S.
Margerin L.
Kawamura T.
Lognonné P. H.
Marti J. et al. |
Statistical
and Energetic Characteristics of High Frequency (HF) and Very High Frequency
(VF) Martian Events [#1657] |
Mittelholz A. Johnson C. L. Thorne S. N. Yau V. Joy S. et al. |
Magnetic
Variations of a Sol Observed Over a Year on Mars with InSight [#1941] |
Grott M.
Spohn T.
Knollenberg J.
Krause C.
Nagihara S. et al. |
Thermal
Conductivity of the Martian Regolith at the InSight Landing Site from HP3
Active Heating Experiments [#1237] |
Morgan P. Grott M. Schmelzbach C. Golombek M. P. Siegler M. et al. |
Relationships
Among Regolith Thermal Conductivities and Seismic Velocities: Application to InSight Studies [#1587] |
Wood S. E. |
A New
Model for the Thermal Conductivity of Planetary Regolith: The Effects of Particle Shape, Composition,
Temperature, Porosity, Cohesion, and Compression at Depth [#2484] |
Bates A. Karunatillake S. Lorenzo J. M. |
Validation
of Cement Contact Theory to Estimate Martian Regolith Velocities [#1527] |
Trussell A.
Golombek M.
Williams N.
Abarca H.
Warner N. H. et al. |
InSight
Rock Size-Frequency Distributions on Mars [#1558] |
Grima C. Putzig N. E. Campbell B. A. Perry M. R. Scanlan K. M. |
The
Coherent Character of the Martian Surface at 20 MHz [#1221] |
Marteau E.
Golombek M.
Vrettos C.
Garvin J. B. Williams N. R. |
Soil
Mechanical Properties at the InSight Landing Site on Mars [#2067] |
Stein T. C. Arvidson R. E. Zhou F. |
PDS
Analyst’s Notebook for InSight Mars Lander [#2336] |
[P630]
POSTER SESSION: MARTIAN VOLCANIC
LANDFORMS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Wasilewski B. J. Gregg T. K. P. |
The
Medusae Fossae Formation, Mars:
Finding the Former Extent of an Enigmatic Deposit [#2374] |
Czechowski L. Zalewska N. Zambrowska A. Ciazela M. Witek P. et al. |
The
Formation of Some Cone Chains in Chryse Planitia on Mars [#1380] |
Czechowski L. Zalewska N. Zambrowska A. Ciazela M. Witek P. et al. |
The
Chain of Rootless Cones in Chryse Planitia on Mars [#2740] |
Cowart J. C. Rogers A. D. |
Well-Preserved
Volcanic Terrain in Mars’ Terra Cimmeria Highlands [#1113] |
Trisic Ponce J. Brendel C. Kohout T. Trigo-Rodríguez J. M. |
Martian
Lava Tubes as Potential Water- and Life-Bearing Colonial Habitats [#1336] |
Wiedeking S.
Hiesinger H.
Lentz A.
Pasckert J. H.
Raack J. et al. |
Rheology
and Model Ages of Lava Flows on Alba Patera, Mars [#1612] |
Lahowetz D. Anderson S. W. Crown D. A. Berman D. C. |
Morphometric
and Rheological Properties of Ridged Lava Flows in Daedalia Planum, Mars [#2547] |
Conlon J. R. Gregg T. K. P. |
Small
Volcanoes in Vastitas Borealis, Mars:
A Morphological and Spatial Analysis [#2448] |
Krishnan V. Kumar P. S. |
Evidence
for Long-Lived Middle to Late Amazonian Volcanism, Tectonics, and Recent
Boulder Fall Activities in the Northern Tharsis region, Mars [#1855] |
Zalewska N.
Czechowski L. Ciazela J. Kuzaj M. |
Regional
and Local Geological Characteristics of Isidis Planitia on Mars [#2710] |
Shoemaker E. S. Carter L. M. Garry W. B. Morgan G. A. |
Investigating
the Subsurface Northwest of Ascraeus Mons, Mars Using Radar [#1507] |
Luzzi E.
Rossi A. P.
Massironi M.
Pozzobon R.
Mestrelli D. et al. |
Piecemeal
Caldera Collapse as the Trigger of Chaotic Terrains and Floor-Fractured
Craters on the Moon and Mars [#1883] |
[P631]
POSTER SESSION: ANALYZING CHONDRITES AND
THEIR COMPONENTS: NOVEL METHODS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Donato T. P. Nascimento-Dias B. L. Zucolotto M. E. |
Analyzing
the Allende Meteorite Through the Raman Spectral Peak Positions of
(Fo-Fa): Fast Method to Characterize
Range of Fe in Chondrites [#1381] |
Moreau J.
Jőeleht A.
Plado J.
Hietala S.
Sharp T. et al. |
Injection
of Molten Iron Sulfides and Metals into Rocks: Developing a Technique to Study Shock Melt
Veins in Ordinary Chondrites [#1044] |
Righter K. Butterworth A. L. Gainsforth Z. Iacovino K. Erickson T. et al. |
Vanadium
Valence in MgAl2O4 Spinels at Reducing Conditions (IW
to IW-5) [#1111] |
Northrup P. A. Wirick S. Flynn G. J. |
Tender
Energy X-Ray Microspectroscopy Reveals Microscale Heterogeneity of P and S
Chemistry in CM2 Chondrite [#2480] |
Schultz C. D. Anzures B. A. Milliken R. E. Hiroi T. |
An
Investigation of the Sub-mm-Scale Spectral Diversity of the ~3 µm OH/H2O
Absorption Feature in CM2 Carbonaceous Chondrites [#1611] |
Morgano M.
Le Guillou C.
Leroux H.
Marinova M.
Dohmen R. |
Experimental
Study of the Interaction Between Amorphous Silicates and Water Vapor [#2608] |
Ogliore R. C. |
Acquisition
and Online Display of High-Resolution Backscattered Electron and X-Ray Maps
of Meteorite Sections [#1697] |
Bonato E.
Stangarone C.
Maturilli A.
Helbert J. |
A New
Facility for the Planetary Science Community:
The Planetary Sample Analysis Laboratory (SAL) at DLR [#2375] |
[P632]
POSTER SESSION: CARBONACEOUS
CHONDRITES: PARENT BODY PROCESSING AND
ORGANIC MATTER
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Floyd C. J. Lee M. R. |
Rapid
Calcite Dissolution in CM Carbonaceous Chondrites and Its Implications [#1335] |
Dobrică E. Ohtaki K. K. Nuth J. A. Brearley A. J. |
Insights
into Fayalite Formation Through Secondary Processes: An Experimental and a Microstructural Investigation [#1659] |
Saikia B. J. Parthasarathy G. Borah R. R. |
Organic
Compounds in Mahadevpur H4/5 and Natun Balijan L4 Ordinary Chondrites by
Raman Spectroscopy [#1853] |
Phan V. T. H. Rebois R. Beck P. Quirico E. Noguchi T. et al. |
Nano-Infrared
Spectroscopy of Functional Carbon Groups in Extraterrestrial Kerogens [#2029] |
Zolensky M. E. |
Xenoliths
and Strange Cognate Lithologies — Or What the Heck is That? [#2511] |
Lee M. R. Cohen B. E. Boyce A. |
Carriers
of Hydrogen in the CM Carbonaceous Chondrites [#1297] |
Arribard Y. Baklouti D. Aléon-Toppani A. Borondics F. Della-Negra S. et al. |
Localization
and Micro-Characterization of Organic Matter and Mineral Phases in Bulk Chondirtes
by MIR Reflectance Hyperspectral Imaging [#1872] |
Komatsu M.
Fagan T. J.
Yamaguchi A.
Yasutake M.
Kimura M. et al. |
The
Comparative Study for Aqueous Alteration and Thermal Records in CR Chondrites
by Raman Spectroscopy [#1962] |
Gray M. L. Weisberg M. K. Ebel D. S. Alexander C. M. O’D. Foustoukos D. I. et al. |
Abundances
and Isotopic Compositions of Volatile H, N, C in Unequilibrated Enstatite
Chondrites and the Volatile Inventories of the Terrestrial Planets [#2116] |
Grant H.
Tartčse R.
Jones R. H.
Marrocchi Y.
Piani L. |
Bulk
Water Abundances and D/H Ratios of Unequilibrated Ordinary Chondrites [#2242] |
Velbel M. A. Zolensjy M. E. |
Dehydroxylation
and Peak Temperature of Matrix in CM and Related Carbonaceous Chondrites [#2373] |
Le Guillou C. Zanetta P.-M. Leroux H. Guerin B. Engrand C. et al. |
Light
Element Quantification by TEM-EDS and Application to Organics Mapping in
Ultra-Carbonaceous Antarctic Micrometeorites (UCAMMs) [#2572] |
Dutta A. Raychaudhuri D. Nevin C. G. Bhattacharya A. |
Extra-Terrestrial
Carbon and Water Molecule in Mukundpura Carbonaceous Chondrite (CM2) [#1869] |
Davidson J.
Schrader D. L. |
Identification
of a Thermally Metamorphosed Clast in the Renazzo-Like (CR) Chondrite Pecora
Escarpment (PCA) 91082 [#1027] |
Dunn T. L. Robak K. N. Gross J. |
A CV
Chondrite Clast in a CK Chondrite? [#1063] |
Gyollai I.
Kereszturi Á.
Szabó M.
Kereszty Zs. |
Signatures
of Iron Enriching Metasomatism in Sidi Ali Ou Azza Meteorite [#1126] |
Jenkins L. E. Lee M. R. Daly L. Li S. |
Fine-Grained
Equant Troilite in the CM Chondrite Shidian:
Potential Evidence for Low Temperature Post-Hydration Heating [#1204] |
Schwarz W. H. Hopp J. Ludwig T. Bouvier A. Trieloff M. et al. |
Pb-Pb
Ages of Chondritic Phosphates [#1981] |
Dobrică E. Engrand C. Ohtaki K. K. |
Dolomites
in Hydrated Fine-Grained Antarctic Micrometeorites: Effective Tools for Analyzing
Alteration Condition [#1137] |
Vacher L. G. Ogliore R. C. Liu N. |
Hydrogen
Isotopic Composition of Water in the Ungrouped Carbonaceous Chondrite
Tagish Lake [#2528] |
[P633]
POSTER SESSION: CHONDRITES — PHYSICAL
PROPERTIES AND EXPERIMENTS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Szurgot M. A. Wach R. A. Altunayar-Unsalan C. Unsalan O. |
Mean
Atomic Heat of Sariçiçek Howardite and Bursa L6 Chondrite [#1108] |
Moreau J.
Schwinger S. |
Heat
Diffusion in Shocked Chondrites:
Towards a Better Understanding of Shock Melting Features [#1138] |
Willman H. B. Rolling A. R. Loftus C. L. Molesky M. J. Patmore E. B. et al. |
Comparison
of Compression Strength of Ordinary and Carbonaceous
Chondrite Stimulants [#1594] |
Rolling A. R. Willman H. B. Elmer W. C. Strait M. M. Flynn G. J. et al. |
Correlation
of Particle Volume and Velocity of Fragments of Different Types of Meteorites
During Disruption Events [#1595] |
Szurgot M. A. |
On the
Mean Grain Density of Pułtusk, Chelyabinsk, Murray, and Murchison
Chondrites, and Mean Density of Their Pores [#1029] |
Floyd C. J. Lee M. R. |
Size
Analysis of Chondrules and Their Rims in CM Carbonaceous Chondrites [#1337] |
Pinto G. A. Marrocchi Y. Olivares F. Soto K. Varela M. E. et al. |
Size-Distribution
of Nebular Components in CO3 Chondrites: Hits at a Heterogeneous
Accretion History [#1371] |
Hezel D. C. Metzler K. Hochstein M. L. |
Resolving
the Contradictory Results for Chondrule Size Distributions When These are
Empirically Determined and Theoretically Considered [#2264] |
Ostrowski D. R. |
Acoustic
Velocity and Mechanical Properties of Stony Meteorites [#2424] |
Harvey T. A. MacArthur J. L. Joy K. H. Jones R. H. |
Non-Destructive
Determination of the Physical Properties of Antarctic Meteorites [#1897] |
[P634]
POSTER SESSION: NEW CHONDRITES
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Garvie L. A. J. Trif L. |
Bulk
Mineralogy of the Tarda (C2-ung) 2020 Fall:
Results from Powder XRD and Thermal (TG-DSC-MSEGA) Analysis [#2446] |
King A. J. Bates H. C. Schofield P. F. Russell S. S. |
The
Bulk Mineralogy and Water Contents of the Carbonaceous Chondrite Falls Kolang
and Tarda [#1909] |
Tunney L. D. Hill P. J. A. Herd C. D. K. Hilts R. W. Holt M. C. |
Distribution
of Terrestrial and Extraterrestrial Organic Compounds in the C2 Ungrouped
Tarda Carbonaceous Chondrite [#1644] |
Hoffmann V. H. Kaliwoda M. Schmahl W. Wimmer K. schmitt-Kopplin P. |
The
Kolang (CM 1/2) and Tarda (C2 ungrouped) Meteorite Falls from 2020: First Systematic Mineralogical
Investigations by LASER Raman Spectroscopy and SEM/EDX [#2458] |
Hoffmann V. H. Wimmer K. Kaliwoda M. Schmahl W. Schmitt-Kopplin P. |
The
Flensburg (C1-Ungrouped) 2019 Meteorite Fall:
Raman Spectroscopy and Compilation of Magnetic Susceptibility Data on
C — Ungrouped Falls/Finds [#2443] |
Harries D. |
Occurrence
of the Sodium Carbonate Shortite in the Flensburg C1 Chondrite [#1953] |
Moggi Cecchi V. Pratesi G. Caporali S. Franchi I. A. Greenwood R. C. |
Northwest
Africa 12727, 13596, and 13597: Three
New Unequilibrated Ordinary Chondrites from Sahara [#2757] |
Silva G. G. França F. F. Martins L. Enrich Rojas G. E. Schuindt S. et al. |
Classification
of the Tocache Meteorite, a Fall from Peru [#2693] |
Herrero Pérez M. J. Reche Estrada J. Trigo-Rodríquez J. M. Ibáńez-Insa J. Llorca J. |
Studying
the Thermal Metamorphism Experienced by the Parent Asteroid of Villalbeto de
la Peńa Ordinary Chondrite Using an Equilibrium Phase Diagram Model [#1993] |
Ibáńez-Insa J. Trigo-Rodriguez J. M. Peńa-Asensio E. Rimola A. |
Studying
the Main Mineralogy and Shock of the Bolivian H5 Chondrite Aiquile [#1385] |
[P635]
POSTER SESSION: CHARACTERIZATION, PARENT BODY ORIGINS, AND PETROGENESIS
OF ACHONDRITES
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Mikouchi T. Takenouchi A. Yasutake M. Hasegawa H. Yamaguchi A. et al. |
Olivine
Petrofabric Analysis of Brachinites:
Implications for Petrogenetic Diversities [#2334] |
Bell A. S. Shearer C. |
Thermodynamic
and Phase Equilibria Constraints on the Late-Stage Magmatic fO2
and Petrogenesis of the Angrite Sah99555 [#2542] |
Litasov K. D. Ishikawa A. Reper K. E. |
Detailed
Mineralogy and Trace Element Chemistry of Donino Iron Meteorite: A Pentlandite and Heazlewoodite Issue [#1445] |
Li S.
Hsu W.
Nemchin A.
Che X. Liu D. et al. |
In Situ
U–Pb Dating of Phosphates in Weekeroo Station IIE Iron [#1186] |
Lavrentjeva Z. A. Lyul A. Yu. |
To
Question About Formation of the Pallasite Parent Bodies: On the Peculiarities of Trace Element
Composition of Mineral Components from the Omolon Pallasite [#1037] |
Carpenter P. K. Irving A. J. Jolliff B. L. |
Amphibole
Occurrences in Meteorites: Nakhlite
Northwest Africa 13368 and Winonaite Northwest Africa 13432 [#2329] |
Yamaguchi A. Barrat J. A. Chaussidon M. Beck P. Villeneuvee J. et al. |
Petrology
and Geochemistry of Erg Chech 002, the Oldest Andesite in the
Solar System [#1892] |
Nicklas R. W. Day J. M. D. Gardner-Vandy K. G. Udry A. |
Multi-Stage
Differentiation History of Andesitic Achondrite Erg Chech 002 [#1074] |
Carpenter P. K. Irving A. J. Righter M. Lapen T. J. Tepper J. H. |
Mineralogy
and Bulk Elemental Composition of Ungrouped Relatively Sodic Gabbroic
Achondrite Erg Chech 002: An Ancient
Planetary Crustal Sample? [#2205] |
Takenouchi A. Sumino H. Mikouchi T. Ono H. Yamaguchi A. |
Argon-Argon
Chronology of Two Shocked Eucrites, Northwest Africa 1000 and
Yamato 980433 [#1742] |
Cartwright J. A. Kouvatsis I. |
Further
HED Analysis to Investigate the Bombardment History of Vesta [#2739] |
Jaiswal S.
Mahajan R. R. Ngangom M. |
Heavy
Noble Gas in Eucrites and Diogenites:
An Attempt to Understand the Trapped Components [#1183] |
Roque C. Nascimento-Dias B. L. |
Characterization
of the Serra Pelada Meteorite by Raman:
Implications for Planetary Formation and Hypotheses of
Water Origin [#1312] |
Garvie L. A. J. Ma C. Wittmann A. |
Location
and Speciation of Germanium in the Butler and Northwest Africa 859 Ungrouped
Iron Meteorites [#2398] |
Ross A. J. Stephen N. R. Downes H. |
Identification
of Coexisting Ortho- and Clinopyroxene by Electron Backscatter Diffraction in
Chemically Homogenous “Enstatite” Grains in Almahata Sitta Ureilites [#2384] |
Sawicki J. A. Ebrahimi C. |
Unusual
Achondrite-Like Find in Sooke Basin:
Results of First Analyses [#2775] |
Irving A. J. Carpenter P. K. Ziegler K. |
Petrology
and Oxygen Isotopic Composition of Two Different Ungrouped Highly Magnesian,
Reduced Ultramafic Achondrites (Northwest Africa 11562/12969 and Northwest
Africa 13307): More Samples from
Unknown Parent Bodies [#2244] |
Layak P.
Rai N. |
Geochemical
and Mineralogical Constraints on the Composition of the Parent Planetesimal
for the Acapulcoite and Lodranite Suite of Meteorites [#1983] |
[P636]
POSTER SESSION: CHONDRITIC METEORITE MELANGE: E, O, AND C
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Zenie L. C. Almeida N. V. King A. J. Franchi I. A. Schofield P. F. et al. |
Relict
Forsterite in Unequilibrated Enstatite Chondrites [#1434] |
Sukhanova K. G. Skublov S. G. Galankina O. L. Kotova E. L. |
Trace
Elements Mobility in Silicate Minerals of EOC Under Thermal Metamorphism [#1831] |
Storz J. Ludwig T. Bischoff A. Schwarz W. H. Trieloff M. |
Carbon
Isotope Analyses of Graphite in Enstatite Chondrites and Ureilites [#1995] |
Hopp J.
Böhm M.
Ludwig T.
Varychev A.
Trieloff M. |
In Situ
Measurements of Sulfur Isotopic Composition of Sulfides in
Enstatite Chondrites [#2002] |
Manzari P. Mele D. Tempesta G. Agrosě G. |
Possible
Clues of Sulfide Volatilization in Al Haggounia 001 [#1615] |
Ustinova G. K. |
Analysis
of the Solar Proton Effects in the Stubenberg and Jesenice Chondrites [#1310] |
Gemma M. E. Ebel D. S. |
Mineral
Abundance, Variation, and Coarsening Across Petrologic Types of H
Chondrite Meteorites [#2768] |
Kumar A.
Mahajan R. R. Sarbadhikari A. B. |
Neon
Isotopic Study of Ordinary Chondrites [#1421] |
Rubin A. E. |
IIE
Irons: Early Accreted, Metal-Rich
Ordinary Chondrites from a Partially Differentiated Asteroid [#1021] |
Baziotis I.
Ferričre L.
Asimow P. D.
