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More Data From Mars Rover Spirit's First Month Now Online

Millions of people have viewed pictures from NASA's Spirit on the Mars rovers home page and other Internet sites. Beginning today, a more complete set of science data from Spirit's first 30 martian days is posted on a site primarily for scientists and technical researchers, but also available to anyone who's interested.

The first installment of images, spectroscopic measurements, daily reports, and other information from NASA's Mars Exploration Rover project has been posted on NASA's Planetary Data System. It is available with a new "Analyst's Notebook" user interface at: http://pds-geosciences.wustl.edu/meran . Home page for the Planetary Data System is http://pds.jpl.nasa.gov . Images are also available from the system's Planetary Image Atlas, at http://pdsimg.jpl.nasa.gov/cgi-bin/MER/sea...PLORATION_ROVER . Data from Opportunity's first 30 martian days, or "sols," will be added Aug. 24, and data from later portions of both rovers' missions will be added in October.

"All the raw images and selected processed images and other information have been shared with the public since the rovers first reached Mars in January. This release adds other derived images and maps used for planning, all the non-image data from the spectrometers, daily operational reports and activity plans," said Dr. Ray Arvidson of Washington University, St. Louis, deputy principal investigator for the twin rovers' science payload.

"The 'Analyst's Notebook' is designed to help you navigate through the data and understand the synergies," he said. "You can't deal with the Moessbauer spectrometer readings from a given sol without information about other observations that go with it."

"We are proud to be releasing such a comprehensive set of data from the surface science mission of the twin rovers so quickly," said Dr. Jim Garvin, NASA's chief scientist for Mars. "It's a testament to the dedication and commitment of the science and engineering teams that this remarkable collection of information is now available to the entire world for interpretation, education, and to help guide NASA's new exploration focus," added Garvin.

JPL, a division of the California Institute of Technology in Pasadena, manages the Mars Exploration Rover project for NASA. Images and additional information about the project are available from JPL at http://marsrovers.jpl.nasa.gov and from Cornell University, at http://athena.cornell.edu . The Planetary Photojournal, at http://photojournal.jpl.nasa.gov , is another resource for easy public access to images of Mars and other worlds.

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File tag master list:

Data Product, Non-linearized (NOMINAL), Linearized


Full frame EDR, “EFF”, “FFL”
Sub-frame EDR, “ESF”, “SFL”
Downsampled EDR, “EDN”, “DNL”
Thumbnail EDR, “ETH”, “THN”
Row Summed EDR, “ERS”, n/a
Column Summed EDR, “ECS”, n/a
Reference Pixels EDR, “ERP”, n/a
Histogram EDR, “EHG”, n/a
Inverse LUT RDR, “ILF” “ILL”
Inverse LUT RDR (Sub-frame), “ISF”, “ISL”
Inverse LUT RDR (Downsampled), “IDN”, “IDL”
Inverse LUT RDR (Thumbnail), “ITH”, “IHN”
Radiometrically-corrected RDR calibrated to absolute radiance units, “RAD”, “RAL”
Radiometrically-corrected RDR calibrated to absolute radiance units (Thumbnail), "RAT”, “RAN”
MIPLRAD Radiometrically-corrected RDR calibrated to absolute radiance units, specific to archived datasets only, “MRD”, “MRL”
MIPLRAD Radiometrically-corrected RDR calibrated to absolute radiance units, specific to archived datasets only (Thumbnail),“MRT”, “MRN”
Rad-corrected Float (32-bit) RDR, “RFD”, “RFL”
Rad-corrected Float (32-bit) RDR (Thumbnail), “RFT”, “RFN”
Radiometrically-corrected RDR calibrated to I/F radiance factor, “IOF”, “IOL”
Radiometrically-corrected RDR calibrated to I/F radiance factor (Thumbnail), “IOT”, “ION”
Rad-corrected Float (32-bit) RDR calibrated to I/F radiance factor, “IFF”, “IFL”
Rad-corrected Float (32-bit) RDR calibrated to I/F radiance factor (Thumbnail), “IFT” ,“IFN”
Radiometrically-corrected RDR calibrated for instrument effects only, in DN, “CCD”, “CCL”
Radiometrically-corrected RDR calibrated for instrument effects only, in DN Thumbnail), “CCT”, “CCN”
Rad-corrected Float (32-bit) RDR calibrated for instrument effects only, in DN, “CFD”, “CFL”
Rad-corrected Float (32-bit) RDR calibrated for instrument effects only, in DN (Thumbnail), “CFT”, “CFN”
Disparity RDR, “DIS”, “DIL”
Disparity RDR (Thumbnail), “DIT”, “DIN”
Disparity of Samples RDR, “DSS”, “DSL”
Disparity of Samples RDR (Thumbnail), “DST”, “DSN”
Disparity of Lines RDR, “DLS”, “DLL”
Disparity of Lines RDR (Thumbnail), “DLT”, “DLN”
XYZ RDR, “XYZ”, “XYL”
XYZ RDR (Thumbnail), “XYT”, “XYN”
XYZ Rover Vol Exclusion Mask RDR, “MSK”, “MSL”
XYZ Rover Vol Exclusion Mask RDR (Thumbnail) “MST” “MSN”
X Component RDR “XXX” “XXL”
X Component RDR (Thumbnail) “XXT” “XXN”
Y Component RDR “YYY” “YYL”
Y Component RDR (Thumbnail) “YYT” “YYN”
Z Component RDR “ZZZ” “ZZL”
Z Component RDR (Thumbnail) “ZZT” “ZZN”
Range (Distance) RDR “RNG” “RNL”
Range (Distance) RDR (Thumbnail) “RNT” “RNN”
UVW (XYZ) Surface Normal RDR “UVW” “UVL”
UVW (XYZ) Surface Normal RDR (Thumbnail) “UVT” “UVN”
U (X) Surface Normal RDR “UUU” “UUL”
U (X) Surface Normal RDR (Thumbnail) “UUT” “UUN”
V (Y) Surface Normal RDR “VVV” “VVL”
V (Y) Surface Normal RDR (Thumbnail) “VVT” “VVN”
W (Z) Surface Normal RDR “WWW” “WWL”
W (Z) Surface Normal RDR (Thumbnail) “WWT” “WWN”
Surface Roughness RDR “RUF” “RUL”
Surface Roughness RDR (Thumbnail) “RUT” “RUN”
Slope RDR “SLP” “SLL”
Slope RDR (Thumbnail) “SLT” “SLN”
IDD Reachability RDR “IDD” “IDL”
IDD Reachability RDR (Thumbnail) “IDT” “IDN”
VISTA Terrain RDR “VIS” “VIL”
VISTA Terrain RDR (Thumbnail) “VIT” “VIN”
ASD Terrain RDR “ASD” “ASL”
ASD Terrain RDR (Thumbnail) “AST” “ASN”