Author: Robert G. Strom
Drawn by T.E.Weller
Tectonic Map of the Moon, Maps of the Lunar Lineament Systems
Orthographic Projection, 1:5.7M
Publication: Pergamon World Atlas. Pergamon Press. P.W.N. – Poland. Polish-Scientific Publishers. Warszawa. 1968. The English, civilian version of the Polish world atlas.
Cartographer: Wojskowe Zaklady Kartograficzne / Polish Army Topography Service
Page size: 40×32
Copies: 205,000 in Polish and 37,000 in English
The Lunar map shows the far side of the Moon based on the interpretation of the first Soviet photographs and includes the infamous “Soviet Range” that was misinterpreted as a mountain.
Two sheets: albedo (photomosaic) and DTM (colored hillshade)
Dataset: Lunar Reconnaissance Orbiter Camera photomosaic / GLD100 DTM
Publisher: U.S. Defense Mapping Agency
Prepared by the Aeronautical Chart and Information Center, United States Air Force, under the direction of the Department of Defense.
Price: 50 cents
Size: 26 x 38 in
LPC-1 was mosaicked from three 1:5M LMP-series charts (Lunar Earth Side, Far Side, Polar Charts).
“A special NASA edition of LPC-1 was issued in August 1970 in support of the 14th IAU General Assembly. Overprinted in purple were unofficial IAU names proposed by the IAU Lunar Nomenclature Committee. This special edition was printed in limited quantities and only file copies remain in existence.” (Source)
This edition contained the English names of major features that were removed in the next edition. It did not contain any landing sites yet. LPC-1 did not display any NASA logos.
(Images from the map collection of Stanford University)
Fun fact: This map shown above, sold for $16,100, was signed by a member from each Apollo crew that either flew to or landed on the Moon during missions that occurred between 1969 to 1972, the last year of the manned lunar program.
To represent their lunar orbit or lunar fly-by mission, the chart has been signed and inscribed by Stafford and Haise with: “Tom Stafford, Apollo X CDR [Commander]” and “Fred Haise, Apollo 13 LMP [Lunar Module Pilot]”, along white bottom border. Lunar landing crew members have each marked their landing area then signed and inscribed with: “Buzz Aldrin, Apollo XI LMP; Alan Bean, Apollo XII LMP; Edgar Mitchell, Apollo 14 LMP; Dave Scott, Apollo 15 CDR; Charles M. Duke, Jr., Apollo 16 LMP”; and “Gene Cernan, Apollo 17 CDR”. (Source)
Artist-cartographer: Jennifer Grier
Title: Spiral Moon
Material, method: 1/4″ paper strips of 4 grey shades rolled into small circles, quilling
On display: DPS/EPSC 2016, Pasadena, CA
Awards: Little Circles 3RD Annual Quilling Contest, 2nd place
More information on how it was created
This quilled Moon is the work of lunar scientist – author – artist Jennifer Grier. The background is an actual photograph. In this work, Grier balanced scientific accuracy with design and artistic needs “to evoke the Moon in more of an emotional fashion.”
Different shades are used to represent (from dark to bright) maria, mixed areas, the highlands, and rayed craters.
Images from J. Grier’s blog, used with permission.
A relief map of a portion of the Moon / Artist’s book
Author: Jamie Molaro
Material: PhD Thesis
The author’s comments: “This book is my PhD thesis, which focuses on the breakdown of boulders on the Moon due to diurnal thermally induced stresses, one of many processes that modifies and evolves the Moon’s landscape over time. Lunar topography data is carved into the book’s surface, juxtaposing the science behind this process with the beauty of the landscape it helps to produce. The pages of the thesis also reveal the scientific process, juxtaposing the creation of knowledge with the creation of art. This is the art of science”
Exhibited: DPS/EPSC 2016, Pasadena
Technique: This work was produced with an electronic die-cutting machine that cut each page individually, following the contour lines derived from the digital terrain model data of the LOLA instrument.
Drawing by Christoph Scheiner, 1614, Disquisitiones Mathematicae
Features are lettered.
Courtesy of E A Whitaker
Below is the explanation of features (maculae = craters)