Anand M. Xydous S. et al. |
A
Unique Mineral Assemblage Recording Shock Conditions in Kakowa (L6)
Ordinary Chondrite [#1524] |
Welten K. C. Nishiizumi K. Caffee M. W. |
Cosmogenic
Radionuclides in Four Paired Antarctic L/LL Chondrites Indicate Similar
Cosmic-Ray Exposure Age as Chelyabinsk LL Chondrite [#1821] |
Dodds K. H. Bryson J. F. J. Neufeld J. A. Harrison R. J. |
The
Structure and Accretionary History of the CVox Parent Body Constrained from
the Magnetization of Kaba [#2133] |
Scott E. R. D. Herzog G. F. |
Short
Cosmic-Ray Exposure Ages of CI and CM Chondrites May Reflect Disintegration
of Volatile-Rich Asteroids at Perihelion [#1833] |
Young J. M. Glotch T. D. Bechtel H. Gilbert-Corder S. N. Hamilton V. E. |
Nano-Infrared
Investigation of the CM2 Chondrite ALH 83100 [#1998] |
Bonato E. King A. J. Bates H. C. Schofield P. F. Stangarone C. et al. |
Spectroscopic
Characterisation of Primitive CO3 Carbonaceous Chondrites [#2364] |
[P637]
POSTER SESSION: MARTIAN METEORITES: IGNEOUS AND SURFACE PROCESSES
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Guo Z. Li Y. Wen Y. Y. Zeng X. J. |
Unique
Zoned Pyroxenes in Basaltic Shergottites Meteorite: Implications for Some Open System Process [#1802] |
Ostwald A. M. Udry A. Gross J. Day J. M. D. |
Parental
Melts of Nakhlites and Chassignites Determined from Analysis of
Melt Inclusions [#1079] |
Udry A. Howarth G. H. Herd C. D. K. Day J. M. D. Lapen T. K. et al. |
What
Have We Learned About the Interior and Surface of Mars from
Martian Meteorites [#1046] |
Niihara T.
Misawa K. |
Pyroxene
Compositions in EETA79001 Lithologies:
Comparison with Zagami [#1783] |
Stephen N. R. Irving A. J. |
Petrological
Examination of Coarse-Grained Shergottites Northwest Africa 10761, Northwest
Africa 11300, and Northwest Africa 12323; Combined Analytical Microscopy
Using SEM-EDS and XFM [#1911] |
Staddon L. G. Darling J. R. Schwarz W. H. Stephen N. R. Schuindt S. et al. |
Microstructurally
Constrained Geochronology of Baddeleyite Within Shergottites Northwest Africa
(NWA) 7257, NWA 8679, and Zagami [#1875] |
O’Neal E. W. Udry A. Howarth G. H. Gross J. Ostwald A. M. |
Characterization
of Poikilitic Shergottite Parental Melts and What They Can Tell Us About
Martian Magmatism [#1065] |
Irving A. J. Carpenter P. K. Righter M. Lapen T. J. Tepper J. H. |
Martian
Meteorite Rain 2021: Petrology and
Bulk Elemental Composition of More Shergottites and Nakhlites [#2229] |
Li Y. McCausland P. J. A. Flemming R. L. |
Shock
Effects on Olivine Structure and Slip Systems in Martian Dunite Northwest
Africa 2737 [#2428] |
Cao F.
Flemming R. L.
Izawa M. R. M.
Agee C. B. |
Mineralogy
and Shock Effects in Martian Breccia Northwest Africa 7034 by In Situ Micro
X-Ray Diffraction [#2472] |
Griffin S. Daly L. Lee M. R. Forman L. V. Piazolo S. et al. |
Crystallographic
Deformation Within the Nakhlites:
Implications for Emplacement and Ejection [#2083] |
Payre V.
Dasgupta R. |
Effects
of Phosphorus on Martian Magma Genesis:
An Experimental Study [#1705] |
Mahajan R. R. Basu Sarbadhikari A. |
Nitrogen
and Noble Gases in Martian Meteorite Tissint [#1041] |
Franz H. B. Dottin J. III Wu N. Farquhar J. Irving A. J. |
Large
Sulfur Isotopic Anomalies in Shergottites Gadamis 001 and Northeast
Africa 011 [#2018] |
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 Nominally Anhydrous Pyroxene in Nakhlites [#2103] |
Shi E.
Wang A. Li H. Ling Z. |
A γ-CaSO4
with Abnormal Stability from Atacama Desert and in a Martian Meteorite [#2151] |
Nascimento-Dias B. L. do Anjos V. C. Zucolotto M. E. da Silva T. V. F. Barreto J. et al. |
Possible
Interpretations and Implications of the Carbons Detection in Martian
Meteorite Zagami [#1333] |
Nascimento-Dias B. L. do Anjos V. C. Zucolotto M. E. |
Calcium
Carbonates Detected in Martian Meteorites May Be Indicative of the Existence
of Paleolakes on Mars [#1308] |
Siljeström S. Steele A. |
Organic
Phases in Nakhla Martian Meteorite as Mapped by Time-of-Flight Secondary Ion
Mass Spectrometry (ToF-SIMS) [#1468] |
O’Brien A. C. Hallis L. J. Regnault C. Morrison D. J. Tait A. et al. |
Determining
Origin of Organic Matter in Martian Samples Using Metabolomics [#2069] |
[P638]
POSTER SESSION: PRESOLAR GRAINS, IDPS, GENESIS, STARDUST,
HAYABUSA
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Stephan T. Bose M. Boujibar A. Davis A. M. Gyngard F. et al. |
The
Presolar Grain Database for Silicon Carbide — Grain Type Assignments [#2358] |
Westphal A. J. Gainsforth Z. Tomsick J. Butterworth A. L. |
High-Statistics
Measurement of Oxidation State of Fe in the ISM Using XMM Observations of
Cyg X-1 [#1643] |
Gainsforth Z. Butterworth A. L. Tomsick J. Westphal A. J. |
Simulated
Fe-L Edge XAS of Molecular Species in the ISM [#1669] |
Fisenko A. V. Semjonova L. F. |
Nanodiamonds
of Meteorites: Extreme Isotopic
Composition of Xenon Components [#1016] |
Whittington A. G. Sehlke A. Speck A. K. |
Recalescence
in Silicate Melts: Applications to
Circumstellar Dust Grains, Lava Fountains, and Lava Flows [#1776] |
Pabari J. P. Singh R. Acharyya K. Nambiar S. Jitarwal S. et al. |
Detachment
of Interplanetary Dust Particles from Asteroid Belt [#1430] |
Boyd M. R. Cartwright J. A. Singh J. Bagot P. A. J. Moody M. P. |
Nanoscale
Compositional Analysis of an Antarctic Micrometeorite Using Atom
Probe Tomography [#2449] |
Lucas J.
Resendiz B. U.
Dominguez G. |
Isotopic
Signatures Associated with Quantum Tunneling of Atomic Oxygen on Cold
Dust GrainSurfaces [#2493] |
Fernandes D. Rudraswami N. G. Pandey M. |
Composite
Micrometeorites Recovered from Antarctica [#1053] |
Zhang M.
Kitajima K.
Kita N. T. |
Development
of Submicron Oxygen-Three Isotopes Analytical Protocol for ~ 1 μm Wild
2 Particles [#1690] |
Nguyen A. N. Mane P. Ross D. K. Simon J. I. |
Identification
of an 16O-Poor Solar System Condensate in the Miller Range 090019
CO3.1 Chondrite [#2769] |
Jaeger L.
Butterworth A. L.
Gainsforth Z.
Lettieri R.
Ardizzone A. et al. |
Automatic
Detection of Interstellar Dust Impact Craters on Stardust Aluminum Foils by
Convolutional Neural Networks [#1716] |
Jurewicz A. J. G. Laming J. M. Christoffersen R. |
The
Genesis Mission: A Unique Opportunity
for Scientific Collaboration [#1295] |
Schmeling M.
Jurewicz A. J. G.
Allton J.
Burnett D. S. |
Removing
Contamination from Genesis Sapphire Collectors by Polishing [#1262] |
Rieck K. D. Jurewicz A. J. G. Ogliore R. C. |
Comparing
SIMS Data for Solar Wind Na in Two Collectors Using Multiple Approaches [#2638] |
Veryovkin I. V. Tripa C. E. |
RIMS
with Laser Ablation Probes for Trace Elemental Analysis of Genesis
Samples: Lessons Learned for Rb and Sr [#2692] |
Mijjum M.
Welten K. C. Bixler A. J. Nishiizumi K. Burnett D. S. |
Investigating
Micrometeorite Material Retention on Genesis Mo-Pt Foils [#2376] |
Burgess K. D. Stroud R. M. |
Exogenous
Copper Sulfide in a Returned Grain from Asteroid Itokawa [#1175] |
[P639]
POSTER SESSION: SOLAR NEBULAR PROCESSES
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Li M. Huang S. Zhu Z. Petaev M. I. Steffen J. H. |
Maximum
Temperatures in Evolving Protoplanetary Disks and Composition of Planetary
Building Blocks [#2473] |
Lichtenberg T. Drazkowska J. Schönächler M. Golabek G. J. Hands T. O. |
Bifurcation
of Planetary Building Blocks During Solar System Formation [#1870] |
Arakawa S. Krijt S. |
The
Stickiness of CO2 and H2O Ice Particles: Effects of “Viscoelastic” Energy
Dissipation on the Threshold Velocity for Sticking [#1216] |
Garani J.
Lyons J. R. |
Modeling
Nitrogen Isotope Chemistry in the Solar Nebula [#2571] |
Fukai R. Arakawa S. |
The
Evolutional Model of Chromium Isotopic Heterogeneities in the
Protoplanetary Disk [#1049] |
Umurhan O. M. Estrada P. E. Sengupta D. |
Are the
First Planetesimals Born in Turbulence? [#2243] |
Sridhar N. Bryson J. F. J. King A. J. Harrison R. J. |
Constraints
on the Ice Composition of Carbonaceous Chondrites [#1095] |
Koch T. E. Spahr D. Merges D. Christ O. Genzel P.-T. et al. |
Forsterite
Dust Aggregation Aboard the International Space Station (ISS) [#1950] |
Sandtorf-McDonald J. R. Ahrens C. J. Chevrier V. F. |
Nitrogen
and Water Ice Mixtures: Spectral
Analysis of Homogeneous and Heterogeneous Condensation with
Possible Clathration [#2623] |
Kadlag Y.
Hirtz J. Becker H. Leya I. Mezger K. |
Early
Solar Irradiation as a Source of the Inner Solar System
Isotopic Heterogeneity [#1185] |
Sharma S. Mei Q.-F. Leya I. Humayun M. |
Palladium
Isotopic Heterogeneity in the Solar System [#1655] |
Leitner J.
Vollmer C.
Harries D.
Kodolányi J. Ott U. et al. |
A Study
of Chromium and Silicon Nitrides in Carbonaceous Chondrites [#1878] |
Zhu K. Moynier F. Schiller M. Alexander C. M. O’D. Davidson J. et al. |
Mass-Independent
Chromium Isotopic Panorama in Chondrites:
Implications for Origin of Chondrite Parent Bodies and Early
Terrestrial Depletion [#2131] |
Liu N.
Ogliore R. C.
Tissot F. L. H.
Dauphas N. |
Is
There Presolar Dust in the Allende Curious Marie
Calcium-Aluminum-Rich Inclusion? [#2382] |
Marquez R. T. C. Charlier B. L. A. Tissot F. L. H. |
Search
for the Carriers of Anomalous Nucleosynthetic Signatures in Early Solar
System Condensates [#2635] |
Kodolányi J.
Hoppe P. Vollmer C. |
In Situ
Constraints on the 60Fe Abundance in the Early Solar System [#1291] |
Shollenberger Q. R. Tang H. Young E. D. |
54Fe Heterogeneity
in Sequential Acid Leachates of Refractory Inclusions [#1733] |
Rietmeijer F. J. M. Brearley A. J. Nuth J. A. |
Experimental
Confirmation of Deep Metastable Eutectic Vapor Condensation in Astronomical
Environments and the Solar Nebula [#1620] |
Han J. Keller L. P. |
Hibonite
and Its Associated Ultrarefractory Phases from the Paris CM Chondrite [#2587] |
Konovalova K. A. Plechov P. Yu. Litasov K. D. Shcherbakov V. D. Vasiliev S. P. |
Evolution
of Pyroxene Composition During CAI Formation in CV3-Chondrite Northwest
Africa 12590 [#1517] |
Mishra R. K. |
Petrography
and Mineralogy of a Large Calcium, Aluminum-Rich Inclusion in Chainpur
(LL3.4) Ordinary Chondrite [#1837] |
Konovalova K. A. Plechov P. Yu. Litasov K. D. Shcherbakov V. D. Vasiliev S. P. |
Mineralogy
of the Complex Refractory Metal Nuggets in B1 Type CAI from CV3-Chondrite
Northwest Africa 12590 [#1961] |
Hyde T. W. Schmidt J. Matthews L. S. Carballido A. |
Experimental
Study of Chondrule Rim Formation [#1128] |
Patzer A.
Bullock E. S.
Alexander C. M. O’D. |
Evidence
Against Chondrule-Matrix Complementarity as Seen in CO, CM, and
CR Chondrites [#1866] |
Frizzell K. R. Bermingham K. R. Meyer B. S. |
Utilizing
Nucleosynthetic Models and Jupyter Notebooks to Constrain the Building Blocks
of the Solar System [#2650] |
Trappitsch R. |
Working
with Solar System Elemental and Isotopic Abundances in Python [#2485] |
[P640]
POSTER SESSION: IMPACTS:
CHANGING PLANETARY BODIES BEYOND EARTH
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Ciocco M. Roskosz M. Doisneau B. Mostefaoui S. Gounelle M. |
NanoSIMS-TEM
Coupled Study of Three Highly Shocked L Chondrites to Constrain the
Collisional History of the Solar System [#2020] |
Gupta S.
Arya A. S.
Solanki P. M.
Amitabh Suresh K. et al. |
Morphodynamic
Study of Oblique Impact Crater on Lunar Surface Using Terrain Mapping Camera
Onboard Chandrayaan-2 [#2140] |
Wren P. F. Fevig R. A. |
Lunar
Doublet Craters: Constraining Binary
Asteroids in the Near-Earth Population [#1671] |
Boyce J. M. Schaber G. G. Giguere T. |
Luna
24: A Case Study for the Value of
Accurate Calibrated Impact Flux Curves for Predicting Absolute Age [#1035] |
Hill D. Fox O. Hager A. Ukiwo O. Duffy A. et al. |
An
Attempt to Determine Minimum Areas for Useful Model Ages [#2463] |
Neidhart T.
Miljković K.
Daubar I. J.
Sansom E. K.
Gao A. et al. |
Update
on the Crater Cluster Mapping and Statistics on Mars [#2033] |
Shaffer S. J. Hoffman M. E. Newsom H. E. |
Initial
Small Crater Survey of the MER Spirit Rover Traverse [#2760] |
Boatwright B. D. Head J. W. Kreslavsky M. A. |
Improved
Crater Wall Slope Detection Using a Hough Circle Transform with Applications
to Mars Crater Morphometry and Climate History [#1651] |
Herrick R. R. Dorn L. M. |
The
Mechanics of Crater Cavity Formation and Modification at the
Simple-to-Complex Transition on Mars [#2414] |
Burt D. M. |
Distinctive
Features of Impactoclastic Layered Rocks on Mars [#1210] |
Miljkovic K. Daubar I. J. Rajsic A. Neidhart T. Sansom E. K. et al. |
New
Impact Craters on Mars Since the Landing of the InSight Mission [#1758] |
Froment M.
Lognonné P.
Larmat C. Rougier E. Lei Z. et al. |
Numerical
Simulation of an Impact-Generated Stress-Glut Field and Corresponding
Seismic Source [#1847] |
Yasui M. Arakawa M. Okawa H. Hasegawa S. |
Impact
Cratering Experiments on Granular Targets Simulating Surface Layer on
Asteroid 162173 Ryugu: Crater Scaling
Law and Impact-Induced Seismic Shaking [#1158] |
Yamamoto Y.
Arakawa M.
Yasui M. Hasegawa S.
Yokota Y. et al. |
Crater
Size Scaling Law and Impact-Induced Seismic Shaking on
Rubble-Pile Asteroids [#1979] |
Wlodarczyk I. |
Possible
Impacts of the Asteroid (101955) Bennu [#1509] |
[P641]
POSTER SESSION: IMPACTS:
FINDING AND ANALYZING EARTH’S CRATERS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Osinski G. R. Grieve R. A. F. Hill P. J. A. Newman J. |
Impact
Earth — A 2021 Update on the Terrestrial Impact Record [#1970] |
Shumilova T. G. |
Giant
Kara Astrobleme: Present State and
Future Frontiers [#1608] |
Kenny G. G. Öhman T. Whitehouse M. J. Raitala J. |
Zircon
U–Pb Dating of the Kara Impact Structure, Russia, Indicates No Role in Late
Cretaceous Mass Extinctions [#1413] |
Srivastava P. K. Ghosh S. Das A. K. De S. K. Misra S. et al. |
An
Evaluation of the Size of Ramgarh Crater, India: Clues from Satellite Gravity Data [#1096] |
Master S. Cooper G. R. J. |
New
Topographic Modelling of the >45 km Diameter Simlipal Ring Structure,
Singhbhum Craton, Odisha, India — World’s Oldest Impact Structure [#1610] |
King D. T. Jr. Ormö J. Petruny L. W. De Marchi L. Agrawal A. |
Field,
Drill-Core, and Geophysical Analysis, Wetumpka Impact Structure, Alabama [#2467] |
Quintero R. R. Cavosie A. J. Meyers J. Workman-Davies C. |
Ora
Banda: Evidence for a Newly Discovered
Impact Structure in Western Australia [#1921] |
Quintero R. R. Cavosie A. J. |
Deformed
Quartz from the First Drill Cores at the Ilkurlka Circular Geophysical
Anomaly in Western Australia: A
Possible Impact Structure [#1946] |
Harris R. S. Jaret S. J. Albin E. F. |
The
Woodbury-Manchester Impact Structure:
Confirmation of a Large Low-Angle Oblique Impact on Earth in the
Early Neoproterozoic [#2365] |
Alwmark C.
Monson C. C. |
Confirmation
of Shocked Quartz Grains in the Crater In-Fill of the Glasford
Impact Structure [#1228] |
Herr A. A. Karunatillake S. Hood D. R. Heinrich P. Horn M. et al. |
Investigating
the Brushy Creek Suspected Impact Crater, St. Helena Parish, Louisiana [#2737] |
Ucar H.
Kletetschka G. |
Identification
of Possible Impact Glass in Ocean Sediment from South Atlantic [#1648] |
Che X. C. Xie H. Q. Ma M. Z. Zhou L. Q. Long T. et al. |
In-Situ
Cathodoluminescence Feature of Zircons in Thin-Sections of Impact Layer,
Barberton Belt, South Africa [#1797] |
Minde P.
Ernstson K. |
The
Enigmatic Holmajärvi (Northern Sweden)
Diamictite: Evidence of a Meteorite
Impact Deposit [#1345] |
Plado J. Jőeleht A. Losiak A. Szyszka M. Ormö J. et al. |
Small
Impact Crater-Like Features: The Tor
Crater, Sweden, as a Reference Structure in Evaluating Alternative Causes of
Formation in Non-Volcanic Settings on Earth and Mars [#2725] |
Yakymchuk C.
Kirkland C. L.
Cavosie A. J.
Szilas K. Hollis J. et al. |
Endogenic
Origin of the Archean Maniitsoq Structure, West Greenland [#1167] |
Garde A. A. Keulen N. Waight T. |
Hydration
of Melt Grains from the Hiawatha Crater, North-West Greenland: Evidence for Impact Through the Greenland
Ice Sheet? [#1288] |
Hyde W. R. Garde A. A. Kenny G. Beck P. Johansson L. et al. |
Shock
Metamorphism and Organic Matter in New Impactite Samples from the Hiawatha
Crater, NW Greenland [#1287] |
Seo J.-H. Han C. Bharadwaj S. Wörner G. Svensson A. et al. |
Was
There a Meteorite Impact or Volcanic Eruption at the Onset of the
Younger Dryas? [#2680] |
[[642]
POSTER SESSION: IMPACTS:
CRATER FORMATION AND PROCESSES ON EARTH AND BEYOND
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Allen N. H. Nakajima M. Helhoski S. Wünnemann K. Trail D. |
Simulating
the Formation of Earth’s Largest Impact Crater [#1731] |
Ivanov B. A. |
Searching
for Numerical Models to Reproduce Terrases in Impact Craters [#1931] |
DeStefano A. M. |
An
Updated Secondary Lunar Meteoroid Ejecta Model for Engineering Design [#2549] |
Sasai H. S. Yasui M. Y. Arakawa M. A. Shirai K. S. |
High
Velocity Impact Experiments on Porous Ice Aggregates Simulating Cometary
Nuclei Surface: Measurements of Post
Shock Temperature around Impact Crater [#1773] |
Christoph J. M. Sharp T. Marchi S. Elkins-Tanton L. T. |
Characterizing
Ejecta Fragments from Impact Experiments into Meteoric Iron Using Scanning
Electron Microscopy (SEM) [#2730] |
Hamann C.
