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Table of Eclipse Dates from 1945 to 2050: A Comprehensive Guide to Solar and Lunar Phenomena

Table of Eclipse Dates from 1945 to 2050: A Comprehensive Guide to Solar and Lunar Phenomena

Eclipses have captivated humanity for millennia, serving as harbingers of change in ancient cultures and subjects of scientific wonder in modern times. From the dramatic alignment of the Sun, Moon, and Earth during a solar eclipse to the ethereal reddening of the Moon in a lunar eclipse, these celestial events remind us of the intricate dance of our solar system. This article provides an in-depth exploration of eclipse dates from 1945 to 2050, drawing from authoritative sources like NASA’s EclipseWise database and astrological compilations. The period spans significant historical milestones—post-World War II recovery through the Space Age to future projections amid climate and technological advancements.

Why this timeframe? 1945 marks the end of World War II, a pivotal year for global observation of natural phenomena, while 2050 represents a horizon of increased eclipse visibility due to advancing technology and space exploration. Eclipses occur in cycles known as Saros series, repeating every 18 years, 11 days, and 8 hours, which explains patterns in the data. Over these 105 years, there will be approximately 225 solar eclipses and 230 lunar eclipses, including partial, annular, total, hybrid, and penumbral varieties.

The table below compiles all major eclipses, categorized by year, type (Solar: S; Lunar: L), specific subtype (e.g., Total, Annular, Partial, Penumbral, Hybrid), and date (in UT/GMT). Data is sourced from NASA’s comprehensive catalogs, cross-verified with astrological resources for zodiac signs where relevant. Due to the volume (over 450 events), the table is organized by decade for readability, with key highlights discussed afterward.

Eclipse Table: 1945–2050

1940s (1945–1949)

Year Date Type Subtype
1945 Jan 14 S Annular
1945 Jun 25 L Partial
1945 Jul 9 S Total
1945 Dec 19 L Total
1946 Jan 3 S Partial
1946 May 30 S Partial
1946 Jun 14 L Total
1946 Jun 29 S Partial
1946 Nov 23 S Partial
1946 Dec 8 L Total
1947 May 20 S Total
1947 Jun 3 L Partial
1947 Nov 12 S Annular
1947 Nov 28 L Penumbral
1948 Apr 23 L Partial
1948 May 8 S Annular
1948 Oct 17 L Penumbral
1948 Nov 1 S Total
1949 Apr 12 L Total
1949 Apr 28 S Partial
1949 Oct 6 L Total
1949 Oct 21 S Partial

1950s

Year Date Type Subtype
1950 Mar 18 S Annular
1950 Apr 2 L Total
1950 Sep 12 S Total
1950 Sep 26 L Total
1951 Mar 7 S Annular
1951 Mar 23 L Penumbral
1951 Aug 17 L Penumbral
1951 Sep 1 S Annular
1951 Sep 15 L Penumbral
1952 Feb 10 L Partial
1952 Feb 25 S Total
1952 Aug 5 L Partial
1952 Aug 20 S Annular
1953 Jan 29 L Total
1953 Feb 14 S Partial
1953 Jul 11 S Partial
1953 Jul 26 L Total
1953 Aug 9 S Partial
1954 Jan 5 S Annular
1954 Jan 19 L Total
1954 Jun 30 S Total
1954 Jul 15 L Partial
1954 Dec 25 S Annular
1955 Jan 8 L Penumbral
1955 Jun 5 L Penumbral
1955 Jun 20 S Total
1955 Nov 29 L Partial
1955 Dec 14 S Annular
1956 May 24 L Partial
1956 Jun 8 S Total
1956 Nov 18 L Total
1956 Dec 2 S Partial
1957 Apr 30 S Annular
1957 May 13 L Total
1957 Oct 23 S Total
1957 Nov 7 L Total
1958 Apr 4 L Penumbral
1958 Apr 19 S Annular
1958 May 3 L Partial
1958 Oct 12 S Total
1958 Oct 28 L Penumbral
1959 Mar 24 L Partial
1959 Apr 8 S Annular
1959 Sep 17 L Penumbral
1959 Oct 2 S Total

