Solar eclipse of February 26, 1979 - wikipedia Solar eclipse of February 26, 1979 Solar eclipse of February 26, 1979 Totality as seen from Bozeman, Montana Map Type of eclipse Nature Total Gamma 0.8981 Magnitude 1.0391 Maximum eclipse Duration 169 sec ( 2 m 49 s ) 52 ° 06 ′ N 94 ° 30 ′ W ﻿ / ﻿ 52.1 ° N 94.5 ° W ﻿ / 52.1 ; - 94.5 Max. width of band 298 km ( 185 mi ) Times ( UTC ) Greatest eclipse 16 : 55 : 06 References Saros 120 ( 59 of 71 ) Catalog # ( SE5000 ) 9462 A total solar eclipse occurred in North America on Monday, February 26, 1979. A solar eclipse is an astronomical phenomenon that occurs when the Moon passes between Earth and the Sun, thereby totally or partly obscuring the image of the Sun for a viewer on Earth. A total solar eclipse occurs when the Moon 's apparent diameter is larger than the Sun 's, blocking all direct sunlight, turning day into darkness. Totality occurs in a narrow path across Earth 's surface, with the partial solar eclipse visible over a surrounding region thousands of kilometres wide. The central shadow of the moon passed through the American states of Washington, Oregon, Idaho, Montana ( where totality covered almost the entire state ), and North Dakota, the Canadian provinces Saskatchewan, Manitoba, Ontario, and Quebec, the Northwest Territories of Canada ( the portion that is now Nunavut ), and Greenland. Contents 1 Visibility 2 In literature 3 Related eclipses 3.1 Solar eclipses of 1979 -- 1982 3.2 Saros 120 3.3 Metonic cycle 4 Notes 5 References Visibility Animation of eclipse path Many visitors traveled to the Pacific Northwest to view the Monday morning eclipse, as it was the last chance to view a total solar eclipse in the contiguous United States for almost four decades. The next opportunity was 381⁄2 years later on August 21, 2017, also a Monday. Although the path of totality passed through Portland shortly after sunrise ( maximum at 8 : 14 am PST ), it was not directly observable due to overcast skies in northwestern Oregon. About a half hour later, the path of totality was in Manitoba and passed through cloudless Winnipeg in the late morning, maximum was at 10 : 48 am CST. The greatest eclipse occurred seven minutes later at 10 : 55 am CST. In literature Writer Annie Dillard viewed the eclipse from the Yakima Valley, in central Washington State. She described her impressions of the eclipse in an essay, `` Total Eclipse, '' first published in the magazine Antaeus and then in her collection, Teaching a Stone to Talk ( 1982 ). It was later selected for inclusion in The Best American Essays of the ( 20th ) Century ( 2000 ). Dillard describes a nearly overwhelming emotional experience, as suggested in this quotation : `` I pray you will never see anything more awful in the sky. '' Describing the reactions of other onlookers, she relates `` I heard screams. '' The 1979 eclipse was also referenced in the opening pages of Douglas Coupland 's novel, Generation X. Rural yardlights automatically turned on during totality in Bozeman, Montana Related eclipses A partial lunar eclipse occurred on March 13, 1979, 15 days later, visible over Africa, Europe and Asia. A total lunar eclipse followed on September 6, 1979. Solar eclipses of 1979 -- 1982 Each member in a semester series of solar eclipses repeats approximately every 177 days and 4 hours ( a semester ) at alternating nodes of the Moon 's orbit. Solar eclipse series sets from 1979 to 1982 