DPS continues. The Division for Planetary Sciences (of the American Astronomical Society) is meeting (the 56th annual one) in Boise. Each division holds sub-meetings; in even-numbered years, DPS is a standalone one. (The Europlanet Sciences Congress, last month, is combined with DPS in odd-numbered years.) Here’s day 2 of the DPS meeting, Oct. 6-10.
submissions.mirasmart.com/DPS56/Itinerary/EventsAAG.aspx
Tuesday, October 8, 2024
200 – Plenary Lecture: Synergies between Exoplanet and Solar System Studies
200.01
Planetary habitability in the solar system and beyond
S. Kane, University of California, Riverside
200.03
ExoTitans: Connecting Solar System and Exoplanet Studies
K. Mandt, NASA GSFC; L. Mayorga, Johns Hopkins Applied Physics Laboratory; A. Luspay-Kuti
202 – Laboratory Studies, Sample Analyses, and Instrument Development
Geochemical & Spectroscopic Analyses of Meteorite NWA 12547
M. Elling, Stony Brook University; M. Gemma, American Museum of Natural History; T. Glotch…
202.04
Interior Structure of Small Solar System Bodies: Exploring Computational and Experimental Ima…
Y. O. Yusuf, Tampere University, Finland; A. Dufaure, Institut Fresnel, Aix-Marseille Université…
202.06
Laboratory Simulated Parent Body Hydrothermal Alteration of Amino Acids
C. Materese, NASA Goddard Space Flight Center; J. Aponte, NASA GSFC; H. McLain, NASA GSF…
202.07
Electron Source Development for In Situ Elemental Microanalysis
L. F. Lim, NASA Goddard Space Flight Center; J. Hagopian, Lambda Consulting; E. Hernandez…
203 – NEOs: Characterization
203.01
Rapid-Defender: A New Polarimeter for Planetary Defense
E. Fernandez-Valenzuela, Florida Space Institute (UCF); C. Duffey, Florida Space Institute (UCF)…
203.02
A new look at NEA regolith properties from thermal mm-wave observations
A. Moullet, NRAO; N. Roth, NASA Goddard Space Flight Center; H. Hsieh, Planetary Science Ins…
203.03
Investigation of existing and needed light curves of NEAs observed at Arecibo Observatory
M. Ferrais, University of Central Florida; F. Venditti, University of Central Florida; S. Marshall…
203.04
Shape Model of NEA (25330) 1999 KV4
L. Hutton, University of North Dakota; S. Fieber-Beyer, University of North Dakota; P. Pravec…
203.05
Shape Models of Near-Earth Asteroids from Radar, Lightcurve, and Occultation Data
S. Marshall, University of Central Florida; M. Ferrais, University of Central Florida; M. Devogele…
205 – TNOs & Centaurs
205.01
CENTAURS: The next ten years
M. Womack, National Science Foundation; K. Volk, Planetary Science Institute; J. Steckloff, Plan…
205.02
Using N-body Simulations of Chariklo’s Rings with a Resonant Perturber to Simulate Stellar Occ…
A. Sickafoose, Planetary Science Institute; M. Lewis, Planetary Science Institute
205.03
Charon’s Crater Clustering: Cryovolcanism Connection
J. Noviello, NASA Goddard Space Flight Center; S. Desch, Arizona State University; K. Singer, So…
Fully remote
205.04
The unique surface compositions of Pluto’s minor satellites Nix and Hydra
B. Holler, Space Telescope Science Institute; D. Wang, Blind Brook High School; J. Stansberry…
205.05
A deep analysis for New Horizons’ KBO search images collected by the Subaru telescope
F. Yoshida, University of Occupational and Environmental Health, Japan; T. Yanagisawa, JAXA…
Fully remote
205.06
The Surfaces of Resonant TNOs in grz
R. Pike, Center for Astrophysics | Harvard and Smithsonian; C. Collyer, Center for Astrophysics…
205.07
The Small Bodies Dynamics Tool (SBDynT) – a python tool for easy dynamical characterization of…