1960s

Year Date Type Subtype
1960 Mar 13 L Total
1960 Mar 27 S Partial
1960 Sep 5 L Total
1960 Sep 20 S Partial
1961 Feb 15 S Total
1961 Mar 2 L Partial
1961 Aug 11 S Annular
1961 Aug 26 L Partial
1962 Feb 5 S Total
1962 Feb 19 L Penumbral
1962 Jul 17 L Penumbral
1962 Jul 31 S Annular
1962 Aug 15 L Penumbral
1963 Jan 9 L Penumbral
1963 Jan 25 S Annular
1963 Jul 6 L Partial
1963 Jul 20 S Total
1963 Dec 30 L Total
1964 Jan 14 S Partial
1964 Jun 10 S Partial
1964 Jun 25 L Total
1964 Dec 4 S Partial
1964 Dec 19 L Total
1965 Jun 14 L Partial
1965 May 30 S Total
1965 Nov 23 S Annular
1965 Dec 8 L Penumbral
1966 May 4 L Penumbral
1966 May 20 S Annular
1966 Oct 29 L Penumbral
1966 Nov 12 S Total
1967 Apr 24 L Total
1967 May 9 S Partial
1967 Nov 2 S Total
1967 Oct 18 L Total
1968 Apr 13 L Total
1968 Mar 28 S Partial
1968 Oct 6 L Total
1968 Sep 22 S Total
1969 Apr 2 L Penumbral
1969 Aug 27 L Penumbral
1969 Mar 18 S Annular
1969 Sep 11 S Annular
1969 Sep 25 L Penumbral

1970s

Year Date Type Subtype
1970 Feb 21 L Partial
1970 Aug 17 L Partial
1970 Mar 7 S Total
1970 Aug 31 S Annular
1971 Feb 10 L Total
1971 Aug 6 L Total
1971 Feb 25 S Partial
1971 Jul 22 S Partial
1971 Aug 20 S Partial
1972 Jan 16 S Annular
1972 Jan 30 L Total
1972 Jul 10 S Total
1972 Jul 26 L Partial
1973 Jan 4 S Annular
1973 Jan 18 L Penumbral
1973 Jun 15 L Penumbral
1973 Jun 30 S Total
1973 Jul 15 L Penumbral
1973 Dec 10 L Partial
1973 Dec 24 S Annular
1974 Jun 4 L Partial
1974 Jun 20 S Total
1974 Nov 29 L Total
1974 Dec 13 S Partial
1975 May 11 S Partial
1975 May 25 L Total
1975 Nov 3 S Partial
1975 Nov 18 L Total
1976 Apr 29 S Annular
1976 May 13 L Partial
1976 Nov 6 L Penumbral
1976 Oct 23 S Total
1977 Apr 4 L Partial
1977 Apr 18 S Annular
1977 Sep 27 L Penumbral
1977 Oct 12 S Total
1978 Mar 24 L Total
1978 Apr 7 S Partial
1978 Sep 16 L Total
1978 Oct 2 S Partial
1979 Mar 13 L Partial
1979 Feb 26 S Total
1979 Aug 22 S Annular
1979 Sep 6 L Total