Descending node Ascending node Saros Map Saros Map 120 February 26, 1979 Total 125 August 22, 1979 Annular 130 February 16, 1980 Total 135 August 10, 1980 Annular 140 February 4, 1981 Annular 145 July 31, 1981 Total 150 January 25, 1982 Partial 155 July 20, 1982 Partial Partial solar eclipses on June 21, 1982 and December 15, 1982 occur in the next lunar year eclipse set. Saros 120 It is a part of Saros cycle 120, repeating every 18 years, 11 days, containing 71 events. The series started with partial solar eclipse on May 27, 933 AD, and reached an annular eclipse on August 11, 1059. It was a hybrid event for 3 dates : May 8, 1510, through May 29, 1546, and total eclipses from June 8, 1564, through March 30, 2033. The series ends at member 71 as a partial eclipse on July 7, 2195. The longest duration of totality was 2 minutes, 50 seconds on March 9, 1997. Series members 55 -- 65 occur between 1901 and 2100 55 56 57 January 14, 1907 January 24, 1925 February 4, 1943 58 59 60 February 15, 1961 February 26, 1979 March 9, 1997 61 62 63 March 20, 2015 March 30, 2033 April 11, 2051 64 65 April 21, 2069 May 2, 2087 Metonic cycle The metonic series repeats eclipses every 19 years ( 6939.69 days ), lasting about 5 cycles. Eclipses occur in nearly the same calendar date. In addition, the octon subseries repeats 1 / 5 of that or every 3.8 years ( 1387.94 days ). 21 events between July 22, 1971 and July 22, 2047 July 21 - 22 May 9 - 11 February 26 - 27 December 14 - 15 October 2 - 3 116 118 120 122 124 July 22, 1971 May 11, 1975 February 26, 1979 December 15, 1982 October 3, 1986 126 128 130 132 134 July 22, 1990 May 10, 1994 February 26, 1998 December 14, 2001 October 3, 2005 136 138 140 142 144 July 22, 2009 May 10, 2013 February 26, 2017 December 14, 2020 October 2, 2024 146 148 150 152 154 July 22, 2028 May 9, 2032 February 27, 2036 December 15, 2039 October 3, 2043 156 July 22, 2047 Notes Jump up ^ `` Eclipse chased across Northwest ''. Daytona Beach Morning Journal. ( Florida ). ( New York Times ). February 27, 1979. p. 1A. Jump up ^ `` Total Eclipse ''. Spokesman - Review. ( Spokane, Washington ). February 25, 1979. p. 6. Jump up ^ `` Thick clouds hide eclipse from many ''. Eugene Register - Guard. ( Florida ). Associated Press. February 26, 1979. p. 1A. Jump up ^ `` Sun gives a wink to Northwest U.S. ''. Spokane Daily Chronicle. ( Washington ). Associated Press. February 26, 1979. p. 1. Jump up ^ Van, Jon ( February 27, 1979 ). `` Eclipse turns morning to night at 10 : 48 am ''. Chicago Tribune. p. 2, sec. 1. Jump up ^ Atwan, Robert ( 2001 - 10 - 10 ). Oates, Joyce Carol, ed. The Best American Essays of the Century ( Reprint ed. ). Mariner Books. ISBN 9780618155873. Jump up ^ http://eclipse.gsfc.nasa.gov/SEsaros/SEsaros120.html References Earth visibility chart and eclipse statistics Eclipse Predictions by Fred Espenak, NASA / GSFC Google interactive map Besselian elements eclipse.org.uk Total Eclipse of the Sun : 1979 February 26 Predictions for the 1979 solar eclipse Royal Astronomical Society of Canada, Journal, vol. 72, June 1978, pp. 149 -- 161 Fred Espenak Photos / observations : Eclipse Chaser 's Journal : Part 1, My First Total Solar Eclipse : February 26. 