Hecht L. Schäffer S.
Born K. Luther R. et al. |
Rapid,
Impact-Induced Dehydration, Melting, and Recrystallization of CaSO4-nH2O
(Gypsum, Bassanite, Anhydrite) Inferred from Laser-Irradiation Experiments [#2380] |
Svetsov V. V. Shuvalov V. V. |
Causes
of Formation of Charcoal Particles Found Under Ejecta from Small
Impact Craters [#1007] |
Kuzmicheva M. Yu. Ivanov B. A. |
Modeling
of the Magnetic Anomaly of a Complex Crater, Taking into Account the Drilling
Data of the Bosumtwi Crater [#1327] |
Röhlen R. Wünnemann K. Maas C. Allibert L. Manske L. et al. |
The
Fate of Iron Cores Upon Impact of Differentiated Bodies into
Magma Oceans [#1854] |
Allibert L.
Güldemeister N.
Manske L.
Nakajima M.
Wünnemann K. |
Numerical
Modeling of the Thermal State of Earth After the Moon-Forming
Impact Event [#2215] |
Manske L. Plesa A.-C. Ruedas T. Wünnemann K. |
The
Influence of Interior Structure and Thermal State on Impact Melt Generation
in Terrestrial Planets [#2030] |
Hietala S.
Plado J.
Höglund K.
Andersen M.
Holmlund J. et al. |
In Situ
Sedimentary Rock and Pseudotachylitic Breccia Veins in the Rim of the
Söderfjärden Impact Crater Structure, Finland [#1222] |
Spencer C. J. Cavosie A. J. Evans N. J. Rankenburg K. Thomas R. J. et al. |
Granulate
Titanite in Granitoid from the Rotes Kamm Crater — A Product of Regional
Metamorphism, NOT Meteorite Impact [#1235] |
Huber M. S. Gulick S. P. S. Tisato N. Kovaleva E. Clark M. et al. |
Preliminary
Results of Geophysical Properties of Granitoids Taken from a Transect Through
the Vredefort Impact Structure [#1188] |
Feignon J.-G. de Graaff S. J. Ferričre L. Kaskes P. Déhais T. et al. |
Petrological
and Geochemical Investigations of the Granite Basement in the Chicxulub Peak
Ring: Implications for the Yucatán
Target Rock [#1557] |
Gulick S. P. S. Christeson G. L. McCall N. Jőeleht A. Morgan J. V. et al. |
Impactite
Stratigraphy and Depositional Processes in the Chicxulub and Ries Impact
Structures: Insights into
Crater Floors [#2320] |
Verhagen C. M. Tikoo S. M. Gattacceca J. Schmieder M. Rochette P. et al. |
Unraveling
the Magnetic History of Peak Ring Granitoid Rocks from the Chicxulub
Impact Structure [#2350] |
Burney D.
Neal C. R. |
PGE
Content of Impact Melts and Sulfides in the Chicxulub Crater; Evidence for
PGE Mobilization/Fractionation and the Impactor Signature [#2409] |
Navarro K. F. Urrutia-Fucugauchi J. Villagran-Muniz M. Sanchez-Ake C. Perez- Cruz L. et al. |
Physical
Characterization of an Impact Vapor Plume from a Chicxulub Carbonate Layer
Using Laser Ablation in a Simulated Late Cretaceous Atmosphere [#1354] |
Ernstson K.
Portz D. Müller W. |
Zhamanshinite-Like
Black-Glass Melt Rocks from the Saarland (Germany) Meteorite Impact Site [#1350] |
Esau A. Hamann C. Kaufmann F. E. D. Sergienko E. Yanson S. et al. |
Heterogeneities
of Impact Melts from the Zhamanshin Crater:
A Two-Stage Mixing Scenario? [#2613] |
Ernstson K. |
The
East Bavarian Meteorite Crater Assemblage Revitalized — Probably Linked to
the Ries Crater (Germany) Impact Event [#1851] |
Poßekel J. Ernstson K. |
Ries
Impact Structure (Germany) Long-Distance Cratering Effects: The Mandlberg Phenomenon Seen in Ground
Penetrating Radar (GPR) [#1347] |
Svensson M. J. O. Osinski G. R. Longstaffe F. J. |
Revisiting
the Origin of the Ries Graded Suevite:
Implications for Plume Fallback Preservation [#2478] |
[[643]
POSTER SESSION: IMPACTS ON THE MOON
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
De Hon R. A. |
Crater
Wall Failure and Original Excavated Diameter [#1296] |
Jodhpurkar M. J. Ostrach L. R. Zellner N. E. B. |
Mapping
and Interpreting Moulton Crater and Its Surroundings [#1767] |
Williams J.-P. Gallinger C. L. Hayne P. O. Paige D. A. Pathare A. V. et al. |
The
Diversity of Lunar Ejecta Materials at Giordano Bruno Crater Derived from LRO
Diviner Observations [#1791] |
Iqbal W.
Hiesinger H.
van der Bogert C. H. |
Investigating
a Potential Source of Young Ages at Apollo 15 Landing Site [#1917] |
Gebbing T. Hiesinger H. Iqbal W. van der Bogert C. H. |
New
Geologic Map of the Apollo 16 Landing Site:
Implications for Crater Size-Frequenzies of the Lunar Chronology [#1986] |
Oetting A.
Schmedemann N.
Hiesinger H. |
Refinement
of the Lunar Production Function — Preliminary Normalization of Data [#2088] |
Bondarenko N. V. Dulova I. A. |
High-Resolution
Topography Reconstruction with the Improved Photoclinometry Method: A Look at Small Lunar Craters [#2673] |
Jackson A. P. Perera V. Gabriel T. S. J. |
A
Moth-Eaten Blanket: Re-Impacting
Debris Punctured Holes in the Early Lunar Crust [#2294] |
Jappji M. Thesniya P. M. Rajesh V. J. |
Morphology
of the Copernican Das Crater on the Farside of the Moon [#2260] |
Giuri B.
Hiesinger H.
Schmedemann N.
van der Bogert C. H. |
Lunar
Light Plains in the Orientale Region, Moon [#2774] |
Liu J. W. Liu J. ZH. Guo D. J. Zhang J. Y. Zhu K. et al. |
The
Structures and Impact Direction of the South Pole-Aitken Basin [#1990] |
Ruesch O.
Wöhler C. |
Composition
and Size Dependent Abrasion of a Rock on the Moon Derived from Topographic
Diffusion Modeling and Optical Observations [#1052] |
Krasilnikov A. S. Krasilnikov S. S. Ivanov M. A. |
The
Model Estimates of the Craters Ejecta Thickness in the Southern Polar Region
of the Moon [#1459] |
Halim S. H. Crawford I. A. Collins G. S. Joy K. H. Davison T. M. |
Modelling
the Survival of Carbonaceous Chondrites Impacting the Lunar Surface, as a
Potential Resource [#1409] |
[[644]
POSTER SESSION: IMPACTS:
STUDYING EJECTA ON EARTH
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Okawa H. Arakawa M. Yasui M. Hasegawa S. Yokota Y. et al. |
Three-Dimensional
Tracking of Various Sized Glass Beads Ejected from Impact Crater [#1780] |
Cavosie A. J. Biren M. B. Hodges K. V. Wartho J.-A. Horton Jr. J. W. et al. |
Dendritic
Reidite from Chesapeake Bay Ejecta at ODP Site 1073, Offshore New Jersey,
USA: A Hallmark of Distal
Impact Ejecta? [#1068] |
Kawohl A. Whymark W. E. VanderWal J. Whymark W. A. Hall M. et al. |
Impactites
East of the Sudbury Igneous Complex — A Reconnaissance Study [#1001] |
Dutta A.
Sinha K. K.
Raychaudhuri D.
Roy M.
Bhattacharya A. et al. |
Petrographic
Characterization of Impactites from Dhala Crater, India [#1865] |
Arif Md. Patil S. K. Pati J. K. Misra S. |
Anisotropy
of Magnetic Susceptibility (AMS) of Target Rrocks and Impactites from Dhala
Impact Structure, India [#1932] |
Losiak A.
Plado J. Jőeleht A. Szyszko M. Ormö J. et al. |
Interaction
of Ejecta During Multiple Crater Formation on Earth: Kaali 2/8 Case and
Laboratory Experiments [#2100] |
Molnár M. Šlang S. Ventura K. Ernstson K. |
Lechatelierite
in Moldavite Tektites: New Analyses
of Composition [#1580] |
Whymark A. |
The
Role of Beryllium-10 in Determining the Australasian Tektite Source
Crater Location [#1050] |
Whymark A. |
Comparison
of Strontium and Neodymium Isotopes in Australasian Tektites with Potential
Source Materials [#1051] |
Harris T. H. S. |
Reframing
the Australasian Tektite Source Mystery [#1008] |
Harris T. H. S. |
Electromagnetic
Indications of Australasian Tektite Morphology [#1009] |
Trnka M.
Tilsar V. |
Tektites
Occurring In Situ and Impact Clastic Sediments on the
Indochina Peninsula [#1195] |
Krauss A. Whymark A. |
The
Influence of Crack Propagation on Tektite Glass Corrosion Sculpture [#1489] |
[P645]
POSTER SESSION: IMPACTS:
THINGS GET SHOCKED (SHOCKED
MINERALS)
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Raychaudhuri D. Basu D. Murmu S. Dutta A. |
Response
of Shock-Deformed Zircons and Their Transformation to Reidite and Baddeleyite
in Impactites from Dhala Impact Structure, Madhya Pradesh, India [#1282] |
Zhao J. W. Xiao L. He Q. Xiao Z. Y. |
Element
Distribution of Shock-Deformed Regions in Zircon and Implications for Zircon
Chronology During the Impact [#1804] |
Kenny G. G. Pasek M. A. Bellucci J. J. |
The
Response of Zircon to Extreme Pressures and Temperatures — Insights from a
Lightning Strike and a Nuclear Explosion [#1420] |
Cavosie A. J. Rickard W. D. A. Evans N. J. Rankenburg K. Roberts M. P. et al. |
Fingerprint
of β-Cristobalite in Libyan Desert Glass — The Hottest Naturally
Occuring Silica Polymorph? [#1219] |
Kaliwoda M. Trepmann C. A. Dellefant F. Hess K. U. Schmahl W. W. et al. |
Quartz
and Cristobalite Ballen Aggregates Formed by Dehydraton of Shock-Generated
Amorphous Phases in Impact Melt Rocks from the Ries Impact
Structure (Germany) [#2445] |
Sato M.
Kurosawa K. Kato S. Ushioda M. Hasegawa S. |
Shock
Remanence Intensity and Stability Structures of Single-Domain Titanomagnetite
Bearing Basalt Sample [#1816] |
Gucsik A. Futó P. Vitéz L. Viczián-Dombai R. Nyíri Zs. et al. |
Shock
Stage Clarification of Plagioclase Samples from Asteroid Itokawa Using Raman
and Cathodoluminescence Microscopy and Spectroscopy [#2781] |
Barbaro A.
Nestola F.
Pittarello L.
Ferričre L. Murri M. et al. |
Impact
Shock Origin of Carbon Phases in Yamato 74123 Ureilite [#1123] |
Gucsik A. Futó P. Szarvas R. Nagy A. Nagy D. et al. |
Micro-Raman
Sprectroscopy of the Barberton Impact Spherules from South Africa: An Application to the Identification of
Shock Metamorphism [#2780] |
Dellefant F.
Trepmann C. A.
Gilder S. A.
Sleptsova I. Kaliwoda M. et al. |
Distinguishing
Shock-Related Microstructures in Gneisses from the Vredefort Impact
Structure, South Africa [#1985] |
Amodeo K. M. Davies E. J. Stewart S. T. Spaulding D. K. |
Improving
the SiO2 Equation of State with Shock and
Post-Shock Temperatures [#2714] |
Ma C.
Tschauner O.
Beckett J. R.
Prakapenka V. |
Discovery
of Feiite (Fe2+2(Fe2+Ti4+)O5) and Liuite (GdFeO3-Type
FeTiO3), Two New Shock-Induced, High-Pressure Minerals in the
Martian Meteorite Shergotty [#1681] |
Ma C. Beckett J. R. Prakapenka V. |
Discovery
of New High-Pressure Mineral Tschaunerite, (Fe2+)(Fe2+Ti4+)O4,
a Shock-Induced, Post-Spinel Phase in the Martian Meteorite Shergotty [#1720] |
Kurosawa K.
Ono H.
Niihara T.
Mikouchi T. Tomioka N. et al. |
Shock
Metamorphism in a Quasi-Open System I:
Undulatory Extinction in Calcite (CaCO3) [#1817] |
Ono H. Kurosawa K. Niihara T. Mikouchi T. Genda H. et al. |
Shock
Metamorphism in a Quasi-Open System II:
Melt Veins in Basalt at Shock Stage 2 [#1810] |
Spathis V.
Price M. C.
Tandy J. D.
New J. S.
Wozniakiewicz P. J. |
Shock
Synthesis of Prebiotic Molecules:
Preliminary Results [#1623] |
Spathis V. Price M. C. Tandy J. D. Wozniakiewicz P. J. Campbell-White J. et al. |
Shock
Synthesis of Prebiotic Molecules II:
Probing the Temperature of Creation Using Impact Flash Spectra [#1625] |
Price M. C. Spathis V. Tandy J. D. Wozniakiewicz P. J. New J. et al. |
Shock
Synthesis of Pre-Biotic Molecules III:
Probing the Pressure [#1328] |
[P646]
POSTER SESSION: SPECIAL SESSION: EXPLORING THE MYRIAD OF OCEAN WORLDS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Waller S. E. Miller M. E. Hofmann A. E. Hodyss R. P. Cable M. L. et al. |
Hypervelocity
Plume Sampling: Experimental Efforts
and Astrobiology Implications [#1129] |
Burke S. E. Miller M. E. C. Continetti R. E. Hanold K. Waller S. E. et al. |
The
Chemical Effects of Hypervelocity Impact:
Implications for Ocean Worlds Plume Sampling Schemes [#2063] |
Ulibarri Z. E. Munsat T. Abel B. Dee R. James D. et al. |
Measurement
of Organic Molecules and D-H Ratios in Laboratory Mass-Spectra of
Hypervelocity Dust Impacts into Ice [#2732] |
Martellato E. Marchi S. Galluzzi V. Palumbo P. Rotundi A. |
Ganymede’s
Cratering Record [#2175] |
Trainer M. G. Brinckerhoff W. B. Grubisic A. Danell R. M. Kaplan D. et al. |
Development
of the Dragonfly Mass Spectrometer (DraMS) for Titan [#1532] |
Espley J. R. DiBraccio G. A. Gruesbeck J. R. |
Measuring
Magnetic Fields at Ocean Worlds [#1746] |
Naz N. Kounaves S. P. |
Analysis
of Synthetic Terrestrial and Modeled Enceladian Seawater Using the
Microfluidic Wet Chemistry Laboratory (mWCL) [#2233] |
Burnett D. C. Burnett J. |
Enabling
Tethered Ocean World Vehicles by Sharing Power and Communication Conductors [#2407] |
Watson H. C. Liebow E. Boyle M. Shaw G. H. |
Freezing
Point Experiments of NaCl Solutions Up to 70MPa: Implications for Icy Moons and
Ocean Worlds [#2599] |
Spiers E. M. Weber J. M. Venigalla C. Annex A. M. Berdis J. et al. |
TIGER: JPL PSSS Architecture and Feasibility Study
for a New Frontiers 5 Mission Concept to Enceladus [#1598] |
Elder C. M. Nordheim T. A. Patthoff D. A. Leonard E. Cartwright R. J. et al. |
Uranus
Magnetosphere and Moons Investigator (UMaMI) [#2289] |
Marusiak A. G. Panning M. P. Vance S. D. Carnahan E. Hesse M. A. et al. |
Effects
of Methane Clathrates on Thermal and Seismic Profiles [#1151] |
Hay H. C. F. C. Matsuyama I. Pappalardo R. T. |
Can
High-Frequency Tidal Deformation Help Constrain the Ocean Thickness of Europa
and Ganymede? [#1582] |
Singh V.
McCarthy C.
Silvia M.
Jakuba M. German C. et al. |
Communication
Tethers May Survive Shearing Across Ice Faults on Europa [#2403] |
Senske D. A. Leonard E. J. Patthoff D. A. |
Mapping
Europa at the Regional Scale: Insights
from Conamara Chaos and Surrounding Regions [#1266] |
Sobron P.
Barge L. M.
Invader Team |
Exploring
Deep Sea Hydrothermal Vents on Earth and Ocean Worlds [#2505] |
Spring J. Corrigan P. Rideout H. Castle C. King I. et al. |
KRAKENS
Underwater Drill System for the InVADER Project: Tech Demo for Ocean Worlds [#1131] |
[P647]
POSTER SESSION: GEOLOGY AND GEOPHYSICS OF SATELLITES AND
OCEAN WORLDS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Berdis J. Murphy J. Chanover N. |
Identifying
Europa’s Surface Features Using Water Ice Crystallinity and the Abundances of
Non-Ice Materials [#1570] |
Dhingra R. D. Buratti B. J. Seignovert B. S. |
Europa
Clipper Preparatory Photometry to Constrain Surface Properties [#2257] |
Tomlinson T. C. Hayne P. O. |
Possible
Origins of Dark Crater Ejecta on Europa [#1654] |
Mondro C. A. Emery J. Moersch J. E. |
Modeling
Fracture Populations in Europa’s Brittle Ice Shell and Implications of
Fracture-Added Porosity [#2357] |
Krier J. D. Roberts J. H. |
Evolution
of the Ice Shell of Enceladus Including Expansion Due to Freezing [#2118] |
Olsen K. G. Schmerr N. C. Huang MH. Hurford T. A. Brunt K. M. |
Investigating
Icequakes on Enceladus Using an Antarctic Analog: Application of Seismic and Machine-Learning
Techniques to Characterize Tidally Induced Seismicity Along Icy Rifts [#2048] |
Lucchetti A. Rossi C. Mazzarini F. Pajola M. Pozzobon R. et al. |
Length
and Self-Similar Clustering Analysis of Ganymede’s Equatorial Grooves [#1061] |
Leonard E. J. Beddingfield C. Elder C. M. Nordheim T. A. Cartwright R. J. et al. |
Investigating
the Formation of Miranda’s Inverness Corona [#2296] |
Beddingfield C. B. Leonard E. J. Elder C. M. Nordheim T. A. Cartwright R. J. et al. |
A
Digital Elevation Model of Miranda’s Youngest Corona, Inverness [#2543] |
Crósta A. P. Silber E. A. Lopes R. M. C. Malaska M. J. Solomonidou A. et al. |
Exploring
Habitability Conditions in Titan’s Impact Record: The Formation of Menrva Crater [#2309] |
Huffman M. R. Ward E. M. Kay J. P. Rhoden A. R. Stickle A. M. |
5-Phase
Ice Simulations to Test the Effects of Embedded Low Viscosity Layers on
Crater Formation [#1663] |
Schmedemann N. Wagner R. J. Roatsch T. Hiesinger H. |
Crater
Distributions of the Galilean Satellites [#2250] |
Hirabayashi M. Fassett C. I. Montalvo P. Cheng H. C. J. Klimczak C. |
Efficient
Topographic Degradation on Ceres as Revealed by the Equilibrium Population of
Small Craters [#1585] |
Williams D. A. Nelson D. M. Milazzo M. P. |
The Io
GIS Database, V. 1.0 [#1504] |
Friend P. Kyriacou A. |
Dielectric
Profiling of Enceladus’ Surface in the Tiger Stripe Region [#2586] |
Chen H. Z. Yin A. |
Geomorphologic
Evidence for Ice-Sheet Glaciation on Pluto’s Largest Moon Charon [#1460] |
Qualizza-McDonald B. R. O’Hara S. T. |
The
Role of Basal Sliding in the Migration of Angular Block Terrain on Pluto [#1630] |
Miller D. V. Kay J. P. Schenk P. |
Distribution
of Normal Faults Not Evenly Distributed Across Dione [#2391] |
[P648]
POSTER SESSION: CRACK, BOOM! ACTIVE AND ERUPTIVE SATELLITES
AND OCEAN WORLDS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Morrison A. A. Whittington A. G. Zhong F. Mitchell K. L. Carey E. M. |
Rheological
Evolution of Brine Liquids and Suspensions:
Chloride and Sulfate Brine as Analogs to Cryoflows on Europa [#2137] |
Nathan E. M. Huber C. Head J. W. |
Understanding
Icy Moons as a Population of Solar System Bodies [#1751] |
Cerubini R. Pommerol A. Poch O. Kipfer K. Thomas N. |
Linear
Polarisation of Salty Flash-Frozen Ice Particles [#1469] |
Pankine A. |
Reconciling
Estimates of Endogenic Power Emitted from the Southern Polar Region
of Enceladus [#2574] |
Robertson K. M. Li S. |
Laboratory
Derived Mineral-Ice Mixtures with Applications to Chaos Terrain Formation
on Europa [#1972] |
Li S.