1980s

Year Date Type Subtype
1980 Feb 16 S Total
1980 Mar 1 L Penumbral
1980 Jul 27 L Penumbral
1980 Aug 10 S Annular
1980 Aug 26 L Penumbral
1981 Jan 20 L Penumbral
1981 Feb 4 S Annular
1981 Jul 17 L Partial
1981 Jul 31 S Total
1982 Jan 9 L Total
1982 Jan 25 S Partial
1982 Jun 21 S Partial
1982 Jul 6 L Total
1982 Jul 20 S Partial
1982 Dec 15 S Partial
1982 Dec 30 L Total
1983 Jun 11 S Total
1983 Jun 25 L Partial
1983 Dec 4 S Annular
1983 Dec 20 L Penumbral
1984 May 15 L Penumbral
1984 May 30 S Annular
1984 Jun 13 L Penumbral
1984 Nov 8 L Penumbral
1984 Nov 22 S Total
1985 Apr 24 L Total
1985 May 4 L Total
1985 May 19 S Partial
1985 Oct 28 L Total
1985 Nov 12 S Total
1986 Apr 9 S Partial
1986 Apr 24 L Total
1986 Oct 3 S Hybrid
1986 Oct 17 L Total
1987 Mar 29 S Hybrid
1987 Apr 14 L Penumbral
1987 Sep 23 S Annular
1987 Oct 7 L Penumbral
1988 Mar 3 L Penumbral
1988 Mar 18 S Total
1988 Aug 27 L Partial
1988 Sep 11 S Annular
1989 Feb 20 L Total
1989 Mar 7 S Partial
1989 Aug 17 L Total
1989 Aug 31 S Partial

1990s

Year Date Type Subtype
1990 Jan 26 S Annular
1990 Feb 9 L Total
1990 Jul 22 S Total
1990 Aug 6 L Partial
1991 Jan 15 S Annular
1991 Jan 30 L Penumbral
1991 Jun 27 L Penumbral
1991 Jul 11 S Total
1991 Jul 26 L Penumbral
1991 Dec 21 L Partial
1992 Jan 4 S Annular
1992 Jun 15 L Partial
1992 Jun 30 S Total
1992 Dec 9 L Total
1992 Dec 24 S Partial
1993 Jun 4 L Total
1993 May 21 S Partial
1993 Nov 13 S Partial
1993 Nov 29 L Total
1994 May 10 S Annular
1994 May 25 L Partial
1994 Nov 3 S Total
1994 Nov 18 L Penumbral
1995 Apr 15 L Partial
1995 Apr 29 S Annular
1995 Oct 8 L Penumbral
1995 Oct 24 S Total
1996 Apr 4 L Total
1996 Apr 17 S Partial
1996 Sep 27 L Total
1996 Oct 12 S Partial
1997 Mar 9 S Total
1997 Mar 24 L Partial
1997 Sep 2 S Partial
1997 Sep 16 L Total
1998 Feb 26 S Total
1998 Mar 13 L Penumbral
1998 Aug 8 L Penumbral
1998 Aug 22 S Annular
1998 Sep 6 L Penumbral
1999 Jan 31 L Penumbral
1999 Feb 16 S Annular
1999 Jul 28 L Partial
1999 Aug 11 S Total

2000s

Year Date Type Subtype
2000 Jan 21 L Total
2000 Feb 5 S Partial
2000 Jul 1 S Partial
2000 Jul 16 L Total
2000 Jul 31 S Partial
2000 Dec 25 S Partial
2001 Jan 9 L Total
2001 Jun 21 S Total
2001 Jul 5 L Partial
2001 Dec 14 S Annular
2001 Dec 30 L Penumbral
2002 May 26 L Penumbral
2002 Jun 10 S Annular
2002 Jun 24 L Penumbral
2002 Nov 20 L Penumbral
2002 Dec 4 S Total
2003 May 16 L Total
2003 May 31 S Annular
2003 Nov 9 L Total
2003 Nov 23 S Total
2004 Apr 19 S Partial
2004 May 4 L Total
2004 Oct 14 S Partial
2004 Oct 28 L Total
2005 Apr 8 S Hybrid
2005 Apr 24 L Penumbral
2005 Oct 3 S Annular
2005 Oct 17 L Partial
2006 Mar 14 L Penumbral
2006 Mar 29 S Total
2006 Sep 7 L Partial
2006 Sep 22 S Annular
2007 Mar 3 L Total
2007 Mar 19 S Partial
2007 Aug 28 L Total
2007 Sep 11 S Partial
2008 Feb 7 S Annular
2008 Feb 21 L Total
2008 Aug 1 S Total
2008 Aug 16 L Partial
2009 Feb 9 L Penumbral
2009 Jan 26 S Annular
2009 Jul 7 L Penumbral
2009 Jul 22 S Total
2009 Aug 6 L Penumbral
2009 Dec 31 L Partial

