AREA OF INTEREST
TIMELINE
DATALIST
INTERSECTIONS
IMAGE PROCESSOR
SEARCH
KAGUYA DOWNLOAD
HOME
LOGIN
DATASETS
CONTACT
IMPRINT
SETTINGS
SEARCH
Description
The High Resolution Stereo Camera (HRSC) on board of MEX images the surface of Mars in four colors and five different phase angles (up to 18.9°) at a spatial resolution of 12.5 m per pixel. This configuration allows the derivation of digital terrain models with a grid size of up to 50 m and a height accuracy of 10 m. Due to the elliptical orbit, the spatial resolution depends on the respective distance from the surface of Mars. After ten Earth years of operation, ~70% of the surface are covered by panchromatic images with a spatial resolution better than 20 m per pixel and ~90% with a spatial resolution better than 100 m per pixel.
link
Multi-temporal Database of Planetary Image Data
The Multi-temporal Database of Planetary Image Data is a tool to identify the spatial and temporal coverage of planetary image data from Mars, Moon, and Mercury. Over four million image meta datasets from several missions and instruments are integrated into our database. Overlapping image data co be searched under user-defined spatial and temporal conditions. Furthermore, the temporal context of the data can be analyzed.
Reference
When using MUTED in research, you are encouraged to use the following reference in publications or presentations:
Heyer et al. (2018) PSS 159, 56-65.
Support
Questions or suggestions? We welcome any feedback you have on MUTED. If there are additional features or datasets you would like to see, let us know: muted.info@uni-muenster.de
Coordination
Prof. Dr. Harald Hiesinger
Dr. Thomas Heyer
Wajiha Iqbal
Dr. Nico Schmedemann
Former associates
Dr. Jan Raack
Dr. Hannes Bernhardt
Imprint and Data Protection Policy
Please find the Imprint and the Data Protection Policy of the Institut für Planetologie, University of Münster (WWU).
DATA TYPE
ORTHO
MORNING
EVENING
DTM
SELECT AN AREA
SELECT DATA
SAVE LINK
We use cookies which are essential for accessing our website and services and allow us to measure and improve the performance of our website.
Accept all cookies
Accept only essential cookies