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This document provides information for scientists using the Thermal Emission Imaging System (THEMIS) Visible and Infrared special geometry products, detailing the processing algorithms, data product
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How to fill out Thermal Emission Imaging System 2001 Mars Odyssey THEMIS GEOMETRIC PROCESSING USER’S GUIDE

01
Gather necessary equipment and software to read and process THEMIS data.
02
Obtain the Thermal Emission Imaging System (THEMIS) data files from the NASA database.
03
Review the GEOMETRIC PROCESSING USER’S GUIDE to understand the required parameters.
04
Input the raw data files into the provided software following the guide instructions.
05
Select the appropriate geometric correction method as outlined in the guide.
06
Adjust the settings for any specific parameters as needed for your analysis.
07
Run the processing steps as described, watching for any errors in the output.
08
Validate the processed data against known standards or characteristics as per the guide.
09
Save the processed files in the specified format for further analysis.
10
Document the steps taken and results obtained for future reference.

Who needs Thermal Emission Imaging System 2001 Mars Odyssey THEMIS GEOMETRIC PROCESSING USER’S GUIDE?

01
Researchers working on Mars geology and surface properties.
02
Planetary scientists analyzing thermal data from Mars.
03
Students studying planetary imaging techniques.
04
Data analysts needing to process THEMIS imagery for specific projects.
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Scientists used Odyssey's gamma ray spectrometer instrument suite to detect hydrogen, which indicated the presence of water ice in the upper meter (three feet) of soil in a large region surrounding the planet's south pole.
Thermal IR Imaging Spectrometer The Thermal Infrared Imaging Spectrometer is a grating based spectrometer which will measure the thermal emission from Martian surface. The data acquired by TIS will be processed and analysed in order to: Map temperature of the Martian surface.
The Thermal Emission Imaging System (THEMIS) on 2001 Mars Odyssey will investigate the surface mineralogy and physical properties of Mars using multi-spectral thermal-infrared images in nine wavelengths centered from 6.8 to 14.9 μm, and visible/near-infrared images in five bands centered from 0.42 to 0.86 μm.
On May 28, 2002 (sol 210), NASA reported that Odyssey's GRS instrument had detected large amounts of hydrogen, a sign that there must be ice lying within a meter of the planet's surface, and proceeded to map the distribution of water below the shallow surface.
NASA's Odyssey spacecraft has been orbiting Mars since 2001. Odyssey's original goals were to search for signs of water, make detailed maps of the planet's surface materials, and determine radiation levels for humans. Today, Odyssey is the longest-operating space mission at another planet.
The Thermal Emission Imaging System (THEMIS) views the visible and infrared reflections from the Martian surface to make a map showing the location of different mineral concentrations and their relationship to various landforms.

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The Thermal Emission Imaging System (THEMIS) 2001 Mars Odyssey Geometric Processing User’s Guide is a document that provides users with instructions and information on how to process and analyze data obtained from the THEMIS instrument aboard the Mars Odyssey spacecraft. It outlines methods for geometric correction and calibration of thermal imaging data.
Scientists, researchers, and any users involved in planetary science and Mars exploration who wish to work with the THEMIS data are typically required to refer to and understand the contents of the user's guide.
To fill out the guide, users should follow the structured sections outlined in the document, which include details on data acquisition, geometric correction procedures, calibration processes, and interpretation methods for thermal imaging data.
The purpose of the guide is to provide comprehensive instructions and best practices for processing THEMIS data, ensuring that users can accurately analyze and interpret the thermal imagery collected from Mars, facilitating scientific research.
Users must report information regarding data quality, processing steps followed, any anomalies encountered, and results obtained from the analysis, as well as adherence to the guidelines set forth in the user's guide.
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