MAPSIT and a Roadmap for Lunar and Planetary Spatial Data Infrastructure

Transcription

1 MAPSIT and a Roadmap for Lunar and Planetary Spatial Data Infrastructure B. Archinal for the MAPSIT Steering Committee barchinal@usgs.gov LEAG Columbia, MD 2017 October 10

2 Outline Who are we again? What is Planetary Spatial Data Infrastructure? A path forward a PSDI roadmap

3 MAPSIT Mapping and Planetary Spatial Infrastructure Team The planetary community and NASA recognized the need for community input on how to help missions obtain data, and how to help users access and use data This team is the result To some extent, follows on to past organizations such as the Planetary Cartography & Geologic Mapping Working Group An Analysis/Assessment Group (AG) like LEAG etc., but independent of location in Solar System Point of Contact at NASA HQ is Sarah Noble

4 MAPSIT Mapping and Planetary Spatial Infrastructure Team Steering Committee Jani Radebaugh, Brigham Young University [Chair] Samuel Lawrence, Arizona State University [Chair Emeritus] Brad Thomson, University of Tennessee Knoxville [Vice Chair] Brent Archinal, United States Geological Survey Daniella DellaGiustina, University of Arizona Caleb Fassett, NASA Marshall Spaceflight Center Lisa Gaddis, United States Geological Survey Justin Hagerty, United States Geological Survey Trent Hare, United States Geological Survey Jay Laura, United States Geological Survey Erwan Mazarico, NASA Goddard Space Flight Center Andrea Naß, German Aerospace Center DLR Alex Patthoff, Planetary Science Institute James Skinner, United States Geological Survey Sarah Sutton, University of Arizona David Williams, Arizona State University Website:

5 Reason for MAPSIT Mosaics, geologic maps, derived regional and global data products and associated geospatial infrastructure are integral to the success of the planetary science enterprise Influence all phases of the mission lifecycle for science investigations and operations Strategic needs must be anticipated and prioritized by the community

6 Role of MAPSIT Self-tasked with aiding in creation of Planetary Spatial Data Infrastructure(s) or PSDIs. The vast volumes of terrestrial remote sensing data have generated similar discussions, needs, and Spatial Data Infrastructure (SDI) frameworks. Extending this concept to lunar and planetary data Need strategies for obtaining, processing and storing data, developing and supporting various technologies, aiding user community to easily access and use data. See terms of reference on website

7 So what is a Spatial Data Infrastructure? A concept developed and used in the terrestrial mapping community since 1990s Required for terrestrial data by US Government since 2002 A new, broader way of looking at spatial data issues for planetary science A theoretical concept for planning, not a canned solution Goals are to improve data Discoverability Access Usability Broader than just data Data sets and products ( foundational and framework ) Technologies (access, processing, use, preservation) Human resources (training and continuity of knowledge, outreach) Standards Policies Can be hierarchical, including planetary data, or even down to target bodies, mission, instruments, space agencies, etc. See Laura et al. (2017) ISPRS Int. J. Geo-Inf., 6, 181, doi: /ijgi for a theoretical framework for a Solar System-wide PSDI

8 Elements of a SDI DYNAMIC CUMULATIVE Technology Data Access People Standards Data S/w to process low to high level data Policy Develop critical skills Engage stakeholders Connect with new/non-expert users

9 Types of data products NATIONAL (US) SPATIAL DATA INFRASTRUCTURE Identified 34 data themes (OMB Circular A-16) 9 Foundational 25 Framework (Ancillary) PLANETARY SPATIAL DATA INFRASTRUCTURE Image credit: Three themes transfer directly Geodetic Coordinate Reference Frame Elevation (Topographic) Data Orthoimages / Orthomosaics

10 Lunar Examples Geodetic Coordinate Reference Frame IAU defined lat/lon and ephemeris Planetary is special: geodetic coordinate reference frames are iteratively defined as data improves. (laser altimetry (e.g. LOLA) for the Moon) As a non spatial expert - these should just work Elevation Data Many options: LRO LOLA, LRO WAC Stereo, Kaguya Stereo, Apollo Metric and Panoramic Stereo, Chandrayaan-1 Stereo, LROC NAC Stereo Highlight the importance of a geodetic coordinate reference frame to support integration As a non spatial expert - these should just work Laser Retroreflector A14 Background: Global LOLA Topographic Model SELENOGRAPHIC Coordinates