Robertson K.
Sun V. Z. |
Unveiling
Chaos Terrain Formation on Europa Through Synthesizing Ice Mixtures and
Modeling of the Galileo NIMS Reflectance Data [#2452] |
Korycansky D. G. |
Towards
Modeling Crater Collapse and Relaxation with a Stokes-Flow Code [#1267] |
Chivers C. J. Buffo J. J. Schmidt B. E. |
Thermal
and Chemical Evolution of Small, Shallow Water Bodies on Europa [#2761] |
McEwen A. S. Keszthelyi L. P. Mandt K. E. Team I. V. O. |
The Io
Volcano Observer (IVO) [#1352] |
Keszthelyi L. P. McEwen A. S. |
Measuring
Ionian Lava Temperatures via VNIR Color Imaging [#2009] |
Wurz P. Vorburger A. McEwen A. S. Mandt K. Davies A. G. et al. |
Measurement
of Io’s Atmosphere During the IVO Mission [#1407] |
Buczkowski D. L. Schmidt B. E. Landis M. E. Scully J. E. C. Hughson K. H. G. et al. |
Fractures
and Furrows on Lobate Flows in Occator Crater, Ceres: Morphologic Evidence of Ice Content [#1765] |
Lalich D. E. Poggiali V. Hayes A. G. Schurmeier L. R. Malaska M. J. |
Invisible
Mounds: Observing the Earliest Stages
of Labyrinth Evolution on Titan with the Cassini RADAR [#2406] |
[P649]
POSTER SESSION: SURFACE-ATMOSPHERE INTERACTIONS ON ICY
WORLDS: A VOLATILE SESSION
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Horvath D. G. Andrews-Hanna J. C. Newman C. E. Lian Y. |
Comparative
Hydrology of the North and South Polar Regions of Titan [#2609] |
Lake B. D. Radebaugh J. Christiansen E. H. Rose D. Barnes J. W. et al. |
Sand
Distribution, Ice-Rich Regions, and Sources of the Sand Seas of Titan [#2722] |
Light S. L. Gurwell M. A. Nixon C. A. Thelen A. E. |
Seasonal
Variability of Titan’s Global Wind Field [#2165] |
Rose D.
Radebaugh J.
Christiansen E. H.
Lake B. |
Length,
Orientation, and Spacing of Linear Dunes in the Shangri La Sand
Sea, Titan [#2568] |
Moore J. M. Howard A. D. White O. L. Umurhan O. M. Singer K. N. et al. |
Are the
Surface Textures of Pluto’s Wright Mons and Its Surroundings Exogenic? [#1693] |
Dhingra R. D. Jennings D. E. Barnes J. W. Cottini V. |
Surface
Temperature Decrease at Bright Ephemeral Feature Site on Titan’s
North Pole [#2276] |
Heslar M. F. Barnes J. W. |
Physical
Oceanography in the Coastal Zones of Titan’s Punga Mare [#2128] |
McKinnon W. B. Mao X. Singer K. N. Keane J T. Schenk P. M. et al. |
Are
Maryland and Other Craters on CCKBO Arrokoth Compaction Craters, and Does
it Matter? [#2719] |
Cartwright R. J. Nordheim T. A. Grundy W. M. DeColibus D. Sori M. M. et al. |
Latitudinal
Distribution of CO2 Ice on Ariel Consistent with
Seasonal Migration [#1298] |
Keeney B. A. Parker J. Wm. Cunningham N. Stern S. A. Verbiscer A. J. |
The
First Measurements of Charon’s Far-Ultraviolet Surface Reflectance [#2366] |
Solomonidou A. Neish C. Coustenis A. Malaska M. Le Gall A. et al. |
The
Chemical Composition of Impact Craters on Titan [#2633] |
Steckloff J. K. Soderblom J. M. Soto A. |
Titan’s
Bistable, Cyclical Climate: A Song of
Slush and Photodestruction [#1036] |
Engle A. E. Hanley J. Tan S. P. Tegler S. C. Grundy W. M. et al. |
Mapping
Changes in the Methane-Ethane System When Adding Nitrogen at Titan
Surface Conditions [#1722] |
Nuevo M.
Sciamma-O’Brien E.
Sandford S. A.
Salama F.
Materese C. K. et
al. |
Preliminary
XANES Analysis of Laboratory Analogs of Titan Tholins [#2160] |
[P650]
POSTER SESSION: SHAKEN AND STIRRED: PHYSICAL AND COMPOSITIONAL STATE OF
SATELLITES AND OCEAN WORLDS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Di Paolo F. Ruggieri A. Cosciotti B. Lauro S. E. Mattei E. et al. |
Radar
Sounding of Ganymede and Callisto:
Two-Way Attenuation and SNR Evaluation in Diverse
Dielectric Scenarios [#1242] |
Kiefer W. S. |
Tidal
Dissipation and the Interior Structure of Io:
Magma Mush or Magma Ocean? [#2539] |
Kronrod E. V. Kronrod V. A. Kuskov O. L. |
Dehydration
Processes in the Hydrated Cores of Large Icy Satellites [#1730] |
Zandanel A. E. Hellmann R. Truche L. |
Olivine
Dissolution in Partially Frozen Ammonia-Water Solutions [#2274] |
Trinh K. T. Bierson C. J. O’Rourke J. G. |
Delayed
Timing of Metal-Silicate Differentiation in Europa [#2394] |
Wang A.
Yan Y. C.
McKinnon W. B. |
Phase
Transformations in Salts Caused by the Impact of Energetic Electrons and the
Relevance to Europa [#2112] |
Runcevski T. McConville C. |
Phase
Diagrams of Planetary Ices Relevant to Titan:
Acetonitrile and Benzene [#1121] |
Stephan K.
Ciarniello M.
Poch O.
Schmitt B. Haack D. et al. |
Spectral
Properties of H2O Ice Depending on Particle Sizes and Temperatures
Expected on Ganymede and Callisto [#1341] |
Fauguerolles C. Morizet Y. Le Menn E. Gaillot A.-C. Tobie G. |
Experimental
Constraints on N Cycle on Titan: From
NH3-Rich Hydrothermal Fluids to Atmospheric N2 and
Possible Deep Rock Storage [#2023] |
Li J.
Yu X.
Sciamma-O’Brien E.
He C. Sebree J. et al. |
Comparison
Study of Surface Energies for Titan Haze Analogs ”Tholin” [#2675] |
[P651]
POSTER SESSION: GIANT PLANETS, RINGS AND DYNAMICS — OH MY!
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Shim S.-H. Nisr C. Kim T. Lee Y. J. Chizmeshya A. et al. |
Mineral-Water
Reaction at High Pressures — Implications for Uranus and Neptune [#1208] |
Tchernyi V. V. Kapranov S. V. Pospelov A. Yu. Chensky E. V. Milovanov U. B. |
The Role
of Diamagnetism of Ice Particles of Saturn’s Protoplanetary Cloud to the
Rings Origin [#1355] |
Doyle A. E. Desch S. J. Young E. D. |
Icy
Exomoons Evidenced by Spallogenic Nuclides in Polluted White Dwarfs [#2178] |
Lissauer J. J. Stevenson D. J. Bodenheimer P. D’Angelo G. |
Mixing
of Condensable Constituents with H and He During the Formation and Evolution
of Jupiter [#2272] |
Benmahi B. Cavalié T. Dobrijevic M. Biver N. Bermudez-Diaz K. et al. |
Monitoring
of the Temporal Evolution of Water Vapor in the Stratosphere of Jupiter with
the Odin Space Telescope Between 2002 and 2019 [#1472] |
Cohen I. J. Clark G. B. Kollmann P. Turner D. L. |
Investigating
Unusual Inbound/Outbound Asymmetries in Energetic Particles in the Voyager 2
Observations of Uranus’ Magnetosphere [#2072] |
Toyoda Y. T. Arakawa M. A. Yasui M. Y. |
Experimental
Study on Restitution Coefficients of Porous Ice Ball Simulating Saturn’s
Ring Particles [#1903] |
Vidmachenko A. P. |
The
Difference in the Visible Characteristics of Saturn’s Disk at the 2010
Equinox from Previous Three [#1100] |
Kuznetsov E. D. Al-Shiblawi O. M. Gusev V. D. Ustinov D. S. |
Pairs
of Trans-Neptunian Objects with Close Orbits [#1859] |
Rosaev A. E. |
Some
Interesting Cases of Close Asteroid Pairs Perturbed by Resonance [#1554] |
Jayam V. J. Thaman K. T. Jain S. J. Kim J. K. Xue Q. et al. |
An
Analytic Model of Stable and Unstable Orbital Resonance [#2764] |
[P652]
POSTER SESSION: CERES AND VESTA
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Izawa M. R. M. Koutoula E. Stancu M.-N. Yamashita S. Okuchi T. et al. |
Hydrothermal
Ammoniation of Chondrites:
Implications for Ceres [#2247] |
Distel A. G. Palin R. M. Chin E. J. |
Magmatic
Processes on the Asteroid 4-Vesta:
Implications for Differentiation of Small Rocky Bodies [#2246] |
Cheng H. C. J. Klimczak C. |
Systematic
Fracture Pattern on Vesta Revealed by Polygonal Impact Craters [#1015] |
Zeilnhofer M. F. |
Preliminary
Regional Analysis of Central Peaks on Ceres Using the Near-Global Crater
Database and Implications for Crustal Strength [#1062] |
Kouvatsis I. Cartwright J. A. |
Petrography
of Eucrite Northwest Africa 11548:
Searching for Melt Clasts [#2683] |
Rousseau B.
De Sanctis M. C.
Raponi A.
Ciarniello M. Ammannito E. et al. |
DAWN-VIR
at Vesta and Ceres: Wrap-Up of the
Corrections for the Data of the Visible Channel [#1440] |
Zitnik A. W. Hurtado J. M. Jr. |
Exploring
Spatial Relationship Between Domes and Impacts on Ceres [#2647] |
Mest S. C. Neesemann A. Crown D. A. Berman D. C. Pasckert J. H. et al. |
The
Chronostratigraphy of Ceres [#2055] |
Ferrari M. Raponi A. De Sanctis M. C. Ammannito E. Ciarniello M. et al. |
Investigating
the 1-µm Feature in the Refined Average Spectrum of Ceres [#2095] |
Krohn K.
Jaumann R.
Wickhusen K.
Otto K. A.
Kersten K. et al. |
Asymmetric
Craters on Ceres [#2527] |
Brown A. J. King S. J. Bishop J. L. |
Distinguishing
Anhydrous Carbonates Using Spectral Centroid and Asymmetry Near 2.5 and 4 Microns [#2708] |
Fuentes-Quińones M. Arvelo X. Ayala A. A. Rivera-Muńiz B. Colón J. et al. |
Exploring
the Spectral Clustering Analysis of the Surface Composition of a
Known Asteroid [#1375] |
Potin S. M. Douté S. Kugler B. Forbes F. |
Simulated
Observations of Small Bodies: The
Effect of Shape and Topography [#1542] |
[P653]
POSTER SESSION: SMALL BODY OBSERVATIONS: NEAR AND FAR
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Granados M. Madiedo J. M. |
A
Meteorite Fall Observed in the Framework of the Southwestern Europe Meteor
Network (SWEMN) [#1332] |
Ogliore R. C. Daulton T. L. Vacher L. Liu N. Korotev R. et al. |
Candidate
Cosmic Spherule from the November 2019 Saint Louis Bolide [#1919] |
Zhilyaev B. E. Vidmachenko A. P. Steklov A. F. |
Meteor
with Interesting Characteristics from the 2001 Leonids Meteor Shower [#1067] |
Madiedo J. M. Ortiz J. L. Aceituno J. De Guindos E. |
Orbit
and Emission Spectrum of a Mag. -12 Meteor Event Recorded on 2019
February 6 [#1274] |
Peńa-Asensio E. Trigo-Rodríguez J. M. Rimola A. Izquierdo J. Robles A. J. et al. |
The
Jerez De La Frontera (Spmn020121) Bolide:
A -13 Magnitude Event with a Long Endurance Persistent Trail from the
Comae Berenicids Meteor Shower [#1692] |
Peńa-Asensio E. Trigo-Rodríguez J. M. Rimola A. Izquierdo J. Chioare M. et al. |
2020
Ursid Meteor Shower Activity from Video Recordings and Forward-Scatter
Echo Detections [#1174] |
Madiedo J. M. Ortiz J. L. Aceituno J. De Guindos E. |
The
Ursid Meteor Outburst in 2020:
Preliminary Results [#1275] |
Martinez C.
Madiedo J. M. |
Systematic
Monitoring of Large Meteoroids in the Earth-Moon Environment [#1300] |
Markwardt L. Gowman G. Gerdes D. W. Malhotra R. Adams F. C. |
Latest
Results from DECam Search for L5 Earth Trojans [#2538] |
Aponte-Hernández B. Taylor P. A. Rivera-Valentín E. G. O’Dell M. |
A
Publicly Accessible Repository for Arecibo Planetary Radar Observations of
Near-Earth Asteroids [#2174] |
Hickson D. C. Virkki A. K. Rivera-Valentín E. G. |
Polarimetric
Analyses of Archival Arecibo Near-Earth Asteroid Radar Observations [#2593] |
Dotto E.
Banaszkiewicz M.
Banchi S.
Barucci M. A.
Bernardi F. et al. |
The EU
Project NEOROCKS — The NEO Rapid Observation, Characterization, and Key
Simulations Project [#1971] |
Lazzarin M. La Forgia F. Siviero A. Frattin E. Ochner P. et al. |
Spectroscopic
Investigation of the Large Potentially Hazardous Asteroid (52768) 1998OR2
within NEOROCKS EU Project [#2056] |
Takir D.
Matsuoka M.
Waiters A.
Kaluna H. Usui T. |
Three-Micron
Spectroscopy of Phobos and Deimos [#1386] |
Maeda N. Terai T. Ohtsuki K. Yoshida F. Ishihara K. et al. |
Size
Distributions of Bluish and Reddish Small Main Belt Asteroids [#1388] |
Fieber-Beyer S. K. |
Interesting
Objects Near (6) Hebe [#1233] |
Germann J. T. Fieber-Beyer S. K. Gaffey M. J. Strom C. A. |
NIR
Reflectance Spectroscopy of Massalia Family Asteroids 8452 Clay, 2316 Jo-Ann,
7760, 52442, 27120Isabelhawkins. [#1320] |
Tanbakouei S. Trigo-Rodríguez J. M. Rivkin A. S. Moyano-Cambero C. E. Llorca J. et al. |
A
Reflectance Spectra Link Between the CV-CK Chondrites Clan and the EOS
Asteroid Family: Different Degrees of
Space Weathering Experienced by Carbonaceous Chondrites Asteroids [#1456] |
Kyrylenko I. I. Krugly Y. M. Golubov O. A. |
New
Asteroid Pair Candidates in the Main Belt [#2741] |
Kokhirova G. I. Ivanova O. V. Rakhmatullaeva F. Dzh. |
Identification
of the Nature of Asteroid Don Quixote from Observations in the
Sanglokh Observatory [#1451] |
Kokhirova G. I. Ivanova O. V. Rakhmatullaeva F. Dzh. Baransky A. |
Results
of Observations of the Dual Status Object 2008GO98 (3962) in 2017 [#1453] |
Salas I.
Madiedo J. M. |
Properties
of Large Fragments from Comet 2P/Encke:
Spectroscopic Analysis [#1286] |
Sánchez A. Trigo-Rodríguez J. M. Rodríguez D. |
Photometric
Monitoring of a 29P/Schwassmann-Wachmann 1 Outburst in November 2020 [#1115] |
Lilly E. L. Hsieh H. H. Bauer J. B. Steckloff J. S. Jevcak P. J. et al. |
No
Activity on 13 Centaurs Discovered in the Pan-STARRS Detection Database [#2499] |
Trigo-Rodriguez J. M. Sánchez A. Manteca P. |
Photometric
Follow-Up of the Two Components of Comet 2018 F4 PANSTARRS After Breakup [#1107] |
Luk’yanyk I.
Safonova M.
Ivanova O.
Mohan R. Sutaria F. et al. |
Spectroscopy
and Photometry of Interstellar Comet 2I/Borisov on 2-m HTC Telescope [#1565] |
[P654]
POSTER SESSION: SMALL BODY SURFACES: BOULDERS, CRATERS, AND REGOLITH
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Barrington M. N. Birch S. Jindal A. Corlies P. Hayes A. et al. |
Geomorphologic
Evolution of the Imhotep Region of Comet 67P Churyumov-Gerasimenko [#2197] |
Yokota Y.
Honda R.
Tatsumi E.
Domingue D.
Schröder S. E. et
al. |
East-West
Comparison of the Photometric Properties on Asteroid Ryugu [#2105] |
Golish D. R. Li J.-Y. Clark B. E. Zou X.-D. Rizos J. L. et al. |
Regional
Photometric Mapping of Asteroid (101955) Bennu [#1677] |
Banik D.
Gaurav K. |
Spin
Change of Rubble Piles Due to Mass Shedding Culminating from
Surface Motion [#1122] |
Durda D. D. Parker A. H. Whizin A. D. Shoffner M. Pyke B. |
The
Box-of-Rocks Experiment (BORE): A
Suborbital Experiment Package for Microgravity Regolith Science and
Technology Demonstration [#2265] |
Ebihara T.
Yumoto K.
Sugita S.
Honda R. Kameda S. et al. |
Investigation
of Distribution and Orientations of Boulders on Asteroid Ryugu: Implications for Surface Evolution [#1902] |
Ogsugi A. Sakatani N. Shimaki Y. Arai T. Senshu H. et al. |
Thermal
Properties of Boulders on C-Type Asteroid 162173 Ryugu Observed by Hayabusa2TIR
During Low Altitude Operations [#2184] |
Sasaki S.
Kanda S.
Kikuchi H.
Michikami T.
Morota T. et al. |
Crack
Orientations of Boulders on Ryugu: N-S
Preference and Exfoliation Feature [#2010] |
Joshi V. Ramesh K. T. |
Updated
Calculations of Thermal Breakdown of Rocks on the Asteroids Bennu
and Ryugu [#2551] |
Morota T.
Sugita S.
Cho Y.
Tatsumi E.
Sakatani N. et al. |
Impact
Strength of Ryugu’s Boulder Inferred from Meter-Sized Crater Statistics [#1755] |
Popescu M. Tatsumi E. Campins H. de León J. García J. L. et al. |
Widely
Distributed Exogenic Materials of Varying Compositions on Asteroid
(101955) Bennu [#2026] |
Aoki M.
Sugimoto C.
Yumoto K.
Tatsumi E. Morota T. et al. |
Spectroscopic
Analysis of Bright Boulders Inside the SCI Crater on Anteroid Ryugu [#1989] |
Bottke W. F. Moorhead A. Hergenrother C. W. Michel P. Schwartz S. R. et al. |
Meteoroid
Impacts as a Source of Bennu’s Particle Ejection Events [#1362] |
Takai Y.
Morota T.
Yumoto K.