K. Volk, Planetary Science Institute; D. Spencer, Brigham Young University, Provo; R. Malhotra…
207 – Fireballs and Meteoroid Streams: Drop it Like it’s hot
207.01
In Search of the Potentially Hazardo…
Q. Ye, University of Maryland; J. Li, Poolesville High School; D. Vida, University of Western Onta…
207.02
Is Near-Earth Asteroid 2024 BX1 Ribbeck a Fragment of E-type Main-belt Asteroid (434) Hunga…
D. Cantillo, University of Arizona; K. Ridenhour, University of Arizona; A. Battle, University of Ar…
207.03
Quantifying bolide yield through infrasound analysis: Implications for planetary defense
E. Silber, Sandia National Laboratories; M. Ronac Giannone, Sandia National Laboratories; S. Cz…
207.04
Finding Fireballs in Lightning: Repurposing Weather Satellites to Find Exploding Meteors
J. Smith, SETI Institute; R. Morris, SETI Institute; J. Dotson, NASA Ames Research Center; R. L…
208 – Active Asteroids and Dark Comets
208.01
Two Distinct Populations of Dark Comets Delineated by Orbits and Sizes
D. Seligman, Cornell University; D. Farnocchia, Jet Propulsion Laboratory; M. Micheli, ESA SSA-…
208.02
The Surface Properties of Two Dark Comets
T. Kareta, Lowell Observatory; N. Moskovitz, Lowell Observatory
208.03
Potential Main-Belt Asteroid Contribution to the Jupiter-Family Comet Population
H. Hsieh, Planetary Science Institute; N. Schorghofer, Planetary Science Institute; B. Novakovic…
208.04
Cometary Activity on Main-Belt Asteroid 2023 JN16
C. Trujillo, Northern Arizona University; C. Chandler, University of Washington; K. Farrell, Nort…
209 – Lucy Mission Updates
209.01
An Overview of NASA Lucy Misson’s Encounter with the Main Belt Asteroid Dinkinesh
H. Levison, Southwest Research Institute; S. Marchi, Southwest Research Institute; K. Noll, NAS…
209.02
The Lucy Mission’s Upcoming Flyby of Asteroid (52246) Donaldjohanson
I. Solanki, Southwest Research Institute; J. Spencer, Southwest Research Institute; H. Levison, S…
209.03
Global shape constraints of Lucy Mission target Patroclus from occultation observations
M. Buie, Southwest Research Institute; B. Keeney, Southwest Research Institute; I. Knudsen, Sou…
209.04
Spacecraft encounters with resonant populations: an optimal target search strategy
D. Gerdes, University of Michigan; H. Levison, Southwest Research Institute; K. Napier, Universi…
211 – Centaurs & TNOs: Surveys
211.01
LSST-Scale TNO Discovery with Parallax-Corrected Shift-and-Stack
C. Chandler, University of Washington; D. Bektesevic, U-WA; S. Stetzler, U-WA; P…
211.02
An automated occultation network for gravitational mapping of the trans-neptunian solar system
D. Gomes, University of Pennsylvania; G. Bernstein, University of Pennsylvania
211.03
Adaptive Mesh Refinement for Efficient Orbit Linking in Solar System Surveys
T. Ruch, University of Michigan; K. Napier, University of Michigan
211.04
Candidate Distant Trans-Neptunian Objects Detected by the New Horizons Subaru TNO Survey
S. Porter, Southwest Research Institute; W. Fraser, National Research Council of Canada; L. Pelti…
211.05
More Phase Curves from the Kuiper Belt: Photometric Properties of Subaru-Discovered KBOs Fr…
A. Verbiscer, University of Virginia; S. Porter, Southwest Research Inst.; W. Fraser, Herzberg Ast…
211.06
RENOIR: Probing the Surface Transformation of Centaurs via Color Photometry
E. Lilly (Schunova), Planetary Science Institute ; C. Schambeau, Florida Space Inst.; P. Jevčák, C…
211.07
Probing the luminosity function of the Kuiper Belt down to Hr of 10 using CLASSY.
