…after Day 1 and Day 2, here’s my asteroid/comet/small body selection for Day 3 of the AAS DPS (Division for Planetary Sciences) meeting, #DPS2024, underway in Boise, ID.
Wednesday, October 9, 2024
307 – NEOs: General
307.01
Near-Earth Objects Detected by the NEOWISE Mission
A. Mainzer, UCLA; J. Masiero, Caltech/IPAC; J. Bauer, Dept. of Astronomy, Univ of Maryl…
307.02
Expected visual band brightness of objects discovered by NEO Surveyor
J. Masiero, Caltech/IPAC; T. Linder, Planetary Science Institute; A. Mainzer, UCLA; D. Da…
307.03
Capturing an Opportunity at Apophis
A. Daca, California Institute of Technology; J. Andrade, CalTech; C. Raymond, Jet Prop…
307.04
SSDEM Discrete Seismology Models with Applications to the Apophis 2029 Close Earth…
J. DeMartini, University of Maryland, College Park; N. Murdoch, ISAE-SUPAERO; R. Gar…
307.05
The influence of Earth’s secular orbital variations on the pathways of Lunar Ejecta
J. Castro, University of Arizona; R. Malhotra, University of Arizona; A. Rosengren, Univ…
307.06
Heliovane: A complement to HelioLinc3D for NEOs at low phase angles
A. Heinze, University of Washington.
307.07
Forecasting LSST’s short-term impact warning rate
S. R. Chesley, Jet Propulsion Laboratory, California Inst. of Technology; S. P. Naidu, JPL…
307.08
Asteroid Twilight Survey
S. Sheppard, Carnegie Inst. for Science; D. Tholen, U-Hawaii; A. Thirouin, Lowell Obs.; P. Pok…
311 – Main Belt Mysteries: Family Origins and Water Worlds
311.01
Identification of additional Ceres-like asteroids in the Main Belt
D. Takir, Jacobs, NASA JSC; W. Neumann, Technical Univ. Berlin; J. Emery, Northern Ari…
311.02
Characterizing Water on Cybele and Hilda Asteroids
S. Sonnett, Planetary Science Institute; D. Takir, Jacobs/NASA JSC; V. Reddy, Univ. of A…
311.03
The Massalia asteroid family as the origin of ordinary L chondrites
M. Marsset, European Southern Observatory; P. Vernazza, Laboratoire d’Astrophysique…
Fully remote
311.04
The Karin and Koronis2 families at the origin of ordinary H chondrites
M. Broz, Charles Univ.; P. Vernazza, Laboratoire d’Astrophysique de Marseille; M. Marss…
Fully remote
311.05
Dynamical and physical properties of Main Belt binary systems
K. Minker, Observatoire de la Cote D’Azur; B. Carry, Observatoire de la Cote d’Azur; F. V…
311.06
Investigating millimeter wave flux deficit of asteroids
B. Mondal, University of Illinois Urbana-Champaign; M. White, Univ of Illinois Urbana-…
313 – Centaurs & TNOs: Characterization
313.02
Haze Precursors at Pluto Respond to Solar Variability
J. Shawcross, California Institute of Technology; E. Young, Southwest Research Inst.; D…
313.04
Physical properties of (38628) Huya and its satellite from stellar occultations
F. L. Rommel, Florida Space Institute (FSI) – Univ. of Central Florida (UCF), Partnership I…
313.05
Photometric study of the Logos-Zoe system.
