search?t=product&i=10&o=%40astro%3Asearch_rank&d=1&p=97&k1=theme&v1=Cartography<pre class="debug"><?xml version="1.0" encoding="UTF-8"?>
<data>
  <lucene>TYPE:"astro:doc" AND PATH:"/app:company_home/cm:Products//*" AND @astro\:search_enable:true AND (@astro\:theme:"Cartography")</lucene>
  <count>983</count>
  <results>
    <item>
  <link>/Research/ISPRS/ISPRS04_C_Deucher.pdf</link>
  <thumb>/Research/ISPRS/ISPRS04_C_Deucher.pdf/thumb.png</thumb>
  <browse>/Research/ISPRS/ISPRS04_C_Deucher.pdf/browse.jpg</browse>
  <title>ISPRS 2004 Combining Mars Data in GRASS GIS for Geologic Mapping</title>
  <description><![CDATA[Geo Information Systems (GIS) are standard tools in the Earth sciences whenever different geographic data sets must be combined. GIS became increasingly popular in the field of planetary research as well, due to the increasing amount of data from recent planetary missions, in particular to Mars. However, as the available GIS packages are designed for the standard terrestrial  coordinate systems, several obstacles have to be overcome to implement a geodetic accurate and consistent database for other solar system bodies. In the past decade, parameters describing the rotation and shape of Mars have changed several times. Therefore, today, the digital data products available to the science community incorporate several different reference surfaces and map projections. In this paper we describe the required steps to integrate Digital terrain Models (DTMs) and  images of Mars Global Surveyor, Viking mosaics, and supplementary geologic information in a single database under the open source GIS GRASS (Geographic Resources Analysis Support System) environment. The different possible reference frames are discussed. The derived GIS database is currently being used to map the global distribution of tectonic faults on Mars. Finally, there are excellent prospects to use GRASS GIS for the analysis and geologic interpretation of image data from the High Resolution Stereo Camera aboard Mars Express. As the software and its source code are released under a free license, scientists may take the opportunity to gather work experience with a planetary GIS at no costs and with the opportunity to modify the software to their specific needs.]]></description>
  <publicationDate></publicationDate>
  <minimumLatitude>null</minimumLatitude>
  <maximumLatitude>null</maximumLatitude>
  <minimumLongitude>null</minimumLongitude>
  <maximumLongitude>null</maximumLongitude>
  <wmsMap></wmsMap>
  <wmsLayer></wmsLayer>
  <size>677835</size>
  <mimetype>application/pdf</mimetype>
  <extension>pdf</extension>
</item>
<item>
  <link>/Research/ISPRS/Shingareva_isprs_mar03.pdf</link>
  <thumb>/Research/ISPRS/Shingareva_isprs_mar03.pdf/thumb.png</thumb>
  <browse>/Research/ISPRS/Shingareva_isprs_mar03.pdf/browse.jpg</browse>
  <title>ISPRS 2003 Specialized Planetary Cartography Database</title>
  <description><![CDATA[The existing DBs are not enough universal from planetary cartography point of view . It is useful to develop a Solar System bodies DB with a map-oriented data access. Our Planetary Cartography laboratory is occupied on realization this idea now. The main role will play thematic maps characterizing such aspects as morphology, gravity anomalies, hypsometry, colorimetric and polarimetric properties, climate parameters etc. of celestial bodies. There are some typical region areas there too. The DB structure will have various levels of information for different groups of users. These levels will depend on the map scale you need and on accuracy level and concentration of some cartographic information. We suppose to use the international Series of Multilingual Maps of Planets and their Moons as base maps for DB. This series includes