- Home
- Getting Started
- Documentation
- Release Notes
- Tour the Interface
- Tour the Layers
- JMARS Video Tutorials
- Lat/Lon Grid Layer
- Map Scalebar
- Nomenclature
- Crater Counting
- 3D
- Shape Layer
- Mosaics
- Map
- Advanced/Custom Maps
- Graphic/Numeric Maps
- Custom Map Sharing
- Stamp
- THEMIS
- MOC
- Viking
- CRISM Stamp Layer
- CTX
- HiRise
- HiRISE Anaglyph
- HiRISE DTM
- HRSC
- OMEGA
- Region of Interest
- TES
- THEMIS Planning
- Investigate Layer
- Landing Site Layer
- Tutorials
- Video Tutorials
- Displaying the Main View in 3D
- Finding THEMIS Observation Opportunities
- Submitting a THEMIS Region of Interest
- Loading a Custom Map
- Viewing TES Data in JMARS
- Using the Shape Layer
- Shape Layer: Intersect, Merge, and Subtract polygons from each other
- Shape Layer: Ellipse Drawing
- Shape Layer: Selecting a non-default column for circle-radius
- Shape Layer: Selecting a non-default column for fill-color
- Shape Layer: Add a Map Sampling Column
- Shape Layer: Adding a new color column based on the values of a radius column
- Shape Layer: Using Expressions
- Using JMARS for MSIP
- Introduction to SHARAD Radargrams
- Creating Numeric Maps
- Proxy/Firewall
- JMARS Shortcut Keys
- JMARS Data Submission
- FAQ
- Open Source
- References
- Social Media
- Podcasts/Demos
- Download JMARS
Planetary Geologists
JMARS gives planetary geologists a tool to access and analyze all of the spacecraft data returned from Mars. JMARS was originally develop to allow the THEMIS science team to perform basic analysis on THEMIS images after they were received and to plan future observations. However, it has grown to include many additional Mara datasets and now allows scientists around the world to easily access this data to support their research.
Planetary Research
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- Planetary scientists use JMARS to combine visible and infrared images, topography, and mineral maps to study the geologic processes and history of Mars, map future landing sites, search for surface changes, and monitor the seasonal changes on the polar caps.
- Planetary scientists use JMARS to combine visible and infrared images, topography, and mineral maps to study the geologic processes and history of Mars, map future landing sites, search for surface changes, and monitor the seasonal changes on the polar caps.
Submitting Regions of Interest
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- All members of the THEMIS science team have access to the Region of Interest (ROI) Layer, which allows them to designate areas of Mars as scientifically important. These designations help the mission planners to determine how to use THEMIS to collect as much useful scientific data as possible. These regions do not act as specific imagery requests, but as suggestions for the mission planners.
- All members of the THEMIS science team have access to the Region of Interest (ROI) Layer, which allows them to designate areas of Mars as scientifically important. These designations help the mission planners to determine how to use THEMIS to collect as much useful scientific data as possible. These regions do not act as specific imagery requests, but as suggestions for the mission planners.
Locating Observation Opporunities
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- If a planetary geologists on the THEMIS science team needs observations of a specific location on Mars, possibly at a specific time, they can use the Groundtrack Layer to determine when THEMIS will be able to observe the location. They can then pass this information along to the mission planners, which helps them to ensure that they observe the correct region of Mars at the correct time.
- If a planetary geologists on the THEMIS science team needs observations of a specific location on Mars, possibly at a specific time, they can use the Groundtrack Layer to determine when THEMIS will be able to observe the location. They can then pass this information along to the mission planners, which helps them to ensure that they observe the correct region of Mars at the correct time.
Determing Regional Coverage
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- When our planetary geologists are studying a specific region of Mars, it is often necessary to collect complete coverage of the area using THEMIS. JMARS allows the geologists to identify which parts of a region have or have not been covered and, as described above, request that the mission planners take observations to fill the necessary gaps.
- When our planetary geologists are studying a specific region of Mars, it is often necessary to collect complete coverage of the area using THEMIS. JMARS allows the geologists to identify which parts of a region have or have not been covered and, as described above, request that the mission planners take observations to fill the necessary gaps.