E. Ashton, Academia Sinica Inst. of Astronomy & Astrophysics; J. Obidowski, University of Britis…
211.08
The Surfaces of Plutinos From Three Photometry Programs
C. Collyer, University of Central Florida; R. Pike, Center for Astrophysics; M. Alexandersen, C…
211.09
Combining color, size, and variability of 700 DES TNOs to constrain trans-Neptunian formation…
P. Bernardinelli, University of Washington; G. Bernstein, University of Pennsylvania
212 – Asteroids: Missions, Mission Targets, Surveys
212.01
Mass, Density, and Radius of Asteroid (16) Psyche from High-precision Astrometry
D. Farnocchia, Jet Propulsion Laboratory; O. Fuentes-Munoz, JPL; R. Park, JPL…
212.02
Rotationally Resolved Visible and Near-infrared Spectroscopic Characterization of Asteroid (223)…
T. Joyce, University of Arizona; A. Battle, U-Arizona; D. Cantillo, U-Arizona; N. Pearson, Plane…
212.03
DEM Simulations of avalanching of metallic regolith under the influence of magnetic forces
A. Sikka, University of Maryland; C. Hartzell, University of Maryland
212.04
Updated Diameters and Albedos for the Main Belt Asteroids Using WISE/NEOWISE Data
K. McFadden, Lunar and Planetary Laboratory/University of Arizona; A. Mainzer, UC, Los Angel…
212.05
Discovering Asteroids with WISE Data
E. Whittaker, Dept. of Earth, Planetary, and Space Sciences, UC, Los Angeles; J-L Margot, Dep…
212.06
An Efficient Shift-and-Stack Algorithm Applied to Detection Catalogs
S. Stetzler, University of Washington, Seattle; M. Juric, U-WA/Rubin Construction Project; P. Be…
212.07
Predictions of the Legacy Survey of Space and Time’s Solar System Object Yield
J. Kurlander, University of Washington; P. Bernardinelli, U-WA; M. Schwamb, Queen’s Univ. Bel…
213 – Cometary Activity Trends: Interpretations and Implications
213.01
Monitoring the Secular Decrease in Activity of Comet 103P/Hartley 2
A. Graykowski, SETI Institute; G. Langin, Ciel & Espace; N. Biver, Obs. de Paris; F. Marchis, SET…
213.02
Deciphering the Water Sources in Hyperactive Comet 103P/Hartley 2: Insights from Deep Impact
L. Feaga, University of Maryland, College Park; J. Sunshine, University of Maryland, College Park
213.03
Preliminary findings on cometary activity and dust Nature from the WISE/NEOWISE comet surv…
Y. Kwon, Caltech/IPAC; J. Masiero, Caltech/IPAC; D. Dahlen, Caltech/IPAC; J. Bauer, Dept. of A…
213.04
2015 VP51: an Active Jupiter-Family Comet Discovered by Citizen Science
M. Frissell, University of Washington; C. Chandler, U-WA; W. Oldroyd, Northern Arizona U.; C…
213.05
Recurrent Cometary Tail Discovered on Quasi-Hilda Jupiter Family Comet 362P/(457175) 2008…
K. Farrell, Northern Arizona University; C. Chandler, Univ. of Washington; C. Trujillo, No. Az U…
Fully remote
213.06
Orbital and Morphological Evolution of Twin-Tailed Comet 478P
W. Oldroyd, Northern Arizona University; C. Chandler, Univ. of Washington; C. Trujillo, No. Az…
213.07
How Meteor Showers Can Guide the Search for Long Period Comets
S. Hemmelgarn, Lowell Observatory; N. Moskovitz, Lowell Observatory; S. Pilorz, SETI Inst.; P…
213.08
The spatial distributions of volatiles in the comae of Jupiter-family comets observed close to Ea…
N. Dello Russo, Johns Hopkins Applied Physics Lab; H. Kawakita, Kyoto Sangyo Univ.; R. Verva …
213.09
The brightening trends of distant long-period comets
C. Holt, Las Cumbres Observatory; C. Snodgrass, University of Edinburgh.
Yes, it’s a big meeting. Wednesday and Thursday yet to come…