Program with Links to Abstracts
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Extraterrestrial Material 1: Curation, Classification, and Historical Importance
Friday, August 2, 2024, 8:30 AM
Throne Room
Chairs:
Gabriel Pinto
Nicole Lunning
Nicole Lunning
8:30 AM
Heck P. R.*
Liu Y.
Thompson M. S.
Barnes J. J.
Burgess K.
et al.
Overview of the Extraterrestrial Materials Analysis Group (ExMAG)
[#6232]
The Extraterrestrial Materials Analysis Group (ExMAG) provides an interdisciplinary forum for the collection, curation, and analysis of extraterrestrial samples, and planning future sample return missions.
The Extraterrestrial Materials Analysis Group (ExMAG) provides an interdisciplinary forum for the collection, curation, and analysis of extraterrestrial samples, and planning future sample return missions.
8:45 AM
Lehnert K. A.*
Mays J.
Downs R. R.
Profeta L.
Danninger G.
et al.
Astromat: Supporting Astromaterials Samples Data Management to Optimize Their Reuse and Impact for Science and Society
[#6470]
This presentation will report on the status of the Astromaterials Data System, its data holdings and data curation procedures including peer review of data, protocols for data and method documentation, and interfaces for data access and exploration.
This presentation will report on the status of the Astromaterials Data System, its data holdings and data curation procedures including peer review of data, protocols for data and method documentation, and interfaces for data access and exploration.
9:00 AM
Boyce J. W.*
Thompson D. L.
Phase Equilibria and the Preservation of Science Value in Icy Regolith Samples Collected During the Artemis Missions
[#6189]
We use thermochemistry to better understand the behavior of icy regolith that might be collected in later Artemis missions — i.e., phase changes and reactions with refractory regolith phases. In short, 100% preservation of sample value will be challenging.
We use thermochemistry to better understand the behavior of icy regolith that might be collected in later Artemis missions — i.e., phase changes and reactions with refractory regolith phases. In short, 100% preservation of sample value will be challenging.
9:15 AM
Helbert J.*
Hamann C.
Van den Neucker A.
Greshake A.
Maturilli A.
et al.
The DLR Sample Analysis Laboratory — The Final Countdown!
[#6439]
We report on the latest progress in establishing the DLR Sample Analysis Laboratory, which should be operational by the end of the year. Stay tuned for its inauguration!
We report on the latest progress in establishing the DLR Sample Analysis Laboratory, which should be operational by the end of the year. Stay tuned for its inauguration!
9:30 AM
Fukai R.*
Ishizaki T.
Kanemaru R.
Enokido Y.
Matsuoka M.
et al.
Non-Destructive Advanced Curation of Particles and Aggregates: Case Study of Tarda and Tagish Lake Meteorites
[#6236]
In this study, we propose the protocol for advanced curation and then show the preliminary results for measurements of the Tarda and Tagish Lake meteorites.
In this study, we propose the protocol for advanced curation and then show the preliminary results for measurements of the Tarda and Tagish Lake meteorites.
9:45 AM
ten Kate I. L.*
de Vet S. J.
The Utrecht and Delft Meteorite Labs
[#6276]
The Netherlands host several meteorite collections that are been carefully stored without much exposure even though meteorites are the ideal materials to study solar system evolution. We present the digitized Utrecht and Delft meteorites collections.
The Netherlands host several meteorite collections that are been carefully stored without much exposure even though meteorites are the ideal materials to study solar system evolution. We present the digitized Utrecht and Delft meteorites collections.
10:00 AM
Lunning N. G.*
Blumenfeld E. H.
Aebersold J. E.
Snead C. J.
Rodriguez M.
et al.
The OSIRIS-REx Sample Catalog
[#6073]
This presentation will cover OSIRIS-REx curation activities after landing, with an emphasis of the returned sample catalog.
This presentation will cover OSIRIS-REx curation activities after landing, with an emphasis of the returned sample catalog.
10:15 AM
Yada T.*
Abe M.