1979, Jeffrey R. Charles http://nicmosis.as.arizona.edu:8000/ECLIPSE_WEB/ECLIPSE_79/ECLIPSE_79.html 1979 Solar Eclipse -- ABC News Coverage Excerpts from an ABC News Special Report that aired at 11 : 00 -- 11 : 29 a.m. EST on Monday, Feb. 26, 1979 1979 Total Solar Eclipse Report on CBS News with Walter Cronkite The February 26, 1979 total solar eclipse story as reported on the CBS Evening News with Walter Cronkite. Solar Eclipse Photo Gallery 1, 1970 -- 1984 Fred Espenak Solar eclipse 1979, Manitoba, Canada Portland, Oregon, February 26, 1979 Solar eclipses Lists of eclipses By century Antiquity 20th BC 19th BC 18th BC 17th BC 16th BC 15th BC 14th BC 13th BC 12th BC 11th BC 10th BC 9th BC 8th BC 7th BC 6th BC 5th BC 4th BC 3rd BC 2nd BC 1st BC 1st 2nd 3rd 4th 5th 6th 7th 8th 9th 10th 11th 12th 13th 14th 15th 16th 17th 18th 19th 20th 21st 22nd 23rd 24th 25th 26th 27th 28th 29th 30th Saros series 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 Visibility Australia China Philippines Russia Ukraine United Kingdom United States Historical Mursili 's eclipse ( 1312 BC ) Assyrian eclipse ( 763 BC ) Eclipse of Thales ( 585 BC ) Total / hybrid eclipses → symbol denotes next total / hybrid eclipse 1560 Aug 21 1598 Mar 7 1652 Apr 8 1654 Aug 12 1673 Aug 12 1699 Sep 23 1715 May 3 1724 May 22 1766 Feb 9 1778 Jun 24 1780 Oct 27 1806 Jun 16 1816 Nov 19 1824 Jun 26 1842 Jul 8 1851 Jul 28 1853 Nov 30 1857 Mar 25 1858 Sep 7 1860 Jul 18 1865 Apr 25 1867 Aug 29 1868 Aug 18 1869 Aug 7 1870 Dec 22 1871 Dec 12 1874 Apr 16 1875 Apr 6 1878 Jul 29 1882 May 17 1883 May 6 1885 Sep 8 1886 Aug 29 1887 Aug 19 1889 Jan 1 1889 Dec 22 1893 Apr 16 1896 Aug 9 1898 Jan 22 1900 May 28 1901 May 18 1903 Sep 21 1904 Sep 9 1905 Aug 30 1907 Jan 14 1908 Jan 3 1908 Dec 23 1909 Jun 17 1910 May 9 1911 Apr 28 1912 Apr 17 1912 Oct 10 1914 Aug 21 1916 Feb 3 1918 Jun 8 1919 May 29 1921 Oct 1 1922 Sep 21 1923 Sep 10 1925 Jan 24 1926 Jan 14 1927 Jun 29 1928 May 19 1929 May 9 1930 Apr 28 1930 Oct 21 1932 Aug 31 1934 Feb 14 1936 Jun 19 1937 Jun 8 1938 May 29 1939 Oct 12 1940 Oct 1 1941 Sep 21 1943 Feb 4 1944 Jan 25 1944 Jul 20 1945 Jul 9 1947 May 20 1948 Nov 1 1950 Sep 12 1952 Feb 25 1954 Jun 30 1955 Jun 20 1956 Jun 8 1957 Oct 23 1958 Oct 12 1959 Oct 2 1961 Feb 15 1962 Feb 5 1963 Jul 20 1965 May 30 1966 Nov 12 1967 Nov 2 1968 Sep 22 1970 Mar 7 1972 Jul 10 1973 Jun 30 1974 Jun 20 1976 Oct 23 1977 Oct 12 1979 Feb 26 1980 Feb 16 1981 Jul 31 1983 Jun 11 1984 Nov 22 1985 Nov 12 1986 Oct 3 1987 Mar 29 1988 Mar 18 1990 Jul 22 1991 Jul 11 1992 Jun 30 1994 Nov 3 1995 Oct 24 1997 Mar 9 1998 Feb 26 1999 Aug 11 2001 Jun 21 2002 Dec 4 2003 Nov 23 2005 Apr 8 2006 Mar 29 2008 Aug 1 2009 Jul 22 2010 Jul 11 2012 Nov 13 2013 Nov 3 2015 Mar 20 2016 Mar 9 2017 Aug 21 → 2019 Jul 2 2020 Dec 14 2021 Dec 4 2023 Apr 20 2024 Apr 8 2026 Aug 12 2027 Aug 2 2028 Jul 22 2030 Nov 25 2031 Nov 14 2033 Mar 30 2034 Mar 20 2035 Sep 2 2037 Jul 13 2038 Dec 26 2039 Dec 15 2041 Apr 30 2042 Apr 20 2043 Apr 9 2044 Aug 23 2045 Aug 12 2046 Aug 2 2048 Dec 5 2049 Nov 25 2050 May 20 2052 Mar 30 2053 Sep 12 2055 Jul 24 2057 Jan 5 2057 Dec 26 2059 May 11 2060 Apr 30 2061 Apr 20 2063 Aug 24 2064 Aug 12 2066 Dec 17 2067 Dec 6 2068 May 31 2070 Apr 11 2071 Sep 23 2072 Sep 12 2073 Aug 3 2075 Jan 16 2076 Jan 6 2077 May 22 2078 May 11 2079 May 1 2081 Sep 3 2082 Aug 24 2084 Dec 27 2086 Jun 11 2088 Apr 21 2089 Oct 4 2090 Sep 23 2091 Aug 15 2093 Jan 27 2094 Jan 16 2095 Jun 2 2096 May 22 2097 May 11 2099 Sep 14 2100 Sep 4 2114 Jun 3 2132 Jun 13 2150 Jun 25 2168 Jul 5 2186 Jul 16 Annular eclipses → symbol denotes next annular eclipse 1820 Sep 7 1854 May 26 1879 Jan 22 1889 Jun 28 1901 Nov 11 1903 Mar 29 