Times	*Authors (Denotes Presenter)**	Abstract Title and Summary
8:00 a.m.		Coffee
8:30 a.m.	Haenecour P. *	Welcome
8:40 a.m.	Morris M. A. * Grossman J. N. *	NASA HQ Update on Science Information Policy
9:00 a.m.	Lehnert K. A. *	Invited Talk
9:30 a.m.	Walls R. L. * Anderson J. Cui H. Davies N. Deck J. Kansa S. W. Meyer C. Ramdeen S. Richard S. Snyder R. Vieglais D. Lehnert K.	iSamples and Sampling Nature: Maximizing the Value of Today’s Samples for Tomorrow’s Science [#2024] Sampling Nature is a research coordination network focused on standards, policy, and sample reuse. iSamples is infrastructure to identify material samples, record core metadata about them, and link them to other samples, data, and research products.
9:45 a.m.	Ramdeen S. * Lehnert K. A. *	FAIR Samples for Open Astromaterials Science [#2023] Introduction to IGSN, a persistent identifier (PID) for samples. Introduction to relevancy of IGSNs for astromaterials. With an overview of metadata mapping for lunar samples to IGSN requirements as an example.
10:00 a.m.		Panel Discussion on FAIR Principle, Open-Access, Sample Identifiers, and NASA SPD-41
10:30 a.m.		Coffee

Monday, November 8, 2021

CURRENT ARCHIVE/REPOSITORIES

11:00 a.m. Drake Auditorium 125

The session will discuss the current archive and repositories for astromaterials data.

Times	*Authors (Denotes Presenter)**	Abstract Title and Summary
11:00 a.m.	Lehnert K. A. * Ji P. Mays J. Figueroa J. D. Johansson A. Profeta L. Song L. Richard S. Morrison S. Ostroverkhova A.	The Astromaterials Data System: Advancing Access and Preservation of Past, Present, and Future Lab Analytical Data of NASA’S Astromaterials Collections. [#2025] The Astromaterials Data System is a NASA funded system that supports the access, sharing, publication, and archiving of laboratory analytical data generated on astromaterials that makes these data Findable, Accessible, Interoperable, and Reusable.
11:15 a.m.	Stein T. C. * Arvidson R. E. Guinness E. A. Slavney S. Vanbommel S.	PDS Geosciences Node Support of Astromaterials Data Archiving and Discovery [#2022] The Planetary Data System (PDS) Geosciences Node actively supports astromaterials archiving and data discovery tasks, including Perseverance Rover sample reports and searchable lunar and meteorite spectral data.
11:30 a.m.	Milliken R. E. * Hiroi T. Scholes D. Slavney S. Arvidson R.	The NASA Reflectance Experiment LABoratory (RELAB) Facility: An Online Spectral Database for Planetary Exploration [#2021] The NASA RELAB database is an extensive collection of spectral reflectance data of terrestrial and extraterrestrial material acquired over 30 years and available through an online search tool via the NASA PDS Geosciences node.
11:45 a.m.		Panel Discussion on Current Archive/Repositories
12:30 p.m.		Lunch

Monday, November 8, 2021

LESSONS LEARNED FROM DECADES OF SAMPLE ANALYSIS

1:30 p.m. Drake Auditorium 125

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Times	*Authors (Denotes Presenter)**	Abstract Title and Summary
1:30 p.m.	Ostroverkhova A. * Morrison S. M. Mays J. Johansson A. Profeta L. Lehnert K.	Astromaterial Databases from Two Perspectives: User and Curator \| Lessons Learned from the Current State of Meteorite Data Reporting and Database Curation [#2026] Data curation considerations related to meteorites.
1:45 p.m.	Righter K. * Wentworth S. J. Harrington R. S. Lunning N. G.	Documentation of Destructive Analyses on Thin Sections in the US Antarctic Meteorite Collection [#2019] Here we describe the process used for documenting the effects of various destructive analyses on thin sections in the US Antarctic meteorite collection.
2:00 p.m.	Zeigler R. A. * Gross J. McCubbin F. M.	Five Decades of Astromaterials Data: Capturing the Past and Planning for the Future [#2028] Over the past 50 years, the curation office has accumulated a huge volume of data and enormous variety of data types across 9 sample collections, as will as multiple future missions, and multiple analytical instruments.
2:15 p.m.	Allton J. H. *	Genesis Solar Wind Sample Curation Documentation [#2005] Historical summary of data types to be archived for small sample return mission, which include engineering/materials data from all mission phases, environmental monitoring and ongoing analysis of hardware – all relevant for accurate sample analyses.
2:30 p.m.	Jurewicz A. J. G. *	Optimizing Sample-Return Science by Being an Information Packrat [#2009] Lessons learned from Stardust and Genesis are reviewed. Specifically, people who work on hardware and archive data pre-flight are rarely scientists who will analyze the returned sample. Who chooses the small details to archive?
2:45 p.m.		Q & A
3:00 p.m.		Coffee

Monday, November 8, 2021

PLANNING FOR THE FUTURE OF DATA ARCHIVING I

3:30 p.m. Drake Auditorium 125

The session will discuss data management and archiving for current and upcoming sample-return missions.