Fukai R.
Nishimura M.
Yogata K.
et al.
Initial Description Plan for OSIRIS-REx Samples to Be Distributed to JAXA
[#6041]
JAXA will receive OSIRIS-REx returned samples from NASA based on the MOU between JAXA and NASA in this summer. New clean chambers for handling and describing them were installed in a new cleanroom last year, to be ready for their curation.
JAXA will receive OSIRIS-REx returned samples from NASA based on the MOU between JAXA and NASA in this summer. New clean chambers for handling and describing them were installed in a new cleanroom last year, to be ready for their curation.
10:30 AM
Hill P.*
Morisset C.-E.
Ma M.
Watkinson L.
Haltigin T.
et al.
Advancement of the Canadian OSIRIS-REx Sample Curation Facility
[#6408]
The Canadian Space Agency (CSA) is in the process of establishing its Curation Facility for the Canadian portion of Bennu sample (OSIRIS-REx mission). An update on the ongoing design, construction, and planned activities will be provided.
The Canadian Space Agency (CSA) is in the process of establishing its Curation Facility for the Canadian portion of Bennu sample (OSIRIS-REx mission). An update on the ongoing design, construction, and planned activities will be provided.
10:45 AM
Haenecour P.*
Bennett C. A.
Lehnert K. A.
Johnson T. L.
Barnes J. J.
et al.
Challenges with Sample Analysis Data Management and Data Peer Review: Initial Lessons Learned from OSIRIS-REx
[#6223]
With the SAT actively analyzing Bennu samples and the upcoming release of the first peer-reviewed publication from this effort, we will report the initial lessons learned and challenges associated with managing and archiving sample analysis data.
With the SAT actively analyzing Bennu samples and the upcoming release of the first peer-reviewed publication from this effort, we will report the initial lessons learned and challenges associated with managing and archiving sample analysis data.
11:00 AM
Pittarello L.*
Chernonozhkin S.
Marchhart O.
Martschini M.
Merchel S.
et al.
First Find of a Serpentinized Peridotite Clast in a Ureilite? When a Mix-Up in the Lab Can Result into a Sensational Claim
[#6254]
A loaned fragment from Dyalpur ureilite revealed not to have an extraterrestrial origin.
A loaned fragment from Dyalpur ureilite revealed not to have an extraterrestrial origin.
11:15 AM
Pinto G. A.*
Debaille V.
Locatelli C.
Leduc T.
De Ceukelaire M.
et al.
Forensic Classification of Meteorites: The Case of an Oriented Specimen from the Belgian Antarctic Meteorite Collection
[#6363]
We present a description employing non-destructive analysis (X-ray computed tomography) to classify a newly found flattened shield-shaped Antarctic meteorite discovered during the Belgian meteorite expedition 2022–2023 in the Sør Rondane area.
We present a description employing non-destructive analysis (X-ray computed tomography) to classify a newly found flattened shield-shaped Antarctic meteorite discovered during the Belgian meteorite expedition 2022–2023 in the Sør Rondane area.
11:30 AM
Corrigan C. M.*
Gooding T.
Wardell R.
Refined Classification Methods for Unequilibrated Ordinary Chondrites as Part of the U.S. Antarctic Meteorite Program
[#6455]
How we determine / If rocks are ordinary / Now made more robust.
How we determine / If rocks are ordinary / Now made more robust.
11:45 AM
Gross J.*
McCubbin F. M.
Davidson J.
Zeigler R. A.
The Collection, Usage, and Preliminary Examination of the Apollo Sample Suite: Lessons for Artemis
[#6459]
Looking at which types of Apollo samples are most used will provide important insights into the kind of samples Artemis should bring back, and a review of which parts of the ANGSA and OREx PE plans are applicable to Artemis is also useful.
Looking at which types of Apollo samples are most used will provide important insights into the kind of samples Artemis should bring back, and a review of which parts of the ANGSA and OREx PE plans are applicable to Artemis is also useful.
*presenter