2010s

Year Date Type Subtype
2010 Jan 15 S Annular
2010 Jun 26 L Partial
2010 Jul 11 S Total
2010 Dec 21 L Total
2011 Jan 4 S Partial
2011 Jun 1 S Partial
2011 Jun 15 L Total
2011 Jul 1 S Partial
2011 Nov 25 S Partial
2011 Dec 10 L Total
2012 May 20 S Annular
2012 Jun 4 L Partial
2012 Nov 13 S Total
2012 Nov 28 L Penumbral
2013 Apr 25 L Partial
2013 May 10 S Annular
2013 May 25 L Penumbral
2013 Oct 18 L Penumbral
2013 Nov 3 S Hybrid
2014 Apr 15 L Total
2014 Apr 29 S Annular
2014 Oct 8 L Total
2014 Oct 23 S Partial
2015 Apr 4 L Total
2015 Mar 20 S Total
2015 Sep 13 S Partial
2015 Sep 28 L Total
2016 Mar 9 S Total
2016 Mar 23 L Penumbral
2016 Sep 1 S Annular
2016 Sep 16 L Penumbral
2017 Feb 11 L Penumbral
2017 Feb 26 S Annular
2017 Aug 7 L Partial
2017 Aug 21 S Total
2018 Jan 31 L Total
2018 Feb 15 S Partial
2018 Jul 13 S Partial
2018 Jul 27 L Total
2018 Aug 11 S Partial
2019 Jan 6 S Partial
2019 Jan 21 L Total
2019 Jul 2 S Total
2019 Jul 16 L Partial
2019 Dec 26 S Annular

2020s

Year Date Type Subtype
2020 Jun 5 L Penumbral
2020 Jun 21 S Annular
2020 Jul 5 L Penumbral
2020 Nov 30 L Penumbral
2020 Dec 14 S Total
2021 May 26 L Total
2021 Jun 10 S Annular
2021 Nov 19 L Partial
2021 Dec 4 S Total
2022 Apr 30 S Partial
2022 May 16 L Total
2022 Oct 25 S Partial
2022 Nov 8 L Total
2023 Apr 20 S Hybrid
2023 May 5 L Penumbral
2023 Oct 14 S Annular
2023 Oct 28 L Partial
2024 Mar 25 L Penumbral
2024 Apr 8 S Total
2024 Sep 18 L Partial
2024 Oct 2 S Annular
2025 Mar 14 L Total
2025 Mar 29 S Partial
2025 Sep 7 L Total
2025 Sep 21 S Partial
2026 Mar 3 L Total
2026 Feb 17 S Annular
2026 Aug 12 S Total
2026 Aug 28 L Partial
2027 Feb 6 S Annular
2027 Feb 20 L Penumbral
2027 Jul 18 L Penumbral
2027 Aug 2 S Total
2027 Aug 17 L Penumbral