Honda R. Kameda S. et al. |
Statistics
of Small Craters Observed on Boulder Surface of Asteroid Ryugu [#2044] |
Ramsley K. R. Head J. W. |
The
Motion of Ejecta Boulders Entering Phobos Craters [#1575] |
Pajola M.
Lucchetti A.
Ivanovski S.
Poggiali G. Ieva S. et al. |
Boulders
on Asteroids Didymos and Dimorphos:
Future DART-LICIACube Observations [#1116] |
Yokota Y. Y. Arakawa M. A. Yasui M. Y. Yamamoto Y. Y. Okawa H. O. et al. |
Experimental
Study on Impact Craters Formed on Mountain-Like Surface Topography
of Asteroids [#1815] |
[P655]
POSTER SESSION: SMALL BODY LABORATORY STUDIES AND MODELING
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Tinker C. R. Glotch T. D. |
A Dust
Deposition Chamber for Thermal Infrared Spectral Analysis of Coated Rocks in
a Simulated Airless Body Environment [#1756] |
Passoni L.
Imhof G.
Sunday C.
Bassas M. Sournac A. et al. |
A
Single-Wheel Testbed for Regolith Science Studies [#1982] |
Snead C. J. Funk R. C. Righter K. |
Small
Particle Glovebox Experiments — Preliminary Results [#2495] |
Potin S. M. Cloutis E. A. Izawa M. R. M. |
Laboratory
Spectroscopy to Assess the Origin of the Martian Moons [#1544] |
Dibb S. D. Bell J. F. III Garvie L. A. J. |
Reflectance
Spectra of Metal-Troilite Mixtures:
Implications for M-/X-Type Asteroid Exploration [#1543] |
Burbine T. H. Buchanan P. C. Jercinovic M. J. Greenwood R. C. |
Determining
Vestoid Mineralogies Using HEDs as a Guide [#1351] |
Anzures B. A. Schultz C. D. Milliken R. E. Hiroi T. |
Assessing
Effects of Particle Size on Water Content Estimates of Carbonaceous
Chondrites and Their Parent Bodies [#2255] |
Tanbakouei S. Trigo-Rodríguez J. M. Blum J. Williams I. Llorca J. |
Comparing
the Reflectivity of Ungrouped Carbonaceous Chondrites with the Reflectivity
of Ungrouped Carbonaceous Chondrites with Those of Short Period Comets
Like 2P/Encke [#1581] |
Murtazov A. K. Efimov A. V. |
Visual
Spectra of Some Chondrites and Terrestrial Basalts [#1172] |
Tkalcec B. J. Tack P. De Pauw E. Vekemans B. Nakamura T. et al. |
SXRF
Analysis of an Orgueil Fragment as Analog Material for Ryugu Samples Returned
in the Hayabusa2 Mission [#1662] |
Hallatt D. Leroux H. Roussel P. |
Preliminary
Results of Exploring the Behaviour of Phyllosilicates When Subject to Thermal
Conditions Relevant to Asteroid Ryugu [#2518] |
Royle S. H. Watson J. S. Sephton M. A. |
UV
Photolysis of Humic Acids:
Fractionation Between the Coma and Surface Composition of Comets [#1454] |
Van Ginneken M. Wozniakiewicz P. J. |
Chondrule-Like
Material in Wild 2: A New Insight from
Impact Experiments of Chondrule Fragments on Stardust Analogue Al Foil [#1925] |
Russell S. R. Fieber-Beyer S. K. |
An
Evaluation of CI Carbonaceous Asteroid Regolith as a Plant Growth Medium for
Space Crop Production [#1406] |
Perov N. I. |
Forecasting
for the Hazardous Asteroids Appearance [#1043] |
Landis G. A. |
Eccentricity
and Inclination Reduction Following Capture of Martian Moons [#1019] |
Ipatov S. I. |
Migration
of Bodies from the Zone of the Outer Asteroid Belt to the Earth [#1618] |
Larson J. N. Venditti F. C. F. Sarid G. Fernandez Y. |
Put
Your Mascon: Implementing the
Mascon-Layer Model into the N-Body Integrator Rebound [#2743] |
Golubov O. Unukovych V. Scheeres D. J. Kopatko A. V. Strelchenko A. |
Thermal
Models of YORP and Yarkovsky Effects:
Typical Evolution and YORP Equilibria [#2670] |
Nakano R.
Hirabayashi M. |
Finite
Element Modeling Approach to Characterize Temperature Variations of
Irregularly Shaped Bodies [#1292] |
Neumann W. Grott M. Trieloff M. |
Do
Water-Rich Carbonaceous Chondrites and the NEA Ryugu Share a Common
Parent Body? [#1852] |
Cordiner M. A. Charnley S. B. |
Investigating
the Synthesis of Organic Molecules in Cometary Comae via
Neutral-Neutral Reactions [#2297] |
Wooden D. H. Woodward C. E. Harker D. E. Kelley M. S. P. |
Cometary
Particles with Amorphous Carbon: A
Large Carbon Reservoir and Aggregate Particles’ Optical Properties Computed
with DDSCAT [#2694] |
Mertens C. A. K. Riebe M. E. I. Busemann H. |
Probability
of Cosmogenic Nuclide Production Rates [#2098] |
[P656]
POSTER SESSION: SMALL BODY MISSION SUPPORT: PAST, PRESENT, AND FUTURE
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Becker K. J. DellaGiustina D. N. Bennett C. A. Golish D. R. |
Initial
Ground Registration of NEAR MSI Images to Asteroid (433) Eros [#1511] |
Golish D. R. DellaGiustina D. N. Bennett C. A. Becker K. J. Shultz N. K. |
Improved
Remediation of NEAR MSI Images of Asteroid (433) Eros [#1682] |
Heather D. J. Taylor M. |
The
Rosetta Science Archive: Preparing for
Legacy Science [#2142] |
Clark C. S. Clark P. E. |
Progress
2021: Constant-Scale Natural Boundary
Mapping to Depict Material Transport on Comet 67P/c-g [#2695] |
Moruzzi S. A. Hayes A. G. Soderblom J. M. Corlies P. Birch S. P. D. et al. |
Investigating
Sub-Resolution Surface Properties of Comet 67P/Churyumov-Gerasimenko from
Optical Photometry and Hapke Modeling [#2125] |
Coles K. S. Bennett C. A. Lauretta D. S. Wolner C. W. V. |
A
Comprehensive Atlas of Asteroid (101955) Bennu [#1110] |
Seabrook J. S. Daly M. G. Barnouin O. S. Philpott L. Gaskell R. W. et al. |
Building
a High-Resolution Shape Model of Bennu from OSIRIS-REx Lidar Data [#1248] |
Palmer E. E. Weirich J. R. Lopez K. Barnouin O. S. Daly M. G. et al. |
Stereophotoclinometry
Terrain Generation Supporting Autonomous OSIRIS-REx Touch-And-Go
Sample Collection [#2263] |
Yumoto K. Tatsumi E. Kouyama T. Golish D. R. Kameda S. et al. |
Cross
Calibration Between Hayabusa2 ONC-T and OSIRIS-REx MapCam for Comparative
Analyses of Asteroids Ryugu and Bennu [#1370] |
Yamada M.
Kouyama T. Yumoto K. Tatsumi E. Morota T. et al. |
Moon
Imaging by Optical Navigation Camera (ONC) During HAYABUSA2 Earth Return [#1942] |
Ito M. Tanaka S. Sakatani N. Senshu H. |
Detailed
Shape Modeling of a Local Topography Using Thermal Infrared Imager Data and
Evaluation of Thermal Inertia of Asteroid 162173 Ryugu [#1822] |
Mazzotta Epifani E. Dotto E. Ieva S. Perna D. Della Corte V. et al. |
Rotational
Properties of Binary Asteroid System (65803) Didymos, Target of the
DART/LICIACube and HERA Missions [#1190] |
Ieva S. Mazzotta Epifani E. Dotto E. Perna D. Brucato J. R. et al. |
Rotational
Resolved Spectroscopy of the Didymos System, Target of the
DART/LICIACube Mission [#1239] |
Thomas C. A. Rivkin A. S. Moskovitz N. A. Pravec P. Scheirich P. et al. |
Constraining
the Orbital Parameters of the Didymos-Dimorphos System: Lightcurve Observations in Preparation
for AIDA/DART [#2753] |
Dotto E. Della Corte V. Amoroso M. Bertini I. Brucato J. R. et al. |
LICIACube
at (65803) Didymos: The Italian
Cubesat in Support to the NASA DART Mission [#2051] |
Cheng A. F. Chabot N. L. Rivkin A. S. Dotto E. Della Corte V. et al. |
DART
and LICIACUBE: Momentum Transfer from
Kinetic Impact [#2531] |
Raducan S. D. Luther R. Jutzi M. Wünnemann K. Michel P. et al. |
Benchmark
and Validation Studies with SPH and iSALE, in the Context of the DART and
Hera Missions [#1908] |
Lolachi R.
Glenar D. A.
Stubbs T. J. |
Optical
Characterization Model of the DART Impact Ejecta Plume [#2630] |
Hirata K. Usui T. Hyodo R. Genda H. Fukai R. et al. |
Constraints
on the Origin of Phobos Using Major Element Data Obtained by MMX MEGANE [#1467] |
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 [#1706] |
Lilly E. Spahr T. Grav T. G. Masiero J. Sonnett S. S. et al. |
Building
the Reference Small Body Population Model [#2584] |
Sonnett S.
Mainzer A.
Grav T.
Spahr T. Masiero J. et al. |
NEO
Surveyor Cadence and Simulations [#2705] |
Arai T. Yoshida F. Kobayashi M. Ishibashi K. Kimura H. et al. |
Current
Status of DESTINY+ and Updated Understanding of Its Target Asteroid
(3200) Phaethon [#1896] |
Bierson C. J. Elkins-Tanton L. T. O’Rourke J. G. |
Modeling
the Surface Temperatures of Asteroid 16 Psyche [#1603] |
Kim Y. Hirabayashi M. |
(16)
Psyche’s Internal Structure May Have Low and High Dense Silicate Layers on
Top of a Metallic Core [#1546] |
[P657]
POSTER SESSION: MERCURY:
BIG SCIENCE IN A SMALL PLANET
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Bu C. Bostick B. C. Chillrud S. N. Domingue D. L. Ebel D. S. et al. |
Laboratory
Simulations of Solar Wind Ion Irradiation on the Surface of Mercury [#2093] |
Deutsch A. N. Heldmann J. L. Colaprete A. Elphic R. C. Cannon K. M. |
Measuring
the Surface Ruggedness of Ice-Bearing Craters on Mercury [#2024] |
Rodionova Zh. F. Feoktistova E. A. Zharkova A. Yu. Kokhanov A. A. |
Comparative
Analysis of Morphological Features of Mercury Craters in Two
Independent Catalogues [#1410] |
Fevig R. A. Wren P. F. |
Pilot
Study of Doublet Craters on Mercury [#2750] |
Munaretto G. Lucchetti A. Cremonese G. Pajola M. Massironi M. et al. |
Analysis
of Multiangular MESSENGER Color Observations of Hollows at Canova
Crater, Mercury [#1943] |
Yazici I. S. Klimczak C. |
Global
Fracture Pattern on Mercury Revealed by Polygonal Impact Craters [#1395] |
Keebler A. M. Watters T. R. |
Displacement
Profiles of Wrinkle Ridge Thrust Faults on Mercury [#2704] |
Rodriguez J. A. P. Domingue D. Abramov O. Travis B. Weirich J. et al. |
The
Devolatilized Landscapes of Mercury:
New Insights and Major Uncertainties [#2270] |
Zambon F. Carli C. Wright J. Rothery D. A. Altieri F. et al. |
Spectral
Units Identification in the H05-Hokusai Quadrangle on Mercury [#2207] |
Giacomini L.
Carli C.
Zambon F.
Galluzzi V.
Ferrari S. et al. |
Kuiper
Quadrangle (H06) Geological Map:
Integration Between Morphological and Spectral Characteristics [#1934] |
Mouser M. D. Dygert N. |
Gravitational
Instabilities in Mercury’s Mantle Produce Diverse Volcanic
Source Regions [#1482] |
Bose P.
Duncan M. S.
King S. D. |
Using
MESSENGER Data to Model the Thermochemical Evolution of
Mercury’s Interior [#2091] |
Anzures B. A. Parman S. W. Milliken R. E. Namur O. Cartier C. |
Sulfide
Speciation in Mercurian Magmas [#2238] |
Konecke B. A. Vander Kaaden K. E. McCubbin F. M. Northrup P. |
Utilizing
Linear Combination Fitting (LCF) to Model Highly Reduced, Multi-Component
Mixtures of Cation-Sulfide Species Relevant to Mercurian Melts [#1695] |
Stangarone C. Maturilli A. Helbert J. |
Calculated
High Temperature Thermal-IR Spectra of Orthoenstatite: Theoretical Insights on Band Shifts
and Temperature [#2079] |
Killian G. O. Dukes C. A. Bu C. |
Simulation-Derived
Thermal Diffusion Parameters in Temperature-Dependent Depletion of Potassium
Adsorbed on Magnetite [#2776] |
[P658]
POSTER SESSION: VENUS ATMOSPHERE, EMISSIVITY, AND WEATHERING
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Port S. T. Chevrier V. F. |
Numerical
Investigation of Mercury-Bearing Minerals to Address the Low Emissivity
Anomaly on the Highlands of Venus [#1356] |
Reid R. B. McCanta M. C. Filiberto J. Treiman A. H. Keller L. et al. |
Assessment
of the Effect of Bulk Composition on Basalt Weathering on Venus’ Surface [#1293] |
Mohan N. Antony T. Suresh Raju C. Swarup G. Oberoi D. |
Radiative
Transfer Simulations to Explain the Subsurface Thermal Radio Emission
of Venus [#2212] |
Lopez X. R. Gilmore M. S. Santos A. R. |
Decomposition
of Calcite After 30 Days of Venus Conditions in GEER [#1383] |
Helbert J. Mueller N. Dyar M. D. Maturilli A. Smrekar S. E. et al. |
Mapping
Venus from Orbit: Opportunities and
Challenges of Near Infrared Emissivity Mapping [#1899] |
Helbert J.
Haus R.
D’Amore M.
Maturilli A.
Arnold G. et al. |
Venus
as Seen by the MErcury Radiometer and Thermal infrared Imaging Spectrometer
(MERTIS) During the First Flyby of the ESA-JAXA Bepicolombo Spacecraft [#1521] |
Maturilli A. Helbert J. Hiesinger H. D’Amore M. |
MERTIS
on BepiColombo Cruise Operations:
Flybys to the Moon and Venus [#1435] |
Ganey T. M. Gilmore M. S. Brossier J. |
Sediment
Supply as a Constraint on Yardang Formation Near Mead Crater, Venus [#1309] |
Ganey T. M. Gilmore M. S. Brossier J. |
Distribution
and Volume of Impact-Generated Sediment on Venus [#2271] |
Zolotov M. Yu. |
Iron
Salts and Oxides in the History of the Surface-Atmosphere-Cloud System
on Venus [#2615] |
Brinckerhoff W. B. Li X. Mahaffy P. R. Atreya S. K. |
Re-Analysis
of Phosphorus and Related Trace Species in the Lower Venus Atmosphere from Pioneer
Venus Neutral Mass Spectrometer Data [#1382] |
Kumar V. R. D. Pabari J. P. Acharyya K. Jitarwal S. Nambiar S. et al. |
Constraint
on Discharge Current Parameters and Streamer Speeds of Venusian Lightning [#1768] |
Qu HK. Wang A. Thimsen E. |
Laboratory
Simulation of Venus Lightening for Atmospheric and Surficial
Electrochemistry Reactions [#2166] |
Bhattacharya A. Pabari J. P. Jitarwal S. |
Schumann
Resonance in Venus: Dependence on
Volcanism and Tracer for Lightning Activity [#1398] |
[P659]
POSTER SESSION: VENUS VOLCANISM, TECTONICS, AND GLOBAL
EVOLUTION
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Hahn R. M. Byrne P. K. |
A New
Study of Shield Fields and Their Spatial Relationships on Venus [#1130] |
El Bilali H. Ernst R. E. Buchan K. L. |
Maat
Mons, Atla Regio, Venus: Magmatic and
Tectonic History from Detailed Mapping [#2529] |
López I. D’Incecco P. Komatsu G. Filiberto J. |
Origin
of Flat-Topped Venusian Shield Volcano Summits: A Case Study of Idunn Mons [#1329] |
Sanchez J. C. Ernst R. E. Buchan K. L. El Bilali H. |
Canali
W-SW of Salus Tessera and Link with Nabuzana Corona [#1324] |
Guseva E. N. Ivanov M. A. |
Results
of Geological and Morphological Analysis of Structures of Venus’ Coronae [#1104] |
Schools J.
Smrekar S. E. |
The
Role of Melt Permeability in Linked Magmatic-Tectonic Corona
Formation Models [#1257] |
Voss P. R. Grosfils E. B. |
How
Much Dike Emplacement Occurs Beneath Radially Fractured Centers (RFCs)
on Venus? [#1070] |
Williams Z. W. Byrne P. K. Balcerski J. A. |
Determination
of Structure and Effective Elastic Lithospheric Thickness of Ridge Belts [#1583] |
MacLellan L. M. Ernst R. E. El Bilali H. |
Unnamed
Lava Flow System Along the Northeastern Margin of Vaidilute Rupes, Venus [#1726] |
Brossier J.
Gilmore M. S.
Head J. W. |
Possible
Recent or Current Rift-Associated Volcanism in Ganis Chasma, Venus [#1187] |
Cirium D. D. Mason P. J. |
Rift–Associated
Cluster Volcanism in SW Atla Regio, Venus [#2611] |
Henz T. N. Ganesh I. Carter L. M. |
Measuring
the Radar Properties of Pyroclastic Deposits in Eistla Regio, Venus [#2150] |
Whitten J. L. Campbell B. A. |
Variations
in Venusian Tesserae: Local and Global
Variations in Backscatter Coefficient [#2514] |
Sabbeth L.
Smrekar S. E.
Stock J. M.
Jackson J. M. |
Predicting
Venus’ Seismicity for Infrasound Detection [#2172] |
Ivanov M. A. Head J. W. |
The
Evolution of Venus: Assessing the
Transition from Potential More Earth-Like Conditions to the Recent Geological
and Atmospheric Environment [#1400] |
Kiefer W. S. Weller M. B. |
Venus,
Earth’s Divergent Twin: Observations
Constraining the Transition from a Mobile Lid Planet to a Stagnant
Lid Planet [#1792] |
Seales J. Lenardic A. |
The
Timing of Habitability for Earth- and Venus-Like Planets: The Role of Tectonic
Cooling Efficiency [#2014] |
[P660]
POSTER SESSION: VENUS INSTRUMENTATION AND AIRBORNE
EXPLORATION
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Lemke L. G. Kroo I. Hall D. W. Noe Dobrea E. Z. |
The Low
Altitude Venus Aircraft [#2669] |
Baines K. H. Cutts J. A. Mcgarey P. Sutin B. M. Davis A. B. |
High
Spatial Resolution Imaging of the Surface of Venus via a Balloon-Borne
Tow-Body Camera System [#2498] |
Horzempa P. |
Calypso
Venus Scout [#1425] |
Krishnamoorthy S. Brissaud Q. Komjathy A. Cutts J. A. Pauken M. T. et al. |
Earth-Analog
Experiments for Detecting Seismicity on Venus Using Balloons [#2755] |
Bowman D. C. Rouse J. W. Krishnamoorthy S. Komjathy A. Pauken M. T. et al. |
A
Balloon-Borne Aeroseismometer for Locating Seismic Activity on Venus [#2054] |
Cutts J. A. Krishnamoorthy S. Jackson J. M. Byrne P. K. Komjathy A. et al. |
Balloon
Infrasound Networks for Investigating the Venus Interior [#2319] |
Simon K. Eshelman E. Sobron P. |
Aerosol
Capture and Compositional Profiling of Venus Atmosphere on a
Descent Probe [#2425] |
Garrett M. P. Jha V. Cook A. M. White B. Dave A. et al. |
NephEx: Nephelometer for Measuring Cloud Particle
Size and Density in Planetary Atmospheres [#2589] |
Jitarwal S. Upadhyaya T. Pabari J. P. Nambiar S. Kumar D. et al. |
Non-Foster
Active Impedance Matching of Short Dipole Antenna for a
Lightning Instrument [#2162] |
Bhagwat R. S. Alva B. H. Hartwell B. D. Bernard E. O. Rajesh V. V. |
Vibrissae
Inspired Mechanical Obstacle Avoidance Sensor for the Venus Exploration
Rover AREE [#1960] |
[P661]
POSTER SESSION: EXOPLANETS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Mosqueira I. |
Formation
of Extrasolar Planet TOI-849b in a Quiescent Disk [#1025] |
Veras D.
