Adaptation

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Adaptation Use of OpenGIS Technologies for
Planetary Data
AISRP Meeting, April 2005

• from Earth to the Moon and Mars!

Elaine Dobinson, Dave Curkendall, Lucian Plesea -
JPL Trent Hare - USGS Flagstaff
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Topics

• Project Overview and Plan - Dobinson
• Demo of WMS Server Technology - Plesea
• Demo of Planetary GIS Application - Hare

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Using GIS for Planetary Mapping
onMars
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Project Highlights

• Develop planetary datum and projection and
  register them with OGC
• Develop WMS and WCS servers for Mars and Lunar
  data
• Prepare Mars and Lunar data sets for the servers
• Test the servers with USGS PDS Imaging Node
• Promote use of these servers by selected client
  applications
• Propose integration of servers into the Planetary
  Data System

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GIS Integrates the Parts
Mineral
Geology
Structure
Nomenclature
Topography Satellite Imagery
GIS enables the creation of geologic maps from
satellite imagery
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Planetary Mapping Using Topographic Datasets
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PIGWAD - Bodies On-line
Mars
Venus
The Moon
Galilean Satellites Callisto Europa Io
Ganymede
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JMARS (Mars Odyssey THEMIS Mission Planner)
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Plan for Year One

• By June
• Install selected Mars data sets onEarth
• Develop additional server functionality
  (colorize, bandmix, transparency, stretches) and
  incorporate into onEarth
• Convene planetary working group at OGC June
  meeting
• By September
• Develop new server onMars
• Add Color MDIM data
• Add shading, hillshade, more stretches
• By December
• Add MSS Atlas onMars
• Work on lunar projection system for a lunar
  server onMoon
• Add lunar data sets (Lunar DEM, Clementine
  Mosaic)
• Post a Mars and Moon coordinate system encoding
  document with the OGC

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Demos

• Demo of WMS Server Technology - Plesea
• Demo of Planetary GIS Application - Hare