Times	*Authors (Denotes Presenter)**	Abstract Title and Summary
3:30 p.m.	Bennett C. A. * Haenecour P. Crombie K. Fitzgibbon M. Ferro T. Hammond D. McDonough E. Westermann M. M. Barnes J. Connolly H. C. Jr. Lauretta D. S.	An Overview of the OSIRIS-REx Sample Analysis Micro-Information System (SAMIS) [#2016] In preparation for the return of the OSIRIS-REx Bennu sample to Earth, we are developing an information system to manage all data generated during the sample analysis phase of the mission, called SAMIS: the Sample Analysis Micro-Information System.
3:45 p.m.	Yada T. * Abe M. Nakato A. Yogata K. Miyazaki A. Kumaga K. Hatakeda K. Okada T. Nishimura M. Furuya S. Yoshitake M. Iwamae A. Hitomi Y. Soejima H. Nagashima K. Sawada R. Riu L. Louirit L. Pilorget C. Hamm V. Loizeau D. Brunetto R. Bibring J. -P. Cho Y. Yumoto K. Yabe Y. Mori S. Sugita S. Tachibana S. Sawada H. Sakamoto K. Hayashi T. Yamamoto D. Fukai R. Sugahara H. Yurimoto H. Usui T. Watanabe S. Tsuda Y.	Initial Descriptions for Samples Returned from the C-Type Asteroid Ryugu by Hayabusa2 [#2014] Initial descriptions for samples returned from C-type asteroid Ryugu are now ongoing. Their microscopic images, weights, visible and near infrared spectra are described in purified nitrogen condition and archived in Hayabusa2 sample catalog.
4:00 p.m.	Nishimura M. * Yada T. Abe M. Nakato A. Yogata K. Miyazaki A. Kumagai K. Hatakeda K. Okada T. HItomi Y. Soejima H. Sawada R. Nagashima K. Sakamoto K. Hayashi T. Yamamoto D. Fukai R. Sugahara H. Usui T. Tachibana S.	The Curatorial Database System for Hayabusa2-Returned Samples from C-Type Near-Earth Asteroid Ryugu [#2011] Ryugu samples by the Hayabusa2 project are continued to be investigated to be catalogued in a curatorial database system (DBS). We report the aim and features of the DBS and the status of its development.
4:15 p.m.		Q & A
4:30 p.m.		Breakout Sessions on Challenges in Astromaterials Data Management and Journal Data Submission
5:00 p.m.		Happy Hour

Tuesday, November 9, 2021

TECHNIQUES/TOOLS FOR DATA MANAGEMENT/ARCHIVING I

8:30 a.m. Drake Auditorium 125

The session will discuss current techniques/tools developed or being developed to support archiving, management and/or visualization of astromaterials data.

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Times	*Authors (Denotes Presenter)**	Abstract Title and Summary
8:30 a.m.	Duprat J. * Delauche L. Engrand C. Gregoire S. Herve S. Rojas J. Dartois E. Fortuna F. Gounelle M. Roskosz M. Libourel G.	The Concordia Micrometeorite Collection and Curation [#2008] The Concordia micrometeorite collection and database will be presented.
8:45 a.m.	Hezel D. C. * Marschall H. R. Klöcking M. Lehnert K. A.	Upgrading MetBase to Becoming Fully FAIR and an Integral Part of International Initiatives [#2013] In a joint MetBase/GeoROC(DIGIS) project both databases will become new data schemas, thereby becoming fully FAIR. We will develop tools to interact with both databases for which we will use the MetBase online GUI as a template.
9:00 a.m.	Lehmann E. * Becker H.	The TRR170-DB Data Repository: Access to Planetary Data from Various Resources [#2012] The TRR170-DB data repository manages research data from the collaborative research center ‘Late Accretion onto Terrestrial Planets’ (TRR 170). The repository makes TRR 170 data and planetary science data from other sources accessible to researchers.
9:15 a.m.	Drozdovskiy I. * Sauro F. Payler S. J. Hill S. Jahoda P. Jaruskova K. Venegas F. Angellotti A. Franke M. Lennert P. Ligeza G. Vodnik P. Turchi L. Bessone L.	Classification of Planetary Rocks and Minerals by Combining a Custom Mineralogical Database with Machine Learning Based Multi-Spectral Unmixing [#2004] The ESA-PANGAEA Mineralogical Toolkit is a combination of analytical methods together with reference datasets aiming to enhance the classification of planetary materials.
9:30 a.m.		Q & A
9:45 a.m.		Coffee/Networking

Tuesday, November 9, 2021

PLANNING FOR THE FUTURE OF DATA ARCHIVING II

10:30 a.m. Drake Auditorium 125

The session will discuss data management and archiving for current and upcoming sample-return missions.