Kurosawa K. |
Limits
on Small-Impact Crater Ejecta in Extrasolar Planetary Systems [#1012] |
Fu S. F. Shim S. H. S. |
Hydrogen
Storage in FeSi Alloy at High Pressure:
Implications for the Composition and Structure of Rocky
Planets’ Cores [#1735] |
Terpstra J. M. Foing B. H. Heras A. M. Foing V. Rusticus Y. J. et al. |
TESS
Data and Ground-based Observations [#2476] |
Hönes C. J. Heras A. M. Foing B. Rusticus Y. Foing V. et al. |
Shape
Characterization and Temporal Analysis of Exoplanet Transits with
Deep Learning [#2071] |
Kane S. R. Arney G. Crisp D. Domagal-Goldman S. Glaze L. S. et al. |
Venus
as a Laboratory for Exoplanetary Science [#1156] |
Izenberg N. R. Stevenson K. B. Lustig-Yaeger J. Mandt K. E. May E. M. et al. |
The
Scientific Case for an Earth Transit Observer [#1265] |
[P662]
POSTER SESSION: GREAT BALLS OF FIRE: EXPLOSIVE VOLCANISM ACROSS THE SOLAR SYSTEM
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Leight C. J. McCanta M. C. Thomson B. J. Dyar M. D. |
Identifying
Volcanic Glass Concentration and Composition with Remote Sensing Using
Multivariate Methods [#2214] |
Pigue L. M. Bennett K. A. Horgan B. H. N. Gaddis L. R. |
A Tale
of Two Mozarts: Investigation of Lunar
Pyroclastic Deposits Near Lacus Mozart [#2594] |
Trang D. Tonkham T. Li S. Jozwiak L. M. Elder C. M. |
The
Relationship Between Water Abundance and the Physical and Compositional
Properties of Lunar Localized Pyroclastic Deposits [#1698] |
Wilson L.
Head J. W.
Jawin E. R. |
Mode of
Emplacement of Vallis Schröteri and the Huge Pyroclastic Cone Surrounding
Cobra Head, Aristarchus Plateau [#2013] |
Head J. W. III Wilson L. Kreslavsky M. A. |
Sulfates
on Mars: A Pyroclastic Airfall Model
for Origin, Emplacement, and Initial Alteration of Valles Marineris Interior
Layered Deposits (ILD) [#2189] |
Paladino T.
Nawotniak S. E. K.
Kerber L.
Millour E. Karunatillake S. |
Can
Explosive Volcanism Explain Hydrated Regolith Patterns on Mars? [#2689] |
Mishev I. Smith I. B. |
Characterization
and Mapping of Light-Toned, Layered Deposits on the Plateaus of Western
Valles Marineris with SHARAD and High-Resolution Imagery [#1694] |
Sillitoe-Kukas S. Humayun M. Adatte T. Keller G. |
Elemental
Evidence for Global Volcanogenic Input at the KPg Boundary Based on Results
from El Kef, Tunisia [#2292] |
[P663]
POSTER SESSION: PLANETARY VOLCANISM: MORPHOLOGIES, EMPLACEMENT, AND EVOLUTION
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Kumari N. Whelley P. L. Cowart J. C. Glotch T. D. |
Episodic
Volcanism and Fluvial Activities in a Floor-Fractured Crater at the Flanks of
Arsia Mons [#1194] |
Leverington D. W. |
The
Shalbatana Vallis Outflow System is a Product of Dry Volcanic Megafloods [#1771] |
Chen Y. Head J. W. Wilson L. Kreslavsky M. A. Liu J. et al. |
The
Role of Pre-Existing Topography in Modulating Lunar Lava Flow Widths, Depths,
and Channel Structure [#1818] |
Flynn I. T. W. Crown D. A. Ramsey M. S. |
The
Effects of DEM Resolution on Planetary Thermo-Rheological Lava
Flow Modeling [#1305] |
Andrews G. D. M. Kenderes S. M. Isom S. L. Brown S. R. Whittington A. G. |
The
Fold Illusion: Large Arcuate
Lava-Surface Features are Formed by Tensile Fracturing [#1724] |
Huang R. I. Radebaugh J. Christiansen E. H. |
Quantitative
Analysis of Caldera Shapes on Mars, Earth, and Io [#2596] |
Bardabelias N. M. Holt J. W. Hamilton C. W. Christoffersen M. S. Hadland N. K. |
Characterizing
Morphology of Lava Tubes in El Malpais National Monument Using Ground
Penetrating Radar and LIDAR [#2496] |
Magee C.
Jackson C. A-L.
Kling C. L.
Byrne P. K. |
Imaging
the Subsurface Structure of Pit Craters [#1884] |
Wyrick D. Y. Buczkowski D. L. |
Tectonic
Caves: The Role of Dilational Faulting [#2007] |
[P664]
POSTER SESSION: PLANETARY DIFFERENTIATION
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Futó P. |
The
Rocky Planets with Magnesium-Rich Mantle Composition [#1017] |
Futó P. |
Optimal
Core Sizes for Earth-Like Habitability [#1018] |
Gigliotti A. E. Hesse M. A. Prodanović M. |
Pore-Scale
Simulation of Two-Phase Melt Percolation During Core Formation
in Planetesimals [#2328] |
Prissel K. B. Fei Y. |
Disruption
of Metal Melt Connectivity in a Partially Molten Silicate Matrix [#2149] |
Maurel C. Gattacceca J. Bryson J. F. J. Nichols C. I. O. Weiss B. P. |
Paleomagnetism
of Iron Meteorites: Recent Advances
and New Questions [#1166] |
Zhang B.
Chabot N. L.
Rubin A. E.
Humayun M.
Boesenberg J. S. et
al. |
Chemical
Composition and Fractional Crystallization of IIIF Iron Meteorites [#1640] |
[P665]
POSTER SESSION: ATMOSPHERES:
DYNAMICS, EVOLUTION, AND COMPOSITION
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Ruedas T. Wünnemann K. Grenfell J. L. Rauer H. |
Impact-Atmosphere-Interior
Interactions in Terrestrial Planets on Different Timescales [#2237] |
Liggins P.
Shorttle O.
Rimmer P. B. |
Probing
Mantle Redox with Planetary Atmospheres [#2001] |
Guzewich S. D. Oman L. D. Richardson J. Whelley P. Bastelberger S. et al. |
Modeling
Flood Basalt Volcanic Climate Disruptions:
Implications for Terrestrial Planet Habitability [#1984] |
Wofford A.
Guzewich S.
Tsigaridis K.
Perlwitz J. Way M. et al. |
Comparative
Analysis of Obliquity-Driven Changes in the Martian Atmosphere [#2182] |
Scheller E. L. Ehlmann B. L. Hu R. Adams D. Yung Y. |
Crustal
Hydration of Ocean-Scale Volumes Controlled Martian Climate
and Habitability [#1666] |
Wordsworth R. D. Knoll A. H. Hurowitz J. Baum M. Ehlmann B. et al. |
A
Coupled Model of Episodic Warming, Oxidation, and Geochemical Transitions on
Early Mars [#2210] |
Aleinov I. Tsigaridis K. Guzewich S. D. Wolf E. T. Perlwitz J. P. et al. |
Modern
Mars Simulations with the ROCKE-3D GCM:
Sensitivity to H2O Snow Deposition and Dust Cycle [#2418] |
Hargitai H. I. |
Model-Based
Climate Zone Map and Climate Diagrams of Mars [#2102] |
Franz H. B. Trainer M. G. Atreya S. K. Wong M. H. Webster C. R. et al. |
Assessing
Interannual Variability in the Chemical and Isotopic Composition of the
Martian Atmosphere [#2012] |
Martinez G. M. Vicente-Retortillo A. Savijärvi H. Vasavada A. R. Fischer E. et al. |
Atmospheric
Thermal Forcing at Gale Crater, Mars [#1205] |
Angell P. Werner H. Christensen P. R. |
Seasonal
Temperature Variations Along the Curiosity Rover Traverse in Gale
Crater: A Comparison of THEMIS Remote
Sensing Data with Ground Truth [#1828] |
Wolfe C. A. Edwards C. S. Piqueux S. |
Characterizing
Global Inter-Annual Dust Removal and Deposition Using Thermal Emission
Imaging System (THEMIS) Infrared Data [#2624] |
Leseigneur Y. Vincendon M. Stcherbinine A. |
Martian
Dust Dynamics Constrained by OMEGA/MARS EXPRESS Orbital Data [#1471] |
Mukundan V.
Thampi S. V.
Bhardwaj A. Fang X. |
A Modeling
Study on the Effect of the 2018 Mars Global Dust Storm on the
Ionospheric Peak [#1157] |
Bhattacharya A. Jitarwal S. Pabari J. P. Sheel V. |
Proposed
Model for Estimation of Atmospheric Dust and Cloud Mass Loading on Mars [#1547] |
Pankine A. |
Vertical
Distribution of Water Vapor in the Martian Atmosphere Retrieved from MGS TES
Day and Night Observations [#1357] |
Karnes V. M. Sands C. M. Sandtorf-McDonald J. R. Slank R. A. Chevrier V. F. |
Identification
and Quantification of Martian Frost Using HiRISE Imagery [#2592] |
Fenton L. K. Metzger S. Michaels T. I. Scheidt S. P. Dorn T. C. et al. |
Surface
Roughness Length as a Function of Fetch Length at a Planetary Analog
Field Site [#2287] |
Garcia R. F. Lorenz R. Murdoch N. Spiga A. Bowman D. et al. |
Infrasound
Hunt in InSight Data [#1922] |
Grotheer E.
Barbarisi I.
Bentley M.
Besse S.
Breitfellner M. et al. |
Using
the ESA’s Planetary Science Archive to Search for Mars Express VMC Data of an
Elongated Cloud Near Arsia Mons [#1474] |
Creecy E. C. Li L. Jiang X. West R. A. Nixon C. A. et al. |
The
Global Radiant Energy Budgets of Titan and Mars [#1715] |
Steffens B. S. Nixon C. A. Lombardo N. A. Greathouse T. K. Lacy J. H. et al. |
The
Search for n-Butane in Titan’s Atmosphere Using IRTF/TEXES Data [#1178] |
Kauffman J. T. Barnes J. W. Heslar M. |
Constraining
Titan’s North Polar Haze Structure from Specular Reflections [#2532] |
Vidmachenko A. P. |
What
Physical Parameters of Saturn’s Cloud Layer at the 2010 Equinox Differ from
Previous Three? [#1101] |
Ovsak O. S. |
Multimode
Aerosol Mixture Parameters Recovering Method Based on Spectral Polarimetric
Measurements of the Sky [#1145] |
Liu J. C. Michalski J. R. Tan W. He H. P. Ye B. L. et al. |
Paleosols
with Strong Fe LossDirect Geological Evidence for a Reducing Greenhouse
Warming on Early Mars [#1739] |
[P666]
POSTER SESSION: SPACE WEATHERING: KNOW MORE, KNOWLEDGE GAPS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Rubino S. Potin S. Lantz C. Baklouti D. Beck P. et al. |
The NIR
Spectral Variations of Ion Irradiated Phyllosilicates Depend on
Observation Geometry [#1444] |
Magnuson M. P. Loeffler M. J. |
Space
Weathering via Vapor Redeposition of Carbonaceous Material [#1781] |
Prince B. S. Loeffler M. J. |
Mid-IR
Analysis of Laser Irradiated Carbonaceous Chondrite Simulants [#2688] |
Murri M.
Capitani G.
Fasoli M.
Monguzzi A.
Calloni A. et al. |
Silicate
Nanoparticles Produced by Laboratory Simulated Space Weathering of Olivine
Single Crystals [#1251] |
Jaramillo C. Allain J. P. Pearson N. Clark R. Savin D. W. et al. |
Laboratory
Simulations of Solar Wind-Driven Space Weathering on Olivine Powder [#2561] |
Hopkins R. J. Glotch T. D. Catalano T. Nekvasil H. |
Spectral
Effects of Roasting Olivine in H2 at High Temperatures as a
LunarSpace Weathering Simulation [#2325] |
Kremer C. H. Mustard J. F. Pieters C. M. Gillis-Davis J. J. Donaldson Hanna K. L. |
Olivine
and Plagioclase Largely Unaffected by Lunar-Like Space Weathering in the
“Cross-Over” Region [#2200] |
Chrbolková K. Brunetto R. Ďurech J. Kohout T. Mizohata K. et al. |
Comparison
of Space Weathering Spectral Changes Induced by Solar Wind and
Micrometeoroid Impacts [#1246] |
Hayes T. W. Nixon C. A. Young C. L. Grant M. S. Li S. et al. |
An
Investigation of Space Weathering on the Moon with Mineralogy
and Hydroxyl [#1647] |
Nénon Q.
Poppe A. R. |
Weathering
of Lunar Polar Crater Interiors by Northward/Southward Ions: Ion Observations by the ARTEMIS Probes [#1689] |
Nénon Q. Poppe A. R. |
On the
Long-Term Weathering of Airless Body Surfaces by the Heavy Minor Ions of the
Solar Wind: Inputs from Ion
Observations and SRIM Simulations [#1691] |
[P669]
POSTER SESSION: ASTROBIOLOGY
ANALOGS: CHEMISTRY AND FLUIDS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Baharier B. Semprich J. Olsson-Francis K. Crandall J. R. Filiberto J. et al. |
Reaction
Path Reconstruction of a Magmatic Intrusion into Sulfate-Rich Sediments to
Constrain Habitability Potential on Early Earth and Mars [#1284] |
Miyake N.
Ishimaru R.
Komatsu G. Matsui T. |
Characterization
of Microbial Communities in the Land-Based Mud Volcanoes of Tokamachi,
Niigata, Northern Japan [#1393] |
Larrasoańa J. C. Zorzano M. P. Sierro F. J. Roberts A. P. |
Magnetofossil
Abundances are Associated with Distal Deltaic Bottomsets and Low
Sedimentation Rates in the Guadalquivir Basin, Spain; Implications for the
Recovery of Biosignatures from Jezero Crater and Oxia Planum, Mars [#1778] |
Tavernier A.
Garcia A.
Pinto G.
Ulloa C.
Santibańez T. et al. |
EuroMoonMars
Atacama (ChileMoonMars): Prospect for
the Installation of an Analogue Martian Base in the Arid Central Andes (Puna)
and Development of Planetary Sciences in the Atacama Region (Chile) [#2253] |
Tarasashvili M. V. Aleksidze N. G. Doborjginidze N. G. Gharibashvili N. G. |
Growth of
the Grapevines in the Controlled Greenhouse Environment and Prospects of the
Space Agriculture [#2545] |
Fackrell L. E. |
Plant
Growth Experiments Using Martian Simulants:
Potential and Limitations of Agriculture on Mars [#1684] |
Brown E. K. Buffo J. J. Grantham M. Pontefract A. Klempay B. et al. |
Within
the Ice: A Biogeochemical Analysis of
Brines in British Columbia’s Hypersaline Lakes [#2752] |
Seto E. P. Zacny K. Musilova M. |
Astronaut-Drilling
Simulation for Signs of Life [#1738] |
Lee S. Xu H. |
A
Simple Method for Synthesizing Siliceous Ferrihydrite: Implication for the Formation of Natural
Ferrihydrite and Mars Analogs [#2043] |
[P670]
POSTER SESSION: BIOMARKERS: HOW TO FIND US
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Johnson P. A. Johnson J. C. Mardon A. A. |
Where
to Look Next: Extant Life Niches and
Biomarkers on Mars [#1081] |
Sharma S. |
Machine
Learning for Generation of Biochemical Signatures [#2747] |
Stelmach K. B. Dukes C. A. Garrod R. T. |
Adsorption
of Tyrosine and Glutamic Acid to the Chiral (101) Face of Quartz: An XPS Study [#2685] |
Srivastava A. Pearson V. K. Schwenzer S. P. Macey M. Toubes-Rodrigo M. et al. |
Are
Sulfates the Viable Substrates for the Long-Term Preservation of Lipids? [#1084] |
Morland Z. S. Halim S. H. Pearson V. K. Patel M. R. Green S. F. et al. |
Modelling
Ejected Martian Biomarkers impacting Phobos [#1045] |
Shumilova T. G. |
Diamond
Fossils as an Important New Key for Astrobiology [#1134] |
Pickersgill A. E. Sapers H. M. Lee M. R. Wildman M. Lindgren P. et al. |
Microtubules,
Trichites, and Bioalteration in Impact Glasses [#2035] |
de Dios-Cubillas A. Carrizo D. Sánchez-García L. López I. Prieto-Ballesteros O. |
Biosignatures
of Cold Seep Carbonates to Help Understand the Carbon Cycle Within the
Ocean Worlds [#1446] |
Sturrup C. S. Rogers M. R. Williams A. J. W. |
Organics
Detection in Acid Mine Drainage Sediments, with Implications for Organics
Preservation in Iron-Rich Acid and Saline Environments on Mars [#2126] |
Moore K. R. Flannery D. T. Tuite M. Tarnas J. D. Bosak T. et al. |
Exploring
Relations Between Major Element Cations and Organic Preservation
in Silica [#2676] |
Boles H. O. Williams A. J. Oehler D. |
Organics
Detection in Ancient Cratonic Rocks with TMAH Wet Chemistry [#1777] |
Williams A. J. Lanza N. L. Millan M. McAdam A. C. House C. H. et al. |
Organic
Matter Heterogeneity in the Mary Anning/Groken Drill Site, Gale
Crater, Mars [#1638] |
[P671]
POSTER SESSION: MICROBES: WHERE WE LIVE
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Coustenis A. Hedman N. Kminek G.
COSPAR Panel on Planetary Protection |
The
COSPAR Panel on Planetary Protection:
Recent Activities [#1849] |
Sundin M.
Ekberg P.
Johnsson A.
Bernhardt P.
