Introduction
The topic of Grazing Occultations has been discussed in various publications over the extensive time these events have been observed. The first effort to predict a grazing occultation occurred in Great Britain in the 1930s, but this effort was not successful due to clouds. There were marginally successful efforts by Dr. John A. O’keefe in his secret work for the US Government during the 1950s. The first widely known successfully predicted and observed Grazing Occultation was of Lambda Geminorum observed from his observatory at Kessel-Lo, Belgium, by Jean Meeus. David Dunham, as a student in California, was the first to predict a Grazing Occultation of the star 5 Tauri that an observer, Leonard Kalish, was able to travel to the predicted Limit Line and observe. In Dr. David Dunham’s educational travels through universities such as Yale and Texas, he would spend part of his time in the 1960s at the United States Naval Observatory (USNO), and it was at the USNO that he...
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References
Bell TE (Gertrude E. Bell) (1971) One bright star within the nether tip: the history of lunar occultation observations. University of California at Santa Cruz. Unpublished senior thesis
Brown EW (1929) Practical astronomy for amateurs: how the amateur astronomer is helping to observe and calculate the Moon’s motions. Scientific American, November 1929
Chugunov IG (1979) System of absolute elevations in the marginal zone of the moon derive from stellar Occultations. Moon Planets 21:277–281
Dunham DW (1971) Geodetic applications of grazing occultations. In: Jager D (ed) Highlights of astronomy. IAU, pp 592–600. Brighton, UK
Fjermedal G (1989) New horizons in amateur astronomy. Putnam, New York
Foxell JT (1933) Occultation of regulus, 1933 April 6. J Br Astron Assoc 43(5):196–198
Foxell JT et al (1933) An expedition to observe the occultation of regulus, 1933 April 6. J Br Astron Assoc 43(7):281–283
Gray M (1992) Angle of attack: Harrison storms and the race to the moon. W. W. Norton and Company, New York
Gray BJ (2002) Guide 8.0 computer software. Project Pluto. http://www.projectpluto.com
Henriksen SW (1962) The applications of occultations to geodesy, Army Map Service, technical report no. 46, Defense Documentation Center for Scientific and Technical Information, Cameron Station, Alexandria, December 1962, pp 1–98. (UNCLASSIFIED)
Henriksen SW, Pamelia Anderson J (1955) A rough measurement of the geodetic relationship of Europe to North America using visually observed occultations. Army Map Service technical report No. 18. (Confidential) U.S. Army Map Service, Washington, DC
Henriksen SW, Genatt SH, Marchant MQ, Batchlor CD (1958) Surveying by occultations. Astron J 63:291–295
Herald D. Occult v4. 1995–2018
Hill H (1991) A portfolio of lunar drawings. Cambridge, New York
Ingalls AG (1955) About utilizing the moon to Occult the stars and increase telescope resolution. The Amateur Scientist, Society for Amateur Scientists, Jan 1955
Limburg E (1995–2002) Lunar Occultation Workbench (LOW) computer software v3.1. Dutch Occultation Association. http://www.doa-site.nl/
Meeus J (1960) Waarneming van een Rakende Sterbedekking. De Meteoor 16(31), April 1960
Meeus J (1967) Le Calcul des Occultations Rasantes. Extrait de Ciel et Terre 83(1–2):29–37
Molnar MR (1999) The star of Bethlehem : the legacy of the Magi. Rutgers University Press, New Brunswick
Morrison LV, Martin RJ. (1971) A digitized version of C. B. Watts’ charts of the marginal zone of the moon. Earth Moon Planets 2:463–467
O’Keefe JA (1958) The occultation method of long line measurements, Bulletin Geodesique, vol 32. Pergamon Press, London/New York
O’Keefe JA, Mears DD (1954) The 800-inch telescope. J R Astron Soc Can 48(1):3–15
Povenmire HR (1975) Graze observer’s handbook. Vantage Press, New York, Second edition 1979
Riedel E (1997) Grazereg computer software v5.1. November 1997
Robertson J (1967) Catalog of 3539 zodiacal stars for the equinox 1950.0, vol X, part II. Nautical Almanac Office, U. S. Naval Observatory, Washington
Robinson W, Povenmire H (2006) Graze observer’s handbook. Canaveral Area Graze Observers. Cape Canaveral, Florida USA
Rukl A (1990) Atlas of the Moon. Hamlyn, London
Sato I (1986) Catalog of 3539 zodiacal stars for the equinox J2000.0. Lunar Occultation Observers Group. Tokyo, Japan
Scott DH (1988) Position – angle discrepancy in Watts’ lunar limb charts – an explanation. Astron J 95(5):1567–1568
Sinnott RW (1986) Computing the star of Bethlehem. Sky and Telescope, December 1986, pp 632–635
Sobal D (1995) Longitude. Walker and Company, New York
Sôma M (1999) Limb profiles of the Moon obtained from grazing occultation observations. Publ Natl Astron Obs Japan 5:99–119
Sôma M (2002) Limb profiles of the moon from grazing occultation observations collected at RGO. Publ Natl Astron Obs Japan 6:75–105
Stevens B (1975) The automatic computer lunar profile plotting program (ACLPPP). Occultation Newsletter I(5), August 1975
Van Flandern TC (1970) Some notes on the use of the watts limb-correction charts. Astron J 75(6):744–746
Watts CB (1963) The marginal zone of the moon, American ephemeris and nautical almanac astronomical papers, vol 17. U.S. Naval Observatory, Washington, DC
Weimer T (1952) Atlas de Profils Lunaire. Observatoire de Paris
Westfall JE (1990) Mapping luna incognita. The Strolling Astronomer: J.A.L.P.O. 34(4): 149–159. Updated chart graciously supplied by Dr. Westfall
Whitaker EA (1954) The lunar south polar regions. Journal B.A.A. 64(6):234–243
Wilds RP (2008) The marginal zone of the Moon. Johns Hopkins University Applied Physics Lab. http://iota.jhuapl.edu/watts.htm. Complete history, technical discussion and annotated (by Wilds) Watts Charts of the lunar limb or marginal zone of the moon
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Wilds, R.P. (2023). Lunar Occultations, Grazing. In: Cudnik, B. (eds) Encyclopedia of Lunar Science. Springer, Cham. https://doi.org/10.1007/978-3-319-14541-9_220
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