the Moon, Mars, Venus and Mercury maps for today and will be continue in the next future. The topological editor for digital maps (GeoGraph for Windows) is chosen for DB saturation. This editor is an instrument for creating digital maps of high quality. It takes in to account the demands of leading world GIS, and allows to transform existing digital maps in other GIS (ARC/INFO, MapInfo et all) without additional operations. Beside the means of special data connection with attributive data base there are powerful means for digital map transformations in this editor. Its means allow to transform more than 40 kinds of cartographic projections. Wide possibilities for DB saturation will be opened by using GeoGraph.]]></description>
  <publicationDate></publicationDate>
  <minimumLatitude>null</minimumLatitude>
  <maximumLatitude>null</maximumLatitude>
  <minimumLongitude>null</minimumLongitude>
  <maximumLongitude>null</maximumLongitude>
  <wmsMap></wmsMap>
  <wmsLayer></wmsLayer>
  <size>62154</size>
  <mimetype>application/pdf</mimetype>
  <extension>pdf</extension>
</item>
<item>
  <link>/Research/ISPRS/6103.pdf</link>
  <thumb>/Research/ISPRS/6103.pdf/thumb.png</thumb>
  <browse>/Research/ISPRS/6103.pdf/browse.jpg</browse>
  <title>ISPRS 1999 FIDO / APEX / Athena-Based Plans for Cartographic Products and Rover Localization Analyses</title>
  <description><![CDATA[In this abstract we preview the acquisition of stereo image data and resultant cartographic products and rover localization studies associated with the Athena Precursor Experiment (APEX) on the 2001 Mars Surveyor Lander and the Athena rover investigation on the Mars Sample Return (MSR) mission that begins in 2003. We also discuss ongoing experiments with the Field Integration Design and Operations (FIDO) Rover, developed by the Jet Propulsion Laboratory.]]></description>
  <publicationDate></publicationDate>
  <minimumLatitude>null</minimumLatitude>
  <maximumLatitude>null</maximumLatitude>
  <minimumLongitude>null</minimumLongitude>
  <maximumLongitude>null</maximumLongitude>
  <wmsMap></wmsMap>
  <wmsLayer></wmsLayer>
  <size>18447</size>
  <mimetype>application/pdf</mimetype>
  <extension>pdf</extension>
</item>
<item>
  <link>/Docs/Tutorials/Part2_PGM2012_Smoothing_and_Topology.pptx</link>
  <thumb>/Docs/Tutorials/Part2_PGM2012_Smoothing_and_Topology.pptx/thumb.png</thumb>
  <browse>/Docs/Tutorials/Part2_PGM2012_Smoothing_and_Topology.pptx/browse.jpg</browse>
  <title>Planetary Mappers Meeting 2012: Smoothing and Topology</title>
  <description><![CDATA[]]></description>
  <publicationDate></publicationDate>
  <minimumLatitude>null</minimumLatitude>
  <maximumLatitude>null</maximumLatitude>
  <minimumLongitude>null</minimumLongitude>
  <maximumLongitude>null</maximumLongitude>
  <wmsMap></wmsMap>
  <wmsLayer></wmsLayer>
  <size>2404943</size>
  <mimetype>application/vnd.openxmlformats-officedocument.presentationml.presentation</mimetype>
  <extension>pptx</extension>
</item>
<item>
  <link>/Docs/Cartography/Archinal-2014COSPAR-CartoPlanningNeed-presentation_mod.pdf</link>
  <thumb>/Docs/Cartography/Archinal-2014COSPAR-CartoPlanningNeed-presentation_mod.pdf/thumb.png</thumb>
  <browse>/Docs/Cartography/Archinal-2014COSPAR-CartoPlanningNeed-presentation_mod.pdf/browse.jpg</browse>
  <title>The Need for International Planetary Cartography Planning and Cooperation</title>
  <description><![CDATA[]]></description>
  <publicationDate></publicationDate>
  <minimumLatitude>null</minimumLatitude>
  <maximumLatitude>null</maximumLatitude>
  <minimumLongitude>null</minimumLongitude>
  <maximumLongitude>null</maximumLongitude>
  <wmsMap></wmsMap>
  <wmsLayer></wmsLayer>
  <size>3340389</size>
  <mimetype>application/pdf</mimetype>
  <extension>pdf</extension>
</item>
