Penumbral Lunar Eclipse

by Dominic Ford, Editor
Last updated: 23 Mar 2020

The Moon. Simulated image courtesy of Tom Ruen.

The table below lists all the penumbral lunar eclipses between 1950 and 2299.

See also
List of penumbral lunar eclipses 1950 – 2299
1951 Mar 23
1951 Aug 16
1951 Sep 15
1955 Jan 8
1955 Jun 5
1958 Apr 3
1958 Oct 27
1959 Sep 16
1962 Feb 19
1962 Jul 17
1962 Aug 15
1963 Jan 9
1965 Dec 8
1966 May 4
1966 Oct 29
1969 Apr 2
1969 Aug 27
1969 Sep 25
1973 Jan 18
1973 Jun 15
1973 Jul 15
1976 Nov 6
1977 Sep 27
1980 Mar 1
1980 Jul 27
1980 Aug 25
1981 Jan 20
1983 Dec 19
1984 May 15
1984 Jun 13
1984 Nov 8
1987 Apr 13
1987 Oct 7
1988 Mar 3
1991 Jan 30
1991 Jun 26
1991 Jul 26
1994 Nov 18
1995 Oct 8
1998 Mar 12
1998 Aug 7
1998 Sep 6
1999 Jan 31
2001 Dec 30
2002 May 26
2002 Jun 24
2002 Nov 19
2005 Apr 24
2006 Mar 14
2009 Feb 9
2009 Jul 7
2009 Aug 5
2012 Nov 28
2013 May 25
2013 Oct 18
2016 Mar 23
2016 Sep 16
2017 Feb 10
2020 Jan 10
2020 Jun 5
2020 Jul 5
2020 Nov 30
2023 May 5
2024 Mar 25
2027 Feb 20
2027 Jul 18
2027 Aug 17
2030 Dec 9
2031 May 6
2031 Jun 5
2031 Oct 30
2034 Apr 3
2035 Feb 22
2038 Jan 20
2038 Jun 16
2038 Jul 16
2038 Dec 11
2042 Apr 5
2042 Sep 29
2045 Mar 3
2045 Aug 27
2048 Dec 20
2049 May 17
2049 Jun 15
2049 Nov 9
2052 Apr 13
2053 Mar 4
2053 Aug 29
2056 Feb 1
2056 Jun 27
2056 Jul 26
2056 Dec 21
2060 Apr 15
2060 Oct 9
2060 Nov 7
2063 Sep 7
2066 Dec 31
2067 May 28
2067 Jun 26
2067 Nov 20
2070 Apr 25
2071 Mar 15
2071 Sep 9
2074 Feb 11
2074 Jul 8
2074 Aug 6
2075 Jan 2
2078 Apr 27
2078 Oct 20
2078 Nov 19
2081 Sep 17
2082 Aug 8
2085 Jan 10
2085 Jun 7
2085 Jul 7
2085 Dec 1
2089 Mar 26
2089 Sep 19
2092 Feb 23
2092 Jul 18
2092 Aug 17
2093 Jan 12
2096 May 7
2096 Jun 5
2096 Oct 31
2096 Nov 29
2099 Sep 29
2100 Feb 24
2100 Aug 19
2103 Jan 23
2103 Jun 20
2103 Jul 19
2103 Dec 13
2107 Apr 7
2107 May 7
2107 Oct 2
2110 Mar 6
2111 Jan 24
2114 May 19
2114 Jun 18
2114 Nov 12
2114 Dec 12
2118 Mar 7
2118 Aug 31
2121 Feb 2
2121 Jun 30
2121 Jul 29
2121 Dec 23
2125 Apr 17
2125 May 17
2125 Oct 12
2128 Mar 16
2129 Feb 4
2132 May 29
2132 Jun 28
2132 Nov 22
2132 Dec 22
2136 Mar 18
2136 Apr 16
2136 Sep 10
2139 Feb 13
2139 Jul 11
2139 Aug 10
2140 Jan 4
2143 Apr 29
2143 May 28
2143 Oct 23
2147 Feb 15
2147 Sep 9
2150 Jun 10
2150 Jul 9
2150 Dec 4
2151 Jan 2
2154 Mar 29
2154 Apr 27
2154 Sep 21
2154 Oct 21
2158 Jan 14
2161 May 9
2161 Jun 7
2161 Nov 2
2165 Feb 25
2165 Aug 21
2165 Sep 20
2168 Jul 20
2168 Dec 14
2169 Jan 13
2172 Apr 8
2172 May 8
2172 Oct 1
2172 Oct 31
2176 Jan 25
2179 May 20
2179 Jun 19
2179 Nov 14
2183 Mar 9
2183 Sep 2
2183 Oct 1
2186 Jul 31
2186 Dec 26
2187 Jan 24
2190 Apr 20
2190 May 19
2190 Oct 13
2190 Nov 11
2194 Feb 5
2194 Aug 2
2197 May 31
2197 Jun 29
2197 Nov 24
2201 Mar 20
2201 Sep 13
2201 Oct 12
2204 Aug 11
2205 Jan 6
2205 Feb 4
2208 May 1
2208 May 30
2208 Oct 24
2208 Nov 23
2212 Feb 17
2212 Mar 18
2212 Aug 13
2215 Jun 12
2215 Jul 11
2215 Dec 6
2219 Mar 31
2219 Sep 24
2219 Oct 24
2222 Aug 22
2223 Jan 17
2223 Feb 16
2223 Jul 13
2226 May 12
2226 Jun 11
2226 Nov 4
2226 Dec 4
2230 Feb 27
2230 Mar 29
2230 Aug 24
2233 Jun 22
2233 Jul 22
2233 Dec 17
2237 Apr 11
2237 May 10
2237 Oct 5
2237 Nov 3
2241 Jan 28
2241 Feb 26
2241 Jul 23
2244 May 23
2244 Jun 21
2244 Nov 15
2244 Dec 14
2248 Mar 10
2248 Apr 8
2248 Sep 3
2248 Oct 3
2251 Dec 28
2255 Apr 22
2255 May 22
2255 Oct 16
2255 Nov 14
2259 Feb 8
2259 Mar 9
2259 Aug 3
2259 Sep 2
2262 Jun 3
2262 Jul 2
2262 Nov 26
2262 Dec 26
2266 Mar 21
2266 Apr 20
2266 Sep 15
2266 Oct 14
2270 Jan 7
2273 May 2
2273 Jun 1
2273 Oct 26
2273 Nov 25
2277 Feb 18
2277 Mar 20
2277 Aug 14
2277 Sep 12
2280 Jun 13
2280 Jul 13
2280 Dec 6
2281 Jan 5
2284 Apr 1
2284 Apr 30
2284 Sep 25
2284 Oct 25
2288 Jan 19
2288 Aug 12
2291 May 14
2291 Jun 12
2291 Nov 7
2291 Dec 6
2295 Mar 2
2295 Mar 31
2295 Aug 25
2295 Sep 24
2298 Dec 18
2299 Jan 16

Source

These eclipse predictions were computed by the author based on the DE430 planetary ephemeris computed by the Jet Propulsion Laboratory (JPL). The position of the Sun, Earth and Moon were extracted from the DE430 files using EphemerisCompute, which was written by the author and is freely available for download.

They assume that the Earth and Moon are both ellipsoids with fixed polar and equatorial radii, and do not take into account the irregular topography of either body. All eclipse predictions are made at sea level. In practice, this means that the predictions presented here are inaccurate by at most of few seconds.

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