Enger J. |
Mars —
Education of Ethics and Planetary Processes [#1232] |
Eigenbrode J. L. Gold R. E. |
Strategies
for Stringent Contamination Control for Life Detection Missions [#2706] |
Buckner D. K. Wilhelm M. B. Ricco A. J. Jahnke L. Evans T. W. et al. |
Assessment
of Electron Beam Irradiation as a Lipid Decontamination Technique for Life
Detection Instruments [#2168] |
Citron R. I. Stewart S. |
Large
Impacts on the Early Earth: Planetary
Sterilization and Iron Delivery [#1621] |
Schreder-Gomes S. I. Benison K. C. |
Optical
Recognition of 830 Million Year Old Microorganisms Trapped in Bedded
Halite: Implications for Future Return
Samples from Mars [#1072] |
Cesur R. M. Ansari I. M. Stewart C. R. Schneegurt M. A. Chen F. et al. |
Bacterial
Survival and Growth in Fluid Inclusions and Deliquescent Brines of Salt
Evaporites Relevant to Cold Arid Worlds [#1243] |
Leopo D. A. Sklute E. C. Neat K. A. Holden J. F. Dyar M. D. |
Detection
of Mineral Products Following FE(III) Oxide Reduction by a Thermophilic
Autotrophic Bacterium Using Reflectance Spectroscopies [#1553] |
Cycil L. M. Hausrath E. M. Ming D. W. Adcock C. Raymond J. et al. |
Investigating
Algae Growth Under Low Atmospheric Pressures for Potential Food and Oxygen
Production on Mars [#1609] |
Neat K. A. Sklute E. C. Leopo D. A. Holden J. F. Dyar M. D. |
Bioreduction
of Nanophase Ferrihydrite, Akaganeite, and Lepidocrocite by the Autotrophic
Thermophile Desulfothermobacter Ferrireducens as Seen Through
Mössbauer Spectroscopy [#1992] |
Zbeeb H. Z. Joad M. D. Zayed H. H. Luhring T. M. Schneegurt M. A. et al. |
Bacterial
Growth Tolerances to Heavy Brines Formed by an Iterative Matrix of Ions and
Their Salts [#2331] |
Tarasashvili M. V. Barjadze S. Z. |
Manganese-Based
Bacterial Methanogenesis in Simulated Martian Conditions [#1094] |
Schaible M. J. Orlando T. M. |
Interactions
of Electrostatically Charged Dust Grains with Phospholipids: Production and Mobilization of
Charged Grains [#2748] |
Ratcliffe A. L. Tong J. V. Hoang A. T. Howell S. Schneegurt M. A. |
Bacterial
Survival Under the Extreme Physical and Chemical Conditions of Europa and the
Ocean Worlds [#1551] |
Laine P. E. |
Life on
Icy Worlds? Emergence vs. Panspermia [#1895] |
Stern S. A. |
Some
Implications for Both Life and Civilizations Regarding Interior Water
Ocean Worlds [#1180] |
Limaye S. S. Mogul R. Baines K. H. Bullock M. A. Cockell C. et al. |
Venus,
an Astrobiology Target [#2171] |
[P672]
POSTER SESSION: ASTROBIOLOGY: INSTRUMENT AND MISSION CONCEPTS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Brucato J. R. Nascetti A. Iannascoli L. Meneghin A. Paglialunga D. et al. |
Astrobio-Cubesat: A Highly Integrated Laboratory to Test in
Space Immunoassay Techniques to Detect Biomolecules [#2494] |
Johnson P. A. Johnson J. C. |
Novel
Robotic System for Improved Motor Control in Microgravity [#1076] |
Coppin J. C. Roig C. A. Matchett A. Massey S. E. Resto O. |
Micrometeoroid
Sample Collection in the Upper Atmosphere [#2081] |
Bywaters K. F. Ricco A. J. Boone T. D. Hoac T. Quinn R. C. et al. |
ChIPPS: Charged Information-Storage Polymer
Preparation System [#2433] |
Wilhelm M. B. Ricco A. J. Buckner D. K. Boone T. Chin M. et al. |
Extraction
Instruments to Enable Detection of Origin-Diagnostic Lipids for
Life Detection [#2634] |
Nowicki S. F. He Z. Zhu Y. Parsons A. M. Prettyman T. H. et al. |
Ambient-Temperature
Imaging Gamma-Ray Spectrometer (TIGRS) for High-Sensitivity Planetary
Elemental Mapping [#1702] |
Riedo A. de Koning C. Grimaudo V. Ligterink N. F. W. Keresztes Schmidt P. et al. |
Detection
of Biomarkers Using Compact and Sensitive Laser Ablation/Desorption
Ionization Mass Spectrometry [#1940] |
Lavagna M.
Brucato J.
Fiore F. Bechini M. Capannolo A. et al. |
Taste
Mission to Deimos: Terrain Analyzer
and Sample Tester Explorer with Smallsat and Miniaturized Lander [#1991] |
Delgado T. Cabalin L. M. Fortes F. J. Garcia-Gomez L. Laserna J. J. |
Laser-Induced
Breakdown Spectroscopy of Bacterial Growths in Carbonate Rocks Under
Simulated Martian Conditions [#2342] |
Ferrari M.
De Angelis S.
De Sanctis M. C.
Altieri F. Ammannito E. et al. |
Determinating
the Ma_MISS Instrument Capabilities for Organics Detection [#1914] |
[P673]
POSTER SESSION: ANALOGS: MARS, THE MOON, AND MORE
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Sklute E. C. Hopkins R. J. McKeegan R. Dyar M. D. Rogers A. D. et al. |
Raman
Spectra of Amorphous Ferric Sulfate Reacted with Mars Regolith
Analogues: A Compatible Technique to
Assist in XRD Identification [#2659] |
Champion E. S. Ewing R. C. Nachon M. Rampe E. B. Horgan B. et al. |
µXRF
Investigation of Relationships Between Geochemistry and Physical Grain
Characteristics in a Glacio-Fluvial-Aeolian Catchment in Iceland [#2429] |
Mason K. Ewing R. C. Nachon M. Rampe E. B. Horgan B. et al. |
Sediment
Sorting and Rounding in a Basaltic Glacio-Fluvio-Aeolian Environment: Ţórisjökull Glacier, Iceland [#1752] |
Baker D. M. H. Shoemaker E. S. Richardson J. A. Scheidt S. P. Whelley P. L. et al. |
Radar
Investigations of Subsurface Ice at Askja Volcano, Northern Iceland [#2627] |
Szynkiewicz A. Bishop J. L. Burton Z. F. M. |
Review
of Sulfate Sources in Antarctic Polar Environments — Geochemical Implications
for Sulfate Origin on Mars [#1366] |
Tomasi I.
Massironi M.
Meyzen C. M.
Sauro F. Pozzobon R. et al. |
Formation
and Evolution Processes of Large-Size Lava Tubes as Planetary Analogues: The Example of La Corona Lava Tube System
(Lanzarote, Spain) [#2537] |
Perrier I. R. Foing B. H. Kołodziejczyk A. Komenda K. Clain M. et al. |
Preparing
Future Engineers and Astronauts for Moon Exploration: EMMPOL EuroMoonMars Poland
2020 Campaign [#2562] |
Smrčinová L. Kletetschka G. |
Nature
of Magnetism Recorded in Utah Concretions — Relation to Mars? [#2286] |
Kong X. Liu W. Li J. Santos L. Boman J. et al. |
Chemical
Characterization of Surface Salts in Qaidam Basin: Implications for Climates of Planet Earth
and Mars [#1191] |
Provow A. W. Hausrath E. M. Peretyazhko T. S. Rampe E. |
Examining
Weathering of Magnesite in an Arid Environment: Implications for Jezero Crater [#2656] |
Grau Galofre A. Osinski G. R. Jellinek A. M. Chartrand S. M. |
The
Canadian Arctic Archipelago: A Mars
Glacial Analogue Site [#2076] |
Salvatore M. R. Levy J. S. Head J. W. Dickson J. L. |
The
“Flashy” Hydrology of the McMurdo Dry Valleys of Antarctica and Implications
for Past and Present Martian Cryospheric Processes [#2046] |
Kuentz L. Levy J. Salvatore M. |
Mapping
the Extent and Timing of Water Tracks with High Temporal Resolution Satellite
Imagery in the McMurdo Dry Valleys, Antarctica: Can Subsurface Melt Conditions be Deduced
from Orbital Imagery for RSL-Analogs? [#1711] |
Andres C. N. Osinski O. R. Godin E. |
The
Applicability of 3D Ground Penetrating Radar and Periglacial Sedimentology
for Subsurface Ice Volume Estimation in Ice-Rich Planetary
Polygonal Networks [#2501] |
Sander H. Hiesinger H. Hauber E. Johnsson A. Schmedemann N. |
Movement
of Sorted Stone Circles on Svalbard, Norway [#2482] |
Tavernier A.
Demarzo M.
Pinto G.
Ulloa C. Garcia A. et al. |
Exokite,
Design of an Aerial Decision-Support Platform in a Martian Inhabited Space
Exploration Context [#2278] |
Sevy J. M. Radebaugh J. Kerber L. McDougall D. Rabinovitch J. |
Yardangs
in the Argentine Puna: Using Dedos and
Cap Slopes to Understand Yardang Morphology [#2655] |
McDougall D.
Radebaugh J.
Kerber L.
Sevy J.
Rabinovitch J. et al. |
Morphometry
and Sampling of Terrestrial Yardangs to Aid Geologic Mapping of Martian
Yardang Regions [#2758] |
Sinha P. Horgan B. Rudolph A. Ewing R. C. Rampe E. et al. |
Decorrelation
Stretches (DCS) of Visible Images as a Tool for Assessing Sediment Provenance
on Earth and Mars [#2682] |
Veneranda M.
Saiz J.
Manrique J. A.
Lopez-Reyes G.
Medina J. et al. |
Planetary
Terrestrial Analogues Library (PTAL):
A Novel Multi-Analytical Database to Support ExoMars and
Mars2020 Missions [#1343] |
Sudhakar A. Sklute E. C. Carey C. Glotch T. D. Dyar M. D. |
opcon.mtholyoke.edu: A Web-Based Tool for Determination of VNIR Optical
Constants from Multi-Grain-Size, Multi-Phase-Angle Powdered
Mineral Spectra [#1619] |
[P674]
POSTER SESSION: INTRINSIC AND
SPECTROSCOPIC PROPERTIES OF ANALOG MATERIALS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Ahern A. A. Rogers A. D. Macke R. J. Thomson B. J. Kronyak R. et al. |
Thermal
Inertia and Conductivity Measurements of Mars Analog Samples [#2290] |
Tripathi P.
Garg R. D. |
Raman
Spectroscopic Study of Terrestrial Geological Samples: Possible Analogs for Lunar Breccia [#1602] |
Cao F. Ling Z. Ni Y. Deng R. Liu C. |
Chemical
and Spectroscopic Characteristics of Synthetic K-H3O-Na Alunite Solid-Solutions [#2321] |
Bishop J. L. Yeşilbaş M. Talla D. Hiroi T. |
Spectral
Properties of Fe Hydroxy Sulfates and Implications for Mars [#1159] |
Loizeau D. Pilorget C. Poulet F. Lantz C. Bibring J.-P. et al. |
Analogue
Rock Characterization with MicrOmega, Within the H2020/PTAL Project [#1452] |
Luu N. C. Hausrath E. M. Rampe E. Peretyazhko T. S. |
Reevaluation
of CheMin Data: New Constraints on the
Nature of Poorly Crystalline Materials on Mars [#2343] |
Hubbard K. M. Haberle C. W. Elkins-Tanton L. T. Christensen P. R. |
Thermal-Infrared
Emission Spectroscopy of Graybody Materials: Sulfide [#2322] |
Campione M. C. Murri M. M. |
Reactivity
and Electrostatic Properties of Astronomical Silicate Nanoparticle Analogues
Produced by Pulsed Laser Irradiation of Olivine Single Crystals [#1294] |
Michalik T. Maturilli A. Cloutis E. A. Jaumann R. Matz K.-D. et al. |
Assessing
the Effects of Heating Vesta-Like Material on its
Spectral Characteristics [#2164] |
[P675]
POSTER SESSION: INSTRUMENTS: DUST, PLUME, AND UNIQUE
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Della Corte V. Rotundi A. Bertini I. Di Paolo F. Inno L. et al. |
DISC,
the Dust Impact Sensor and Counter, on Board Comet Interceptor ESA Space
Mission, for In Situ Dust Environment Characterization of a Dynamically
New Comet [#2332] |
Di Paolo F. Della Corte V. Bertini I. Inno L. Longobardo A. et al. |
Dust
Impact Sensor and Counter (DISC) for Comet Exploration: Laser Simulations of
Hypervelocity Impacts [#1238] |
Nambiar S. Pabari J. P. Rashmi
Jitarwal S.
Acharyya K. et al. |
Comparative
Analysis of Two and Three Channel Hypervelocity Dust Detectors [#1904] |
Sim C. K. Choi Y.-J. Ye S.-J. Jin H. Seon J. et al. |
Korea’s
First Scientific Instruments on the Lunar Surface [#1806] |
Metzger P. T. Dove A. Conroy M. Gloria J. O’Reilly A. et al. |
Ejecta
Sheet Tracking, Opacity, and Regolith Maturity (Ejecta Storm): An Instrument for Lunar Landing Plume
Effects and Dust Dynamics [#2616] |
Mezilis J. A. Ridenoure R. W. |
Lunar
ExoCam: Active Flight Test of Camera
and Sensor Payload System for Remote Capture of Lunar Lander Descent
and Landing [#2213] |
Saxena N. R. |
Technical
Concept of Energy Production at Lunar Poles by Means of Meshed Network
Arrangements of Thermoelectric Generators [#2379] |
Johnsen T. K. Gulick V. C. |
Multimodal
Machine Learning with Dual-Band Raman Spectroscopy for
Mineral Classification [#2464] |
Becker M. C. Presley M. Clark G. B. Brandt P. C. Parker C. W. et al. |
Spaceflight
Instrumentation Enabled by Additive Manufacturing: A Case Study Analysis with the
JUICE/JoEE Instrument [#1080] |
Martell J.
Alwmark C.
Holm-Alwmark S. Hall S. Hektor J. et al. |
Neutron
Tomography as a Tool for Pin-Pointing Meteoritic Components
in Impactites [#2086] |
Sallum S. Skemer A. Stelter D. Briesemeister Z. Batalha N. et al. |
SCALES: Instrument Overview and Expected
Science Outcomes [#2412] |
Alvarez-Llamas C. Purohit P. Moros J. Lucena P. Laserna J. et al. |
A
Multipurpose Thermal Vacuum Chamber for Planetary Research Compatible with
Stand-Off Laser Spectroscopies [#2330] |
[P676]
POSTER SESSION: INSTRUMENTS: ORBITAL AND ATMOSPHERIC MEASUREMENTS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Saiki K. Ohtake M. Nakauchi Y. Shiraishi H. Ishihara Y. et al. |
Development
of Two Types of NIR Spectral Camera for Lunar Missions SLIM and LUPEX [#2303] |
Mustard J. F. Kremer C. H. Pieters C. M. Green R. O. |
Imaging
Spectroscopy in the 5-7 Micrometer Wavelength Region for Quantitative
Analysis of Fe2+ in Olivine and Hydration [#2367] |
Mischna M. A. Pagano T. Reale O. Fauchez T. Desouza-Machado S. et al. |
Hyperspectral
Infrared Sounding for Improving Weather Prediction on Mars [#1217] |
Mokrousov M. I. Golovin D. V. Mitrofanov I. G. Kozyrev A. S. Litvak M. L. et al. |
ADRON
Instrument for Future Missions to Moon and Mars: Active Gamma-Ray Sensing of
Shallow Subsurface [#1952] |
Hobbs S. W. Lambert A. J. Ryan M. J. |
Evaluating
the Utility of Low-Cost Sensors for Deep Space Applications [#1184] |
Schmedemann N. Hiesinger H. Wohlfarth K. Wöhler C. Bauch K. et al. |
BepiColombo
— Correction of MERTIS Geometry [#1290] |
Hong P. Ishibashi K. Sato S. Okudaira O. Otsuki M. et al. |
Initial
Test for the Breadboard Model of TCAP Tracking Mirror of
DESTINY+ Mission [#1741] |
Ishibashi K.
Hong P.
Okamoto T.
Ishimaru T.
Okazaki N. et al. |
Development
of Cameras Onboard DESTINY+ Spacecraft for Flyby Observation of (3200) Phaethon [#1405] |
Okada T. Fukuhara T. Tanaka S. Sakatani N. Shimaki Y. et al. |
Thermal
Infrared Imager Onboard Hera to Observe S-Type Binary Asteroid Didymos [#1449] |
Smith J. C. Morris R. L. Rumpf C. Longenbaugh R. McCurdy N. et al. |
An
Automated Bolide Detection Pipeline for GOES GLM [#1801] |
Di Marco S. Civitani M. M. Frigeri A. Lavagna M. |
Lunar
Gravity Exploitation to Enhance X-Ray Telescope Operational Flexibility
Through Fractionated Architecture [#2488] |
[P677]
POSTER SESSION: INSTRUMENTS:
RAMAN AND LASER/LIBS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Cattani F. Cohen B. A. Olsson J. |
Application
of the Potassium-Argon Laser Experiment (KArLE) to Ordinary Chondrites [#1969] |
Noe Dobrea E. Z. Roush T. L. Colaprete A. Landis D. A. |
The
Laser Spectrometer for Ices and Mineralogy [#1728] |
Acosta-Maeda T. E. Porter J. N. Sharma S. K. Lucey P. G. |
Long-Range
Active Laser Spectroscopy Instruments for Planetary Exploration: LIBS for Elemental Analysis of
Lunar Regolith [#2735] |
Konstantinidis M. Lalla E. A. Lopez-Reyes G. Lymer E. A. Freemantle J. et al. |
Laser
Ablation Molecular Isotopic Spectrometry and Time-Resolved Laser-Induced
Breakdown Spectroscopy: Implications
for Planetary Exploration [#2585] |
Lalla E. A. Daly M. G. Quaglia A. Walker S. Flynn G. et al. |
Combined
Measurements by Laser Induced Breakdown Spectroscopy and Laser Ablation
Molecular Isotopic Spectrometry for Planetary Exploration [#2266] |
Vogt D. S. Schröder S. Hübers H.-W. Richter L. Deiml M. et al. |
The
VOILA Instrument: Laser-Induced
Breakdown Spectroscopy at the Lunar South Pole [#1439] |
Rammelkamp K. Gasnault O. Forni O. Bedford C. C. Dehouck E. et al. |
Optimization
of Clustering Analysis for Classification of ChemCam Data from Gale
Crater, Mars [#1463] |
Diotte F.
Lemelin M. Doucet F. |
Utilizing
Laser-Induced Breakdown Technology for the Identification and Quantification
of Volatiles in Lunar Regolith [#1710] |
Ogura A. J. Yumoto K. Cho Y. Niihara T. Kameda S. et al. |
Elemental
Analysis of Lunar Meteorites Using Laser-Induced Breakdown Spectroscopy [#1729] |
Liu C. Q. Ling Z. C. Fu X. H. Wu Z. C. Zhang J. et al. |
LIBS
Calibration Standards Applicable for MarsCoDe Onboard the Rover
of Tianwen-1 [#1743] |
Bai H. C. Ling Z. C. Liu C. Q. Tian S. K. |
Quantification
of Iron in Martian Basalt Using LIBS Data with Penalized Shrunken
Regression Methods [#2108] |
Laserna J.
Alvarez-Llamas C. Purohit P. Moros J. Luna S. et al. |
Combined
LIBS and Acoustics for Differentiating Minerals with Similar
LIBS Spectra [#2157] |
Waldron A. Colón A. Carter J. C. Sharma S. Angel S. M. |
A
Miniature Monolithic Spatial Heterodyne Spectrometer for Remote Raman and
LIBS, 1D Raman Imaging, and In-Situ Raman Using a Drone Camera Detector [#1196] |
Veneranda M.
Manrique J. A.
Lopez-Reyes G.
Sanz-Arranz A.
Saiz J. et al. |
Combination
of Remote Raman-LIBS Data: Novel
Mineral Discrimination Strategies to Support SuperCam on Mars [#1344] |
Wiens R. C. Gasda P. J. Reyes-Newell A. Newell R. Ganguly K. et al. |
OrganiCam: First-Light Results from a Compact
Time-Resolved Laser-Induced Fluorescence Imager and Raman Spectrometer with
Flight Qualified Parts [#1114] |
Jakubek R. S. Fries M. D. |
Novel
Use of an Internal Mercury-Argon Lamp for the Calibration of Raman
Wavenumber, Bandwidth, and Relative Intensities in Large Raman Images
of Astromaterials [#1207] |
Mori S. Belenguer T. Boettger U. Buder M. Cho Y. et al. |
Verification
of the Autofocusing System for the Raman Spectrometer on the MMX Rover [#1757] |
Rodd-Routley S. A. Belenguer T. Böttger U. Buder M. Cho Y. et al. |
Optical
Design and Breadboard of the Raman Spectrometer for MMX-RAX [#1923] |
Sobron P. Eshelman E. Simon K. Barge L. Davila A. et al. |
Ultra
Sensitive Raman Spectrometer for Planetary Sciences [#2421] |
Cloutis E.
Daly M.
Caudill C.