<item>
  <link>/Docs/Cartography/Archinal-2014COSPAR-CartoPlanningNeed-presentation_mod.pptx</link>
  <thumb>/Docs/Cartography/Archinal-2014COSPAR-CartoPlanningNeed-presentation_mod.pptx/thumb.png</thumb>
  <browse>/Docs/Cartography/Archinal-2014COSPAR-CartoPlanningNeed-presentation_mod.pptx/browse.jpg</browse>
  <title>The Need for International Planetary Cartography Planning and Cooperation</title>
  <description><![CDATA[]]></description>
  <publicationDate></publicationDate>
  <minimumLatitude>null</minimumLatitude>
  <maximumLatitude>null</maximumLatitude>
  <minimumLongitude>null</minimumLongitude>
  <maximumLongitude>null</maximumLongitude>
  <wmsMap></wmsMap>
  <wmsLayer></wmsLayer>
  <size>40371729</size>
  <mimetype>application/vnd.openxmlformats-officedocument.presentationml.presentation</mimetype>
  <extension>pptx</extension>
</item>
<item>
  <link>/Docs/Cartography/AstroNASAHQ-SMD-201210_v4.zip</link>
  <thumb>/Docs/Cartography/AstroNASAHQ-SMD-201210_v4.zip/thumb.png</thumb>
  <browse>/Docs/Cartography/AstroNASAHQ-SMD-201210_v4.zip/browse.jpg</browse>
  <title>Planetary Cartography Issues & Concerns</title>
  <description><![CDATA[]]></description>
  <publicationDate></publicationDate>
  <minimumLatitude>null</minimumLatitude>
  <maximumLatitude>null</maximumLatitude>
  <minimumLongitude>null</minimumLongitude>
  <maximumLongitude>null</maximumLongitude>
  <wmsMap></wmsMap>
  <wmsLayer></wmsLayer>
  <size>2991725</size>
  <mimetype>application/zip</mimetype>
  <extension>zip</extension>
</item>
<item>
  <link>/Docs/Cartography/ESRFI_LunarTopo_Kirk.pdf</link>
  <thumb>/Docs/Cartography/ESRFI_LunarTopo_Kirk.pdf/thumb.png</thumb>
  <browse>/Docs/Cartography/ESRFI_LunarTopo_Kirk.pdf/browse.jpg</browse>
  <title>Image-Based Topographic Mapping of the Moon</title>
  <description><![CDATA[]]></description>
  <publicationDate></publicationDate>
  <minimumLatitude>null</minimumLatitude>
  <maximumLatitude>null</maximumLatitude>
  <minimumLongitude>null</minimumLongitude>
  <maximumLongitude>null</maximumLongitude>
  <wmsMap></wmsMap>
  <wmsLayer></wmsLayer>
  <size>322173</size>
  <mimetype>application/pdf</mimetype>
  <extension>pdf</extension>
</item>
<item>
  <link>/Docs/Cartography/ESRFI-LunarCoordinates-Archinal.pdf</link>
  <thumb>/Docs/Cartography/ESRFI-LunarCoordinates-Archinal.pdf/thumb.png</thumb>
  <browse>/Docs/Cartography/ESRFI-LunarCoordinates-Archinal.pdf/browse.jpg</browse>
  <title>Lunar Coordinates and Cartography: Coordinate System Establishment, Improvement, and Control (Registration) of Lunar Datasets, from Past, Present and Future U. S. and Foreign Missions</title>
  <description><![CDATA[]]></description>
  <publicationDate></publicationDate>
  <minimumLatitude>null</minimumLatitude>
  <maximumLatitude>null</maximumLatitude>
  <minimumLongitude>null</minimumLongitude>
  <maximumLongitude>null</maximumLongitude>
  <wmsMap></wmsMap>
  <wmsLayer></wmsLayer>
  <size>152307</size>
  <mimetype>application/pdf</mimetype>
  <extension>pdf</extension>
</item>
<item>
  <link>/Docs/Cartography/FutureLunarProcessing-marginforPDF.pdf</link>
  <thumb>/Docs/Cartography/FutureLunarProcessing-marginforPDF.pdf/thumb.png</thumb>
  <browse>/Docs/Cartography/FutureLunarProcessing-marginforPDF.pdf/browse.jpg</browse>
  <title>High-Value, Unified Lunar Topographic and Other Datasets</title>
  <description><![CDATA[]]></description>
  <publicationDate></publicationDate>
  <minimumLatitude>null</minimumLatitude>
  <maximumLatitude>null</maximumLatitude>
  <minimumLongitude>null</minimumLongitude>
  <maximumLongitude>null</maximumLongitude>
  <wmsMap></wmsMap>
  <wmsLayer></wmsLayer>
  <size>26782</size>
  <mimetype>application/pdf</mimetype>
  <extension>pdf</extension>
</item>

  </results>
</data>
</pre>