Access and Use of MMS Data through SPDF Services
Abstract
In its role as a Heliophysics Active Final Archive and in close cooperation with the MMS project and its Science Data Center, the Space Physics Data Facility (SPDF) now serves a full set of public MMS data and QuickLook plots. All SPDF services for this data and all data are available via links from the SPDF home page (http://spdf.gsfc.nasa.gov). SPDF's CDAWeb features MMS Level-2 survey and burst mode data with graphics, listing and data superset/subset functions. These capabilities are available (1) through our html user interface, (2) through calls to our CDAS web services API, and (3) through other interfaces and libraries using the CDAS web services or that otherwise access our holdings including SPDF's Heliophysics Data Portal and several external systems. As context in use of the MMS data, CDAWeb also serves current data from many other current missions. These include the Van Allen Probes 1/2 and the five THEMIS/ARTEMIS spacecraft, as well as e.g. ACE, Cluster 1/2/3/4, DMSP 16/17/18, Geotail, GOES 13/14/15, NOAA/POES 15/16/18/19, MetOP POES 1/2, Stereo A/B, TWINS 1/2, Wind and >120 Ground-Based investigations). This full set of public MMS Level-2 science data and QuickLook plots, and all other public data held by SPDF, are also available for direct file download by HTTP or FTP links from the SPDF home page above. As a reminder, MMS Level-2 data are publicly available about 30 days after data is taken, and QuickLook survey plots are available about a day after data is taken). MMS orbits (current and predictive) are served through SPDF's SSCWeb service and our Java-based interactive 4D Orbit Viewer, also with orbits of many other current missions). Our presentation will discuss recent enhancements to CDAWeb and other services and our plans to support new MMS data products and upcoming heliophysics missions including ICON, GOLD and Solar Probe Plus.
- Publication:
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AGU Fall Meeting Abstracts
- Pub Date:
- December 2016
- Bibcode:
- 2016AGUFMSM41B2423M
- Keywords:
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- 2730 Magnetosphere: inner;
- MAGNETOSPHERIC PHYSICS