A. Thirouin, Lowell Observatory; K. Noll, NASA; W. Grundy, Lowell Observatory; S. Shep…
312 – NEOs: Characterization
312.01
Characterizing Earth’s Mini-Moon 2022 NX1 through its Analogous, 1990 UQ
X. Inosencio, University of Central Florida; E. Fernandez-Valenzuela, U. Central Fl; M…
312.02
On the Radar Detectability of Near-Earth Asteroid Surface Refreshing Processes
E. Rivera-Valentin, Johns Hopkins University Applied Physics Laboratory; B. Aponte Her…
312.03
Shape and Mutual Orbit Modeling of Binary Near-Earth Asteroid 2020 BX12
L. F. Zambrano-Marin, Florida Space Inst., Univ. of Central Florida; S. Marshall, U-Centr…
312.04
Orbital and physical characterization of asteroid Dimorphos following the DART impact
S. Naidu, Jet Propulsion Laboratory, Caltech; S. Chesley, JPL; N. Moskovitz, Lowell Obs…
312.05
Progress in the DART Ejecta Modeling Using 3D Radiative Transfer
Y. Kim, University of Maryland; L. Kolokolova, U-Md, College Park; T. Farnham, U-Md, …
312.06
Thermophysical Modeling of NEOWISE data on 2001 CC21
E. Wright, UCLA Dept. of Physics and Astronomy; J. Masiero, Caltech/IPAC; A. Mainzer …
Fully remote
314 – Comets: Activity and Evolution of Long Period and Halley-type Comets
314.01
Investigating Dust Composition of Comet C/2023 A3 from Mid-Infrared Observations w…
P. Chavan, Instituto de Estudios Astrofisicos, Facultad de Ingenieria y Ciencias, Univer…
314.02
Early results from the Large 12P COMA Survey — COmetary Molecules with ALMA
M. Cordiner, NASA Goddard Space Flight Center; S. Milam, NASA GSFC; S. Charnley, N…
314.03
Testing Thermal Evolution of Comet Volatiles Through a Compositional Study of Halley-…
E. Gibb, University of Missouri – St. Louis; M. Saki, U-Mo-St. Louis; B. Bonev, America…
Fully remote
314.04
Comet Detection and Characterization with Diffracted Sunlight: (139359) 2001 ME₁, 2P/…
Q. Zhang, Lowell Observatory; Q. Ye, University of Maryland; K. Battams, US Naval Res…
314.06
A Smorgasbord of Recent Comet Narrowband Photometry: Results from 103P/Hartley …
D. Schleicher, Lowell Observatory; A. Bair, Lowell Observatory
301 – Comets: Composition
301.01
High CO2 Abundance in Interstellar Comet 2I/Borisov Inferred from Oxygen Line Ratio …
A. McKay, Appalachian State University; C. Opitom, Univ. of Edinburgh; E. Jehin, STAR…
301.02
An Oort Cloud Comet’s CO+CO2 production; NEOWISE observations of C/2023 A3 (Ts…
J. Bauer, Dept. of Astronomy, University of Maryland; Y. Kim, University of Maryland; Y…
301.03
Near-perihelion Near-infrared High-dispersion Spectroscopy of Comet C/2013 R1 (Lov…
H. Kobayashi, Photo Cross Co., Ltd.; H. Kawakita, Kyoto Sangyo Univ; N. Dello Russo, …
301.04
Forbidden atomic oxygen lines far from the Sun for dynamically new comets C/2023 A3…
Y. Shinnaka, Kyoto Sangyo University; H. Kawakita, Kyoto Sangyo University; H. Kobaya…
Fully remote
301.06
Evaluating Possible Influence of Solar Activity on Observed [OI] Emission in Cometary…
E. Mayfield, Appalachian State University; A. McKay, Appalachian State University; A. C…
301.07
Measuring the Volatile Composition of ESA’s Rosetta Mission Target Comet 67P/Churyu…
S. Andrews, Appalachian State University; A. McKay, Appalachian State University; M…
301.08
Sulfur Chemistry in Halley-Type Comet 12P/Pons-Brooks Imaged with SMA and ALMA
N. Roth, NASA Goddard Space Flight Center; M. Cordiner, NASA GSFC; S. Milam, NASA…
301.09
Investigating Changes in Volatile Production and Mixing Ratios of Comet 103P/Hartley 2…
M. Saki, University of Missouri-St. Louis; E. Gibb, University of Missouri, St. Louis; N. De…
Fully remote
301.10
Parent Volatiles in Jupiter-family Comet 103P/Hartley 2 with NIRSPEC and Comparisons…
M. DiSanti, NASA’s GSFC; H. Kawakita, Kyoto Sangyo University; M. Saki, Auburn Univer…
301.11
The Water Production Rate throughout the Apparitions of Halley-Type Comets 12P/Pon…
M. Combi, University of Michigan, Ann Arbor; T. Makinen, Finnish Meteorological Inst….
302 – Earth’s Moon and Phobos and Deimos
302.03
Phobos Would not Reveal Their Age, Deimos is Chaotically Eccentric
M. Cuk, SETI Institute; K. Anand, Purdue University; D. Minton, Purdue University
302.05
Sesquinary Erosion of Deimos
K. Anand, Purdue University; M. Cuk, SETI Institute; D. Minton, Purdue University
303 – NEOs: Surveys
303.01
Rubin Rocks: A web service for statistics on NEO dynamical histories
S. Greenstreet, NSF NOIRLab/University of Washington; S. Cornwall, University of Illinoi…
303.03
SPACEWATCH® NEA Astrometric Follow-up and Lightcurves
M. Brucker, Lunar & Planetary Lab, University of Arizona; C. Lejoly, Lunar & Planetary La…
303.04
The MIT-Hawaii Near-Earth Object Spectroscopic Survey (MITHNEOS): Recent Results
L. McGraw, Northern Arizona University; C. Thomas, Northern Arizona University; F. De…
303.05
Guidance for Using NEOWISE Data for NEA Observations
S. Myers, University of Arizona; E. Howell, University of Arizona; Y. Fernandez, Universi…
Almost through, everyone. Almost…