Accession No
6608
Brief Description
12-inch false-colour topographical globe of Mars, by Sky & Telescope, U.S.A., c. 2014
Origin
Cambridge, MA; U.S.A.
Maker
Sky & Telescope
Class
astronomy; demonstration
Earliest Date
2011
Latest Date
2014
Inscription Date
(c)
Material
Metal; paper (paper, card); plastic
Dimensions
300mm (diameter)
Special Collection
Provenance
Purchased from 365 Astronomy, 10a Manor Road, Wortling, West Sussex, BN11 3RT on or before 09/04/2014.
Inscription
Description Notes
12-inch false-colour topographical globe of Mars, by Sky & Telescope, U.S.A., c. 2014.
Topographical globe of Mars, Sky & Telescope’s 3rd edition. Produced in co-operation with NASA and the U.S. Geological Survey. Composed from over 6000 photos from the Viking orbiters, including monochromatic higher-res photos with lower-res global mosiac in order to approximate true colour and the variations in brightness on its surcase. Elevations are colour-coded for easy identification, and more than 150 surface features are labelled. Includes the landing sites for Spirit, Opportunity, Phoenix, and Curiosity. Globe is at scale of approx. 1:22,250,000 - 1 inch = 350 miles/570 km)/
Comes with a clear pedestal and a 16-page information booklet - unclear if booklet is intended for use with this globe or a variation upon it, as it refers to how the globe depicts Mars in true colour, which has here been abandoned in order to demonstrate Martian topography. The booklet otherwise contains an essay by Michael Hall delineating what is know about Mars’ surface, including 27 photos.
Bought new; in perfect condition. Complete. Booklet has small tear to front cover.
References
Events
Description
This contemporary false-colour topographical Mars globe, produced by Sky & Telescope in co-operation with NASA and the U.S. Geological Survey has been composed using over 6000 photos from the Viking orbiters, space probes that orbited Mars in 1976. This globe includes the landing sites for the Mars rovers Spirit, Opportunity, Phoenix, and Curiosity and the colour variation represents the differences in elevation between the plains and highlands.
21/01/2016
Created by: Rosanna Evans on 21/01/2016
FM:47126
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