Lalla E. Potin S. et al. |
LunaR: A Versatile Raman Spectrometer for
Lunar Exploration [#1473] |
[P678]
POSTER SESSION: INSTRUMENTS:
SURFACE AND SUBSURFACE MEASUREMENTS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
VanBommel S. J. Gellert R. Gross J. |
Simulated
Performance of a MSL-Generation APXS in a Lunar Setting [#1688] |
Els S. G. Almaeeini S. Almarzooqi H. |
The
Science Instrumentation for the Rashid Rover of the Emirates
Lunar Mission [#1905] |
Grindrod P. M. Stabbins R. B. Motaghian S. Allender E. J. Cousins C. R. |
Optimizing
ExoMars PanCam Multispectral Science:
Cross-Rover Mission Comparison [#1340] |
Stabbins R. B. Grindrod P. M. Motaghian S. Allender E. J. Cousins C. R. |
Optimizing
Exomars Pancam Multispectral Science:
Investigating the Limits of Material Classification [#1912] |
Turchi L. Payler S. J. Sauro F. Pozzobon R. Massironi M. et al. |
A
System for Supporting Distributed Field Science Operations During Astronaut
Training and Planetary Exploration:
The Electronic FieldBook [#1118] |
Evans M. E. Leonard M. Morgan J. A. Zanetti M. R. Graham L. D. et al. |
Initial
Prototype Work on Artemis “Gandalf’s Staff” — Science Suite on a Lunar EVA
Walking Stick [#1303] |
Leonard M. J. Morgan J. A. Evans M. E. Graham L. D. Zanetti M. R. |
Restoration
of NASA’s Mobile Analytical Lunar Platform (MALP) as a Prototype Science
Exploration Device Using a Public, Private, Academic (PPA) Model [#1754] |
Noe Dobrea E. Z. Banks M. E. Candela A. Clark R. C. Gaylord D. R. et al. |
Tools
for Autonomous Rover Science:
Preparing for Analog Field Exercises [#2371] |
Lorenzo J. M. Patterson D. A. Stryjewski W. Karunatillake S. Haviland H. et al. |
Seismic
Wheel for Shallow Characterization (0–1
m) of Soils on the Moon and Mars [#2173] |
Litvak M. L. Kozlova T. O. Mitrofanov I. G. Kozyrev A. S. Il’in A. G. et al. |
The
Sampling Acquisition Instrumentation for the Lunar Missions [#2045] |
Carter L. M. Rincon R. R. du Toit C. F. Perrine M. Lu D. et al. |
Development
of the Space Exploration SAR (SESAR) for Planetary Science Missions [#1268] |
Eshelman E.
Simon K.
Willis M.
Van Hoesen D.
Yanchilina A. et al. |
A Probe
for Exploring Regolith and Ice by Subsurface Classification of Organics,
PAHs, and Elements (PERISCOPE) [#2340] |
Zacny K. Chu P. Vendiola V. Seto E. Quinn J. et al. |
TRIDENT
Drill for VIPER and PRIME1 Missions to the Moon [#2400] |
De Sanctis M. C. Altieri F. Ammannito E. De Angelis S. Ferrari M. et al. |
Ma_MISS
on ExoMars Rover: The Investigation of
the Martian Sub-Surface [#1887] |
Kumamoto A. Miyamoto H. Nishibori T. Tsuchiya F. Ishiyama K. |
FDTD
Simulation and Radar Experiments Using Scale-Down Model for Radar Sounding of
the Asteroid [#1838] |
Lawson C. S. Evans M. E. Niles P. B. |
Development
of MEMS-Based Inertial Gravimetry for Planetary Exploration [#2583] |
Harms J. |
Lunar
Gravitational Wave Antenna [#1668] |
Yanchilina A. Simon K. Eshelman E. Sudlik C. Pochettino O. et al. |
DiSCO
(Dual In-Situ Spectroscopy and Coring) [#2662] |
Steven C. J. Dyar M. D. McCanta M. C. |
Preliminary
Results of Quantifying Oxygen Fugacity in Solar System Materials with X-Ray
Absorption Spectroscopy of Pyroxenes [#1401] |
[P679]
POSTER SESSION: PLANETARY SPATIAL DATA INFRASTRUCTURE (PSDI)
POSTERS
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Hargitai H. I. |
The
Pocket Atlas of Mars: A Public
Outreach Project [#2109] |
Shiner J. E. Noe Dobrea E. Román-Correa N. N. Romero A. J. |
Virtual
Reality Tools for Mars Exploration: MarsVR [#2554] |
O’Shea C. O. Johnson J. R. Fraeman A. A. Lemmon M. T. |
An
Archive of Mars Science Laboratory ChemCam Passive Visible/Near-Infrared
Surface Spectra [#1028] |
Heyer T.
Hiesinger H.
Raack J. Jaumann R. |
The
Multi-Temporal Database of Planetary Image Data (MUTED): Web-Processing of Orbital Images
of Mars [#1124] |
Volat M. Quantin-Nataf C. Mandon L. Thollot P. |
MarsSI: Martian Surface Data
Processing Service [#1230] |
Dickson J. L. Ehlmann B. L. |
Image-to-Image
Registration for a CTX Mosaic of Mars at the Global Scale: Estimations of Offset in MRO CTX
Image Pointing [#2453] |
Burris M. Rios K. Anderson Z. Anwar S. Dickenshied S. et al. |
Uploading
and Viewing Images in JMARS Using the Custom Map Upload Tool [#2504] |
Wren P. F. Dickenshied S. Anwar S. Hagee W. Noss D. et al. |
Java
Mission-Planning and Analysis for Remote Sensing: “Mission Planning” is JMARS’
Middle Name [#2645] |
Anderson Z. Rios K. Carter S. Anwar S. Burris M. et al. |
Modernized
Graphical User Interface for JMARS Application [#2696] |
Robbins S. J. Kirchoff M. R. Hoover R. H. |
Fully
Controlling Mars Reconnaissance Orbiter Context Camera Images and Producing Photometrically
Stable Mosaics (2021 Update) [#2066] |
Zuschneid W. Michael G. G. Walter S. H. G. Dumke A. Gwinner K. et al. |
HRSC on
Mars Express — Recent Advances in the Processing of Quadrangle
Image Mosaics [#2049] |
Wagstaff K. L. Francis R. Golombek M. Lu S. Riloff E. et al. |
The
Mars Target Encyclopedia Now Includes Mars Pathfinder and Mars
Phoenix Targets [#1278] |
Le Mouélic S. Caravaca G. Mangold N. Wright J. Carli C. et al. |
Using
Virtual and Augmented Reality for Planetary Surfaces Investigations — A Case
Study on Mars and the Moon [#1514] |
Leeburn J. M. Jozwiak L. M. Patterson G. W. Stickle A. M. |
Building
a GIS Framework for Co-Analysis of Mini-RF Bistatic Radar Data with Other
Lunar Datasets [#2577] |
Henriksen M. R. Manheim M. R. Walsh J. M. Harris C. P. Robinson M. S. et al. |
Regions
of Interest: Availability of and
Access to LROC NAC Data Products [#2578] |
Legrand C.
Chevalley P. |
Virtual
Moon Atlas 7 Freeware [#1002] |
Carr K. A. C. Azubuike O. A. Tran A. T. Carreira C. C. Alfaro C. A. et al. |
Lunar
Crater Maturity Analysis in Python:
Developing a Toolkit for Ejecta Analysis [#2387] |
Jung D.
Schrempp F. Son S. |
Fast
and Accurate: Real-Time Soft-Shadowed
Ray Traced Lunar and Planetary Global Terrain for Lighting and
Landing Simulations [#1330] |
Mittal P. Pandey H. Sekhar G. Ramakrishna B. N. |
PRADAN: Data Browse and Dissemination Web
Application for Chandrayaan-2 [#1774] |
Zou X.-D.
Becker K. J.
Li J.-Y. |
Tools
for Images and SPICE Data of Comet Missions [#2569] |
D’Amore M. Helbert J. Knollenberg J. Berlin R. Peter G. et al. |
The
Mercury Radiometer and Thermal Infrared Imaging Spectrometer (MERTIS) Onboard
Bepi Colombo: Moon and Venus Flybys
Data Format [#1140] |
Zamarialai S. Shi Z. Foing B. Perenboom M. J. L. Kruijver A. |
Monitoring
Temporal Developments from Remote Sensing Data Using Fine-Grained Segmentation [#2279] |
Wang J. Scholes D. Arvidson R. E. Guinness E. A. Zhou F. |
Recent
Updates of the PDS Geosciences Node’s Orbital Data Explorer [#1394] |
Politte D. V. Arvidson R. E. Stein T. C. Arvidson L. E. |
Pilot
Data Analysis of PDS Geosciences Data in the Cloud with the Java CRISM
Analysis Tool (JCAT) [#2396] |
Zink A. E. Hunter M. A. Buban H. C. Bogle S. R. Dickman A. D. |
Improvements
to Information Services in AstroLink [#2579] |
Camplone V.
Zinzi A.
Massironi M.
Rossi A. P. |
Geological
Maps into MATISSE [#1949] |
[P680]
POSTER SESSION: MACHINE LEARNING APPLIED TO PLANETARY
SURFACES: “I’M AFRAID I CAN DO THAT!”
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Civilini F. Weber R. C. |
Detecting
Moonquakes Using Convolutional Neural Networks [#1168] |
Daket Y.
Honda C. Demura H. |
Application
of Machine Learning Technique for Mapping Rayed Craters, Rilles, and Ridges
on the Moon [#1805] |
Fairweather J. H. Lagain A. Servis K. Benedix G. K. Kumar S. S. et al. |
Automated
Crater Detection on the Moon at High-Resolutions [#1403] |
Nefian A.
Shirley M.
Colaprete T.
Elphic R. |
Automatic
Crater Detection at the Lunar South Pole [#2519] |
Gao A. L. Daubar I. J. Wexler D. Wagstaff K. L. Bickel V. et al. |
Using
Machine Learning to Complement New Martian Crater Inventories [#1674] |
Sakimoto S. E. H. Lewis D. D. Dileep S. Memon P. Beveridge J. R. et al. |
Deep
Learning for an Inventory of Small to Midsize Volcanic Edifices on Mars [#1626] |
Williams J. M. Scuderi L. A. Newsom H. E. |
Remote
Sensing Computer Automation to Detect Erosional Scarps on Mars [#1846] |
Wilhelm T.
Nocon R.
Stepcenkov S.
Wöhler C. |
DoMars24k: Expanding Automated Geomorphic Analysis on
Mars by Wind and Ice Shaped Landforms [#1901] |
Liu-Schiaffini M. Christian S. Miller R. C. Grima C. Ng G. et al. |
Machine
Learning Classification of the Martian Surface: Application to Radar Reflectometry [#1224] |
Nodjoumi G.
Pozzobon R.
Rossi A. P. |
Deep
Learning Object Detection for Mapping Cave Candidates on Mars: Building Up the Mars Global Cave Candidate
Catalog (MGC^3) [#1316] |
Phillips M. S. Moersch J. E. Warren-Rhodes K. Hinman N. W. Cabrol N. A. et al. |
Convolutional
Neural Network Image Classification of Mars-Analog Terrain: Preliminary Results and Implications for
the Search for Life on Mars [#2510] |
Clabaut E.
Lemelin M.
Germain M. |
Generation
of Simulated “Ultra-High Resolution” HiRISE Imagery Using Enhanced
Super-Resolution Generative Adversarial Network Modeling [#1935] |
Kerner H. R. Wagstaff K. L. Lu S. Francis R. Kulshrestha S. |
Novelty-Driven
Onboard Target Selection in Grayscale and Color Mars Rover Images [#2618] |
Lu S.
Zhao B.
Wagstaff K. L.
Cole S. B.
Grimes K. |
Content-Based
Classification of Mars Exploration Rover Pancam Images [#1779] |
Koeberl C.
Bechtold A. Paar G. Traxler C. Garolla F. et al. |
Planetary
Scientific Target Detection via Deep Learning: A Case Study for Finding Shatter Cones in
Mars Rover Images [#1209] |
Drozdovskiy I. Sauro F. Payler S. J. Jahoda P. Franke M. et al. |
Recognition
of Planetary Rocks and Minerals Using Deep Learning Based Multi-Spectral
Unmixing and a Custom Mineralogical Database [#1119] |
Hess M. Wilhelm T. Arnaut M. Wöhler C. |
Uncertainty-Based
Unmixing of Space Weathered Lunar Spectra [#1048] |
[P681]
POSTER SESSION: A DIVERSE AND INCLUSIVE WORKFORCE: WHO WE ARE AND CAN BE
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Rathbun J. A. Hendrix A. R. Porter A. M. Rivera-Valentín E. G. |
Results
of the 2020 Planetary Science Workforce Survey, Funded by the DPS [#2094] |
Rivera-Valentín E. G. Rathbun J. A. Keane J. T. Diniega S. Richey C. R. et al. |
Demographic
Study of the Planetary Science Workforce [#2163] |
Zellner N. E. B. Rathbun J. A. Seidel A. M. Martindale N. L. |
18
Years of LPSC Attendance and Presentation Data: An Assessment of Participation
by Women [#2227] |
Scully J. E .C. Cerretti G. Viswanathan A. Steckloff J. K. Richey C. et al. |
Foreign
Nationals Employed and Studying in Planetary Research in the United States,
and Recommendations for Supporting this Group [#1493] |
Milazzo M. P. Piatek J. Venkatesan A. Vaughan A. |
The
Growing Digital Divide and Its Negative Impacts on
NASA’s FutureWorkforce. [#2612] |
Bennett K.
McAdam M.
Milazzo M.
Garcia P. Shelton J. et al. |
The
Preventing Harassment in Science Workshop:
Summary and Best Practices [#2434] |
Strauss B. E. Rasmussen K. C. Maier E. R. Borges S. R. Durbin M. et al. |
Nonbinary
Systems: Gender-Inclusive Study
Methods in Planetary Science [#2306] |
Vander Kaaden K. E. Ryan C. Rivera-Valentín E. G. Phillips C. B. Haber J. et al. |
Fostering
Inclusive, Supportive, and Safe Environments in Planetary Science for Members
of the LGBTQ+ Community [#1088] |
Gardner-Vandy K. G. Scalice D. M. |
Relationships
First and Always: A Guide to
Collaborations with Indigenous Communities [#2657] |
Tiscareno M. S. Scalice D. M. Thompson M. L. Noviello J. L. White V. et al. |
Planetary
Nomenclature and Indigenous Communities [#2346] |
Piatek J. L. Brooks S. M. Masiero J. R. Molaro J. L. Rathbun J. A. et al. |
All
Conference Talks Need Captions [#2723] |
Vance S. D. Elder C. Hofmann A. Howell S. Milazzo M. et al. |
Addressing
Mental Health in Planetary Science [#2552] |
Campbell L. Gary-Bicas C. E. Glotch T. D. Holme E. A. Paul B. et al. |
Formation
of an Equity, Diversity, and Inclusion Committee in the Department of
Geosciences at Stony Brook University [#2027] |
Grier J.
Schmidt G.
Focus Group Team |
Towards
a More Equitable, Diverse, and Inclusive Workforce — The NASA SSERVI EDI
Focus Group [#2145] |
[P682]
POSTER SESSION: EDUCATION AND AUDIENCE ENGAGEMENT: BUILDING BRIDGES TO AUDIENCES
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|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Wadhwa M. Williams D. A. Swann J. L. Anbar A. D. Mead C. J. et al. |
The
NASA SMD Community of Practice for Education (SCoPE): A New Science Activation Program Integration
Project to Connect SMEs with NASA SCIACT [#2515] |
Shaner A. J. Shupla C. Shebby S. |
Developing
an Evidence-Based Model for Preparing Planetary Scientists to Engage Underserved Audiences [#2597] |
Buxner S. R. Kortenkamp S. Hong S. Tsinajinie G. Topor I. et al. |
Project
POEM: In Person and Virtual STEM and
Mentoring Programs for Students with Visual Impairments [#2606] |
Foing B. H. Glukhova E. Sitnikova A. Mulder F. Ten Helden C. et al. |
ArtMoonMars
Cultural and Artistic Activities [#2595] |
Waltemathe M. Hemminger E. Foing B. |
Cultural
and Educational Aspects of Space Exploration [#2441] |
Metzger P. T. Grundy W. M. Sykes M. V. Stern S. A. Bell J. F. III et al. |
Reductionist
vs. Folk Taxonomies in Planetary Science [#1083] |
Kaliwoda M. Junge M. Hentschel F. Hoffmann V. Schmahl W. W. |
Education
and Public Engagement in the Mineralogical State Collection Munich (Germany),
Meteorites from Mars and Moon as an Attraction for the Public [#2471] |
Whelley N.
Barry C.
Richardson J.
Wasser M. |
NASA’s
Planetary Analogs Website: A New
Science Communication Resource [#2295] |
Gross C. Balthasar H. Dumke A. Neu D. Schreiner B. et al. |
Looking
Back to 17 Successful Years of High Resolution Stereo Camera Image Release on
ESA’s Mars Express Mission [#1480] |
Olgin J. O. |
Increasing
Student Enrollment, Academic Curriculum, and Community Involvement in STEAM
Careers and Awareness Centered in Planetary Science Through NASA’s SOLVE Programs,
Lunar and Planetary Institute’s Augmented Reality, and Zooniverse’s
Citizen-Science Activities in Service Learning [#2470] |
[P683]
POSTER SESSION: EDUCATION AND OUTREACH IN A PANDEMIC: PIVOTING TO VIRTUAL ENGAGEMENT
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Jones A. J. P. Wasser M. L. Tiedeken S. Shaner A. Barry C. et al. |
Outreach
in a Pandemic: Strategies that Led to
Record-Breaking Participation in International Observe the Moon
Night 2020 [#2466] |
Shupla C.
Shaner A. Webb S. |
Preparing
Virtually for Virtual Programs [#2603] |
Harris R. S. Dillon J. J. Lancaster J. M. |
Expanding
the Reach of Space and Planetary Science Education During a Global
Pandemic: The Fernbank Science Center
At-Home Planetarium Experience [#2629] |
Shankar B. |
Engaging
the Next Generation of the Canadian STEAM Workforce Using Space Science —
Through a Pandemic [#2602] |
Gemma M. E. Roe C. Acinapura M. Emmart C. Ebel D. S. et al. |
OpenSpace: Interactive Public Outreach in a
Virtual World [#2206] |
Buxner S. R. Hendrix A. R. Grier J. A. Prettyman T. H. Domingue D. L. et al. |
TREX
Public Engagement: Virtual Engagement
Through the First Year of the Pandemic [#1812] |
Bérczi Sz. Hargitai H. I. Kereszturi A. Illés I. |
Planetology
Video Lectures for Remote Learning During the COVID-19 Pandemic [#2161] |
Vizi P. G. Sipos A. |
Simulated
Mars Rover Competition — The Pandemia Challenge [#1311] |
[P684]
POSTER SESSION: EDUCATION AND WORKFORCE TRAINING: PREPARING THE NEXT GENERATION
|
|
|
Authors (*Denotes Presenter) |
Abstract Title and Summary |
Quick L. C. Murchie S. L. Turtle E. P. MacKenzie S. M. Miller R. et al. |
The
Dragonfly Student and Early Career Investigator Program: Broadening Participation on Planetary
Mission Teams [#2653] |
Klug Boonstra S. Garcia D. Kretke K. Acuna A. R. Stickel H. et al. |
NASA’s
Lucy Student Pipeline Accelerator and Competency Enabler (L’SPACE)
Program: Reimagining Workforce
Development for Diverse Undergraduate Students at Scale [#2701] |
Rivera-Muńiz B. Machín A. Virkki A. |
The
Arecibo Observatory’s STAR Academy:
Achievements, Status, and Future [#1372] |
Caro F.
Colón J.
Rivera-Muńiz B.
Mercado C. |
Designing
a Small-Scale Satellite for Habitable Exoplanet Research [#1376] |
López A. Rivera-Muńiz B. Colón J. |
Designing
a Submarine for the Exploration of Titan’s Methane Seas [#1379] |
Vargas G.
Quintana B.
Ginés A.
Ramos M.
Rivera-Muńiz B. et al. |
The
Effects of Increasing the Amount of Time in Space Missions on Astronauts’
Cognitive Functions [#1374] |
Vermeulen N. M. J. Villa-Massone J. Waltemathe M. Hemminger E. Kolodziejczyk A. et al. |
Euro-Moon-Mars
Astronautics Training Academy [#2341] |
Losiak A.
Baranowska M.
Gaidzik K.
Gajewska K.
Goébiowska I. et al. |
Teaching
Planetary Geology to Engineers During European Rover Challenge (ERC) [#2117] |
Horvai F. |
Planetary
Science as a Tool to Integrate Instrumental, Laboratory, and Modelling
Aspects Under Research Activity in Hungary [#1179] |
Carmona Reyes J. A. Attai S. L. York J. Ranney K. Hyde T. W. |
Student
Engagement as a Mediator to Increase Interest in STEM Areas [#1144] |
Bérczi Sz. Polgári M. Gyollai I. Ságodi I. Vizi P. G. |
How
NASA Lunar and Antarctic Meteorite Sample Studies Helps Planning New
Measuring Complexes in Our Planetary Science Education: Instruments for Extended Structural
Hierarchy Table with Parallel Structures [#1498] |