Difference between revisions of "February 3, 2015"

From LPOD
Jump to: navigation, search
 
Line 2: Line 2:
 
=Lunar Bible=
 
=Lunar Bible=
 
Originally published February 3, 2004
 
Originally published February 3, 2004
<p> A SPECIAL LPOD HONORING B. RAY HAWKE IS [http://lpod.wikispaces.com/February+3b%2C+2015 HERE]</p>
+
<p> A SPECIAL LPOD HONORING B. RAY HAWKE IS [http://www2.lpod.org/wiki/February_3b,_2015 HERE]</p>
 
<table width="640"  border="0" align="center" cellpadding="6" cellspacing="2">
 
<table width="640"  border="0" align="center" cellpadding="6" cellspacing="2">
 
<tr>
 
<tr>

Latest revision as of 07:27, 28 October 2018

Lunar Bible

Originally published February 3, 2004

A SPECIAL LPOD HONORING B. RAY HAWKE IS HERE

LPOD-2004-02-03.jpeg

Image Credit: Geologic Map of the Present Moon, from USGS Prof. Paper 1348

Lunar Bible

Although my collection of lunar books and maps currently includes 211 items, there are only three that I use constantly: Antonin Rukl's Lunar Atlas, Ralph Baldwin's The Face of the Moon and Don Wilhelms' Geologic History of the Moon. The latter, though published in 1987 by the US Geological Survey, is still my lunar bible for it is the best and most thorough geologic description of the Moon. "PP1348" as this book is often called, is a large (11"x14.5") and heavy compilation of the best lunar photos, integrated with a knowing interpretation of lunar sample chemical and radiometric data. Don's presentation is that of a traditional geologist. It is historical or stratigraphic, describing the Moon from the earliest detectable landforms to the most recent. In many ways the summary of the book - and three decades of USGS lunar research - is the Geologic Map of the Present Moon, which is Plate 12A. Unfortunately, this bible is long out of print and not available on the Internet - it should be! Don also published the best insider's story of the scientific side of Apollo: To a Rocky Moon, and this is still available as a paperback.

Technical Details:
Colors on map represent ages of surfaces. From oldest to youngest: gray (pre-Nectaris basins), brown (Nectaris age basins), dark blue (Imbrium), light blue (Orientale) are ejecta deposits from named basins; pink (early Imbrian), orange (younger), red (youngest) basaltic maria; blue (oldest), green (young), yellow (youngest - Copernican age) crater ejecta.

Related Links:
Don Wilhelms Biography
To a Rocky Moon

Yesterday's LPOD: Brightness at Noon

Tomorrow's LPOD: Copernicus!


Author & Editor:
Charles A. Wood

 


COMMENTS?

Register, Log in, and join in the comments.