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TABLE 4. Recent Solar Eclipses[1], Cycle of 18 Years, 11 Days, 8 Hours[2]
Saros 129 runs from Oct. 03, 1103 to Feb. 21, 2528 AD (1424.38 yrs.)[3]

	19-yr cycle 3957 BC	12		2-24-1933		11 3-07-1951	10 3-18-1969				9 3-29-1987		8 4-08-2005	7 4-20-2023
				8-21-1933		9-01-1951	9-11-1969				9-23-1987		10-03-2005	10-14-2023
			13		2-14-1934	12 2-25-1952			11 3-07-1970		10 3-18-1988		9 3-29-2006	8 4-08-2024
					8-10-1934	8-20-1952			8-31-1970		9-11-1988		9-22-2006	10-02-2024
			14		2-03-1935	13 2-14-1953			12 2-25- 1971		11 3-07- 1989		10 3-19-2007	9 3-29-2025
					6-30-1935	7-11-1953			7-22-1971
					7-30-1935	8-09-1953			8-20-1971		8-31-1989		9-11-2007	9-21-2025
			15		12-25-1936	14 1-05-1954			13 1-16-1972		12 1-26-1990		11 2-07-2008	10 2-17-2026
					6-19-1936	6-30-1954			7-10-1972		7-22-1990		8-01-2008	8-12-2026
					12-13-1936
			16	6-08-1937		15 12-25-1955			14 1-04-1973		13 1-15-1991		12 1-26-2009	11 2-06-2027
				12-02-1937		6-20-1955			6-30-1973		7-11-1991		7-22-2009	8-02-2027
			17	5-29-1938		16 12-14-1956			15 12-24-1974		14 1-04-1992		13 1-15-2010	12 1-26-2028
				11-21-1938		6-08-1956			6-20-1974		6-30-1992		7-11-2010	7-22-2028
											12-24-1992
			18	4-19-1939		17 12-02-1957			16 12-13-1975		15 5-21-1993		14 1-04-2011	13 1-14-2029
						4-30-1957			5-11-1975		11-13-1993		6-01-2011	6-12-2029
				10-12-1939		10-23-1957			11-03-1975				11-25-2011	12-05-2029
			19	4-07-1940		18 4-19-1958			17 4-29-1976		16 5-10-1994		15 5-20-2012	14 6-01-2030
				10-01-1940		10-12-1958			10-23-1976		11-03-1994		11-13-2013	11-25-2030
19-yr cycle 3761 BC		1		9-21-1941		10-02-1959			10-12-1977		10-24-1995		11-03-2013	15 5-21-2031
														11-14-2031
			2	3-16-1942		1 3-27-1960		19 4-07-1978		18 4-17-1996		17 4-29-2014		16 5-09-2032
				9-10-1942		9-20-1960		10-02-1978		10-12-1996		10-23-2014		11-03-2032
			3	2-04-1943		2 2-15-1961		1 2-26-1979		19 3-09-1997		18 3-20-2015		17 3-30-2033
				8-01-1943		8-11-1961		8-22-1979		9-02-1997		9-13-2015		9-23-2033
												3-09-2015
			4	1-25-1944		3 2-05-1962		2 2-16- 1980		1 2-26-1998		19 9-01-2016		18 3-20-2034
				7-20-1944		7-31-1962		8-10-1980		8-22-1998				9-12-2034
			5	1-14-1945		4 1-25-1963		3 2-04-1981		2 2-16-1999		1 2-26-2017		19 3-09-2035
				7-09-1945		7-20-1963		7-31-1981		8-11-1999		8-21-2017		9-02-2035
			66	1-03-1946		5 1-14-1964		4 1-25- 1982		3 2-05-2000		2 2-15-2018		1 2-27-2036
				5-30-1946		6-10-1964		6-21-1982		7-01-2000		7-13-2018		7-23-2036
				6-29-1946		7-09-1964		7-20-1982		7-31-2000		8-11-2018		8-21-2036
					11-23-1946	12-04-1964		12-15-1982		12-25-2000
			7		5-20-1947	6 5-30-1965		5 6-11-1983		4 6-21-2001		3 1-06-2019		2 1-16-2037
					11-12-1947	11-23-1965		12-04-1983		12-14-2001		7-02-2019		7-13-2037
												12-26-2019		1-05-2037
			8		5-09-1948	7 5-20-1966		6 5-30-1984		5 6-10-2002		4 6-21-2020		3 7-02-2038
					11-01-1948	11-12-1966		11-22-1984		12-04-2002		12-14-2020		12-26-2038
			9		4-28-1949	8 5-09-1967		7 5-19-1985		6 5-31-2003		5 6-10-2021		4 6-21-2039
					10-21-1949	11-02-1967		11-12-1985		11-23-2003		12-04-2021		12-15-2039
			10		3-18-1950	9 3-28-1968		8 4-09-1986		7 4-19-2004		6 4-30-2022		5 5-11-2040
					9-12-1950	9-22-1968		10-03-1986		10-14-2004		10-25-2022		11-04-2040

18-year cycle (223 lunations), that is, 12 lunar months before 19 years.

= 19-year cycle (235 lunations)

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[1] Solar eclipses occur on new moons. Lunar eclipses are during full moons.

[2] Eclipse cycle (223 moons) ends about 354 days (12 moons) before the end of 19-years (235 moons), 11.3333 days after the end of the 18-year cycle.

[3] Calculations by Fred Espenak, NASA/GSFC, Fifty Year Canon of Solar Eclipses: 1986-2035.