1904 Mar 17 1905 Mar 6 1907 Jul 10 1908 Jun 28 1911 Oct 22 1914 Feb 25 1915 Feb 14 1915 Aug 10 1916 Jul 30 1917 Dec 14 1918 Dec 3 1919 Nov 22 1921 Apr 8 1922 Mar 28 1923 Mar 17 1925 Jul 20 1926 Jul 9 1927 Jan 3 1929 Nov 1 1932 Mar 7 1933 Feb 24 1933 Aug 21 1934 Aug 10 1935 Dec 25 1936 Dec 13 1937 Dec 2 1939 Apr 19 1940 Apr 7 1941 Mar 27 1943 Aug 1 1945 Jan 14 1947 Nov 12 1948 May 9 1950 Mar 18 1951 Mar 7 1951 Sep 1 1952 Aug 20 1954 Jan 5 1954 Dec 25 1955 Dec 14 1957 Apr 30 1958 Apr 19 1959 Apr 8 1961 Aug 11 1962 Jul 31 1963 Jan 25 1965 Nov 23 1966 May 20 1969 Mar 18 1969 Sep 11 1970 Aug 31 1972 Jan 16 1973 Jan 4 1973 Dec 24 1976 Apr 29 1977 Apr 18 1979 Aug 22 1980 Aug 10 1981 Feb 4 1983 Dec 4 1984 May 30 1987 Sep 23 1988 Sep 11 1990 Jan 26 1991 Jan 15 1992 Jan 4 1994 May 10 1995 Apr 29 1998 Aug 22 1999 Feb 16 2001 Dec 14 2002 Jun 10 2003 May 31 2005 Oct 3 2006 Sep 22 2008 Feb 7 2009 Jan 26 2010 Jan 15 2012 May 20 2013 May 10 2014 Apr 29 2016 Sep 1 2017 Feb 26 → 2019 Dec 26 2020 Jun 21 2021 Jun 10 2023 Oct 14 2024 Oct 2 2026 Feb 17 2027 Feb 6 2028 Jan 26 2030 Jun 1 2031 May 21 2032 May 9 2034 Sep 12 2035 Mar 9 2038 Jan 5 2038 Jul 2 2039 Jun 21 2041 Oct 25 2042 Oct 14 2043 Oct 3 2044 Feb 28 2045 Feb 16 2046 Feb 5 2048 Jun 11 2049 May 31 2052 Sep 22 2053 Mar 20 2056 Jan 16 2056 Jul 12 2057 Jul 1 2059 Nov 5 2060 Oct 24 2061 Oct 13 2063 Feb 28 2064 Feb 17 2066 Jun 22 2067 Jun 11 2070 Oct 4 2071 Mar 31 2074 Jan 27 2074 Jul 24 2075 Jul 13 2077 Nov 15 2078 Nov 4 2079 Oct 24 2081 Mar 10 2082 Feb 27 2084 Jul 3 2085 Jun 22 2085 Dec 16 2088 Oct 14 2089 Apr 10 2092 Feb 7 2092 Aug 3 2093 Jul 23 2095 Nov 27 2096 Nov 15 2097 Nov 4 2099 Mar 21 2100 Mar 10 Partial eclipses → symbol denotes next partial eclipse 1902 Apr 8 1902 May 7 1902 Oct 31 1906 Feb 23 1906 Jul 21 1906 Aug 20 1909 Dec 12 1910 Nov 2 1913 Apr 6 1913 Aug 31 1913 Sep 30 1916 Dec 24 1917 Jan 23 1917 Jun 19 1917 Jul 19 1920 May 18 1920 Nov 10 1924 Mar 5 1924 Jul 31 1924 Aug 30 1927 Dec 24 1928 Jun 17 1928 Nov 12 1931 Apr 18 1931 Sep 12 1931 Oct 11 1935 Jan 5 1935 Feb 3 1935 Jun 30 1935 Jul 30 1938 Nov 21 1942 Mar 16 1942 Aug 12 1942 Sep 10 1946 Jan 3 1946 May 30 1946 Jun 29 1946 Nov 23 1949 Apr 28 1949 Oct 21 1953 Feb 14 1953 Jul 11 1953 Aug 9 1956 Dec 2 1960 Mar 27 1960 Sep 20 1964 Jan 14 1964 Jun 10 1964 Jul 9 1964 Dec 4 1967 May 9 1968 Mar 28 1971 Feb 25 1971 Jul 22 1971 Aug 20 1974 Dec 13 1975 May 11 1975 Nov 3 1978 Apr 7 1978 Oct 2 1982 Jan 25 1982 Jun 21 1982 Jul 20 1982 Dec 15 1985 May 19 1986 Apr 9 1989 Mar 7 1989 Aug 31 1992 Dec 24 1993 May 21 1993 Nov 13 1996 Apr 17 1996 Oct 12 1997 Sep 2 2000 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Retrieved from `` https://en.wikipedia.org/w/index.php?title=Solar_eclipse_of_February_26,_1979&oldid=806700676 '' Categories : Total solar eclipses 20th - century solar eclipses 1979 in science February 1979 events Hidden categories : Commons category without a link on Wikidata Talk Contents About Wikipedia Bân - lâm - gú فارسی 한국어 Nederlands 中文 Edit links This page was last edited on 23 October 2017, at 16 : 45. Text is available under the Creative Commons Attribution - ShareAlike License ; additional terms may apply. By using this site, you agree to the Terms of Use and Privacy Policy. Wikipedia ® is a registered trademark of the Wikimedia Foundation, Inc., a non-profit organization. About Wikipedia

Question: where was the path of totality in the 1979 eclipse
Answer: Washington