11 Lunar Examples Orthorectified Data / Orthomosaics Many options: Aligned to LOLA: LROC WAC, Apollo Metric and Pan, LROC NAC, Chandrayaan-1, LRO Mini-RF Not aligned to LOLA: Lunar Orbiter, Clementine, Kaguya TC See a triad of self-supporting, foundational data As a non spatial expert - these should just work Error How good are my data? Error in the foundation propagates As a non spatial expert - this is what you should be worried about once it all works Background: Global LROC WAC Orthomosaic

12 MAPSIT/PSDI Roadmap Geospatial Strategic Plan or roadmap document to lay out options and enable NASA to prioritize decisions Plan for fully exploiting planetary data and to meet goals and objectives set by the community Help the broad user community of planetary scientists who are not experts in spatial data concepts, but who want spatial data to just work Plan for and enable performance and technology Support NASA science, exploration, and commercialization goals

13 Roadmap Themes and Goals A. Ensure planetary data just work! Develop a clearinghouse for planetary data Help make science-ready data available B. Strategize for needed expertise, tools, and capability Advocate for availability and development of tools Ensure key expertise for PSDI is maintained Propel technology forward C. Enable future NASA science, exploration, and commercial development goals Provide input on foundational data products needed for mission success Recommend standards for data infrastructure for future missions

14 Need to Consider Previous Lunar (and other) Planning Documents Lunar Exploration Roadmap Lunar SKGs Lunar Capabilities Roadmap etc.

15 Roadmap Timeline Draft distributed to community for input and comment around end of 2017 Updates and input collected at town hall meetings, e.g. LPSC Likely MAPSIT community meeting in Spring, 2018, TBD Finalized, delivered to NASA in 2018

16 Conclusions MAPSIT is working with NASA to determine how best to encourage creation of Planetary Spatial Data Infrastructures for better generation, access and use of planetary data. Input from the planetary community, both U.S. and international, is necessary for the success of this endeavor Website:

17 Backup

18 What PSDI is Not... PSDI PSD (NASA Planetary Science Division) PSDI DPS (Division of Planetary Science of AAS and its conferences) PSDI PDS (NASA Planetary Data System) PDS focuses on Data formatting standards Documentation of data Archiving and preservation Lower level data as a higher priority than derived data These are an important subset of the goals of PSDI

19 Planetary SDIs can be Hierarchical Global National Target body Mission Instrument

20 MAPSIT, PSDI and the PDS The Planetary Data System (PDS) is tasked with stability, security and long-term preservation of data A Planetary Spatial Data Infrastructure (PSDI) must address data usability and straightforward data access MAPSIT is concerned with user needs and the evolution of the human/technology interface Data needs to be accessible and useable

21 MAPSIT PSDI Roadmap Findings Definitive need for PSDI: MAPSIT encourages support from NASA in formulating and promulgating a Planetary Spatial Data Infrastructure, or Infrastructures 2. Relationship between PDS and PSDI: We hope NASA will encourage open communication between MAPSIT and the PDS in strategizing for optimal planetary data accessibility and usability, and that MAPSIT be enabled to pursue PSDI initiatives that may fall outside the goals or purview of the PDS 3. NASA/USGS Inter-Agency Agreement: MAPSIT supports the continuation of the NASA/USGS Interagency Agreement 4. Relationship between MAPSIT and NASA HQ: As we articulate the need for a PSDI and formulate a Roadmap, MAPSIT would like to provide regular updates to HQ 5. PDART value and recommendations: MAPSIT urges continuation of the PDART R&A program and encourages funding a balanced portfolio of products and software 6. Need for Data and Tools Clearinghouse: MAPSIT requests HQ to help determine the best site and process for creating a user-friendly clearinghouse for planetary image data and tools, similar to terrestrial portals Submitted to NASA Headquarters, July 2017

22 End