Times	*Authors (Denotes Presenter)**	Abstract Title and Summary
10:30 a.m.	Hays L. E. * Beaty D. W. Carrier B. L. Haltigin T. Kminek G. Meyer M. A. MSPG2 team	Mars Sample Return: Preparing for Sample-Based Data Management [#2001] As preparation for Mars Sample Return, planning for incorporating the best practices for data standards and data management is a crucial step and input to this process is being sought.
10:45 a.m.	Petro Noah *	Data Management for ANGSA and ARTEMIS
11:00 a.m.		Q & A

Tuesday, November 9, 2021

TECHNIQUES/TOOLS FOR DATA MANAGEMENT/ARCHIVING II

11:15 a.m. Drake Auditorium 125

The session will discuss current techniques/tools developed or being developed to support archiving, management and/or visualization of astromaterials data.

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Times	*Authors (Denotes Presenter)**	Abstract Title and Summary
11:15 a.m.	Westermann M. M. * Bennett C. A. Connolly H. C. Jr. Domanik K. Ferro A. Fitzgibbon M. Haenecour P. Hammond D. McDonough E. Smith L. Lauretta D. S.	OSIRIS-Rex Sample Analysis Micro-Information System: 2D Spatial Registration and Visualization of Microscopic Data [#2029] In 2023, OSIRIS-REx mission will have 2 years of access to the sample returned from asteroid (101955) Bennu. Measurements of the sample must be coordinated using an approach that involves ~50 analytical techniques applied in dozens of labs worldwide.
11:30 a.m.	Eckley S. A. * Zeigler R. A.	Informed Sample Sectioning Guided by X-Ray Computed Tomography [#2015] We present a technique to use X-ray computed tomography data of astromaterials to create thin/thick sections along pre-determined planes-of-interest.
11:45 a.m.		Panel Discussion on Data Standards and Best Practices: Measurement, Curation, Archiving
12:15 p.m.		LUNCH
1:00 p.m.	Ogliore R. C. *	High-Resolution Backscattered Electron and X-Ray Maps of Meteorite Sections [#2002] I describe techniques to acquire large backscattered electron and X-ray maps and display them online to allow for comparative studies of asteroid samples.
1:15 p.m.	Needham A. W. * Lambert M. D. Simon J. I. Ebel D. S.	Development of Machine Learning Algorithms to Segment and Study Images of Astromaterial Samples [#2018] Machine learning can revolutionize our ability to segment, classify, and interpret the vast populations of chondrules, CAI, and other components found in primitive astromaterial samples.
1:30 p.m.	Ostrowski D. R. * Dotson J.	Physical Properties of Near-Earth Objects and Meteorites Online Database [#2017] NASA’s Asteroid Threat Assessment Project has built the Near-Earth Object Properties database that provides an accessible repository of data about the physical properties of NEOs and meteorites. Focus is on properties relevant to planetary defense.
1:45 p.m.		Q & A
2:00 p.m.		Breakout Discussions on Data Archiving: What is the Data and What do We Need to Archive (Raw vs. Processed)?

Tuesday, November 9, 2021

WHAT ARE THE GAPS? WHAT’S NEXT FOR ASTROMATERIALS DATA MANAGEMENT AND ARCHIVING?

2:30 p.m. Drake Auditorium 125

The session will discuss the next step for Astromaterials data management and archiving. Discussion of community-driven metadata standards and data policies. What are the open/common questions? What are the gaps? How to ensure FAIR and open-access data?

Times	*Authors (Denotes Presenter)**	Abstract Title and Summary
2:30 p.m.	Gemma M. E. * Alpert S. P. Ebel D. S.	Correlation of Multi-Dimensional Structural, Chemical, and Spectral Data: Increasing Access, Awareness, and Availability of Museum Sample Measurement History. [#2027] Varied analyses of meteoritic samples result in a myriad of datasets for each meteorite in the AMNH collection. We seek to integrate these data across dimensions and spatial scales on a platform that is freely accessible.
2:45 p.m.	Ebel D. S. * Fendrich K. V.	Cometary Tracks in Aerogel: The Challenge of Making Registered 3D Volumetric Optical and Stereoscopic Spectral-Chemical Data Accessible [#2010] High resolution laser confocal scanning microscope 3D comet Wild 2 full track images and stereo 2Dx2 S-XRF maps (~10 tracks) all in aerogel require archiving and management. Data would allow future targeting of important subgrains in tracks.
3:00 p.m.	Mitchell J. L. * Gross J. Boyce J. W. Amick C. L. McCubbin F. M. Zeigler R. A. Lewis E. K. Turner A. A. Harris C. L.	Curatorial Data Needs for Returned Volatile-Rich Extraterrestrial Samples [#2020] Volatiles will require new data and curatorial techniques for the development of a sample catalog. Here we illustrate the differences between volatile and rock/particle data, and volatile catalog products that could be used in the future.
3:15 p.m.		Panel Discussion — What’s Next?
4:00 p.m.		Write-Up of Major Findings

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