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The PDS Management
Council serves as the technical policy board of the PDS, and provides findings for NASA with respect to planetary science data management, ensures coordination among the nodes, guarantees responsiveness to customer needs, and monitors the appropriate uses of evolving information
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The archive must be complete and be able to stand alone. There is no guarantee that the people who originally worked with and submitted the data to the archive will be available in the future to field questions regarding the data, its calibration or the mission. Therefore, the archive must include
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bytes even if the proprietary software and support ceases to exist. PDS allows figures and illustrations to be included in the archive as individual images. PDS adheres to many other standards including, but not limited to, special directory and file naming conventions and label requirements. Each
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One critical component of the PDS archive is the storage media. The data must be stored effectively and efficiently with no degradation of the data over the archive's lifespan. Therefore, the physical media must have large capacity and must remain readable over many years. PDS is migrating toward
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The main objective of the PDS is to maintain a planetary data archive that will withstand the test of time such that future generations of scientists can access, understand and use preexisting planetary data. The PDS tries to ensure compatibility of the archive by adhering to strict standards of
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The PDS is an active archive that makes available well documented, peer reviewed planetary data to the research community. The data comes from orbital, landed and robotic missions and ground-based support data associated with those missions. It is managed by NASA Headquarters' Planetary
Sciences
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NASA and the PDS recently engaged in development of a
Roadmap for the period 2017 to 2026. The purpose of the roadmap effort was to outline a strategy for moving forward in planetary data archiving under the auspices of a rapidly growing data volume (nearly 1 petabyte at present), new computing
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good descriptive documentation of how the spacecraft and its instruments worked, how the data were collected and calibrated, and what the data mean. The quality of the documentation is examined during a mission independent PDS peer review.
184:
Planetary Plasma
Interaction (PPI) Node – handles data consisting of the interaction between the solar wind and planetary winds with planetary magnetospheres, ionospheres and surfaces (
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The PDS is composed of 8 nodes, 6 science discipline nodes and 2 support nodes. In addition, there are several subnodes and data nodes whose exact status tends to change over time.
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The format of the data is also important. In general, transparent, non-proprietary formats are best. When a proprietary format is submitted to the archive (such as a
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document) an accompanying plain text file is also required. It is assumed that the scientists of the future will at least be able to make sense of regular
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of the science discipline nodes, along with the leaders of the
Technical Support Nodes, the Project Manager, and Deputy Project Manager.
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Ring-Moon
Systems Node – handles archiving, cataloging, and distributing planetary data of ring systems, moons, and planets (
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The PDS is divided into a number of science discipline "nodes" which are individually curated by planetary scientists.
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file in the PDS archive is accompanied by a searchable label (attached or detached) that describes the file content.
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574:"Cartography and Imaging Sciences Node of NASA Planetary Data System | USGS Astrogeology Science Center"
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technologies that may make PDS tasks both more efficient and more cost effective. It is formed by the
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Cartography and
Imaging Science Node – archives many of the larger planetary image data collections (
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capabilities, tools, and facilities, and a growing community of planetary science investigators.
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Geosciences Node – handles data of the surfaces and interiors of terrestrial planetary bodies (
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Small Bodies Node (SBN) – handles asteroid, comet and planetary dust data (
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Navigation and
Ancillary Information Facility (NAIF) Node – maintains the
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550:"PDS Geosciences Node, Washington University in St. Louis, Missouri"
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Engineering Node – provides systems engineering support to the PDS (
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storage media, archiving formats, and required documentation.
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429:"Chapter 11. Media Formats for Data Submission and Archive".
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Atmospheres Node – handles non-imaging atmospheric data (
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669:"The Navigation and Ancillary Information Facility"
796:Navigation and Ancillary Information Facility Node
480:"NASA Issues New Awards for Planetary Data System"
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68:NASA Headquarters' Planetary Sciences Division
320:Spacecraft Planet Instrument C-matrix Events
112:electronic storage as its "standard" media.
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16:Data archive for NASA solar system missions
644:"Planetary Data System - Engineering Node"
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277:Exploration Data Services Office at the
44:Data archiving for Solar System missions
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771:Cartography and Imaging Sciences Node
306:International Planetary Data Alliance
186:University of California, Los Angeles
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210:University of Maryland, College Park
200:University of Maryland, College Park
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82:) is a distributed data system that
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781:Planetary Plasma Interactions Node
164:Washington University in St. Louis
86:uses to archive data collected by
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832:
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458:"PDS – Guidelines for Archiving"
326:NASA/IPAC Extragalactic Database
281:handles PDS Project Management.
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400:"PDS: PDS Roadmap 2017 to 2026"
175:United States Geological Survey
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801:PDS Project Management Office
622:"NASA PDS: Small Bodies Node"
598:"Ring-Moon Systems Node Home"
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171:Astrogeology Research Program
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816:Goddard Space Flight Center
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279:Goddard Space Flight Center
224:Planetary Science Institute
157:New Mexico State University
20:Planetary Data System (PDS)
10:
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554:pds-geosciences.wustl.edu
301:Planetary Science Archive
251:Jet Propulsion Laboratory
240:Jet Propulsion Laboratory
179:Jet Propulsion Laboratory
62:
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624:. University of Maryland
526:"PDS: Node Descriptions"
332:Parameter Value Language
313:Astrophysics Data System
258:Organizational structure
150:Science discipline nodes
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98:PDS archiving philosophy
729:"PDS: PDS Organization"
694:"PDS: PDS Requirements"
432:PDS Standards Reference
268:principal investigators
36:Distributed data system
821:Astronomical databases
786:Ring-Moon Systems Node
761:Official NASA PDS site
578:astrogeology.usgs.gov
76:Planetary Data System
249:information system (
220:Interplanetary Dust
133:Archiving documents
64:Parent organization
21:
602:pds-rings.seti.org
484:www.prnewswire.com
358:"PDS: PDS Charter"
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791:Small Bodies Node
334:(markup language)
285:Roadmap 2017–2026
116:Archiving formats
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776:Geosciences Node
766:Atmospheres Node
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741:. Retrieved
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733:pds.nasa.gov
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712:. Retrieved
705:the original
701:pds.nasa.gov
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275:Solar System
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88:Solar System
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25:Abbreviation
678:January 28,
653:January 28,
628:January 28,
510:January 28,
464:January 29,
442:January 28,
810:Categories
743:2015-10-16
714:2017-08-16
607:2022-09-08
583:2022-09-08
559:2022-09-08
535:2022-09-08
489:2015-10-16
412:2023-01-28
378:2017-08-16
344:References
94:Division.
90:missions.
222:Subnode (
208:Subnode (
673:NASA JPL
648:NASA JPL
294:See also
216:Asteroid
49:Location
322:(SPICE)
173:of the
41:Purpose
506:. NASA
460:. NASA
438:. NASA
338:SIMBAD
308:(IPDA)
177:, and
708:(PDF)
697:(PDF)
436:(PDF)
403:(PDF)
372:(PDF)
361:(PDF)
328:(NED)
318:NASA
315:(ADS)
311:NASA
247:SPICE
206:Comet
142:Nodes
126:ASCII
680:2023
655:2023
630:2023
512:2023
466:2023
444:2023
299:ESA
273:The
84:NASA
74:The
33:Type
80:PDS
28:PDS
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