- Home
- Getting Started
- Documentation
- Proxy/Firewall
- 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
- CTX
- HiRise
- HiRISE Anaglyph
- HiRISE DTM
- HRSC
- CRISM Stamp Layer
- 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
- JMARS Shortcut Keys
- JMARS Data Submission
- FAQ
- Open Source
- References
- Social Media
- Podcasts/Demos
- Download JMARS
JMARS for the Moon now includes global coverage at 303 pixels per degree ...
JMARS for the Moon now includes global coverage at 303 pixels per degree using Wide-Angle Camera images from the Lunar Reconnaissance Orbiter. The coverage is in three sections: north pole, south pole, and +60° to -60°.
Also, three Clementine UV/VIS-derived layers have been added from the US Geological Survey: TiO2 abundance, FeO abundance, and optical maturity. All three layers are global, at 200 meters/pixel resolution. More information on the new Clementine layers is here (ftp).