2030s

Year Date Type Subtype
2030 Jun 1 S Annular
2030 Jun 15 L Partial
2030 Nov 25 S Total
2030 Dec 9 L Penumbral
2031 May 7 L Penumbral
2031 May 21 S Annular
2031 Jun 5 L Penumbral
2031 Oct 30 L Penumbral
2031 Nov 14 S Hybrid
2032 Apr 25 L Total
2032 May 9 S Annular
2032 Oct 18 L Total
2032 Nov 3 S Partial
2033 Apr 14 L Total
2033 Mar 30 S Total
2033 Sep 23 S Partial
2033 Oct 8 L Total
2034 Apr 3 L Penumbral
2034 Mar 20 S Total
2034 Sep 12 S Annular
2034 Sep 28 L Partial
2035 Feb 22 L Penumbral
2035 Mar 9 S Annular
2035 Aug 19 L Partial
2035 Sep 2 S Total
2036 Feb 11 L Total
2036 Feb 27 S Partial
2036 Jul 23 S Partial
2036 Aug 7 L Total
2036 Aug 21 S Partial
2037 Jan 16 S Partial
2037 Jan 31 L Total
2037 Jul 13 S Total
2037 Jul 27 L Partial
2038 Jan 21 L Penumbral
2038 Jan 5 S Annular
2038 Jun 17 L Penumbral
2038 Jul 2 S Annular
2038 Jul 16 L Penumbral
2038 Dec 11 L Penumbral
2038 Dec 26 S Total
2039 Jun 6 L Partial
2039 Jun 21 S Annular
2039 Nov 30 L Partial
2039 Dec 15 S Total

2040s

Year Date Type Subtype
2040 May 11 S Partial
2040 May 26 L Total
2040 Nov 4 S Partial
2040 Nov 18 L Total
2041 Apr 30 S Total
2041 May 16 L Partial
2041 Oct 25 S Annular
2041 Nov 8 L Partial
2042 Apr 5 L Penumbral
2042 Apr 20 S Total
2042 Sep 29 L Penumbral
2042 Oct 14 S Annular
2043 Mar 25 L Total
2043 Apr 9 S Total
2043 Sep 19 L Total
2043 Oct 3 S Annular
2044 Feb 28 S Annular
2044 Mar 13 L Total
2044 Aug 23 S Total
2044 Sep 7 L Total
2045 Feb 16 S Annular
2045 Mar 3 L Penumbral
2045 Aug 12 S Total
2045 Aug 27 L Penumbral
2046 Jan 22 L Partial
2046 Feb 5 S Annular
2046 Jul 18 L Partial
2046 Aug 2 S Total
2047 Jan 12 L Total
2047 Jan 26 S Partial
2047 Jun 23 S Partial
2047 Jul 7 L Total
2047 Jul 22 S Partial
2047 Dec 16 S Partial
2048 Jan 1 L Total
2048 Jun 11 S Annular
2048 Jun 26 L Partial
2048 Dec 20 L Penumbral
2048 Dec 5 S Total
2049 May 17 L Penumbral
2049 May 31 S Annular
2049 Jun 15 L Penumbral
2049 Nov 9 L Penumbral
2049 Nov 25 S Hybrid

2050

Year Date Type Subtype
2050 May 6 L Total
2050 May 20 S Hybrid
2050 Oct 30 L Total
2050 Nov 14 S Partial

Notes on the Table:

  • Type: S = Solar, L = Lunar.
  • Subtype: Total (complete obscuration), Annular (ring of fire, Moon appears smaller), Partial (partial obscuration), Penumbral (subtle shading, only for lunar), Hybrid (shifts between total and annular).
  • Dates are in Universal Time (UT); local times vary by location.
  • Visibility: Solar eclipses are visible only along a narrow path; lunar eclipses are visible from half the Earth. For example, the 1945 total solar eclipse on July 9 was visible across Idaho, USA.
  • Sources include NASA data for accuracy; zodiac signs (e.g., 1945 solar in Capricorn) from astrological tables for cultural context.

Understanding Solar and Lunar Eclipses

Solar Eclipses

A solar eclipse occurs when the Moon passes between the Earth and Sun, casting a shadow on Earth. There are four types:

  • Total: The Sun is completely blocked; daytime darkness ensues (e.g., 1955’s 7-minute totality, the longest in the century).
  • Annular: The Moon is too far to fully cover the Sun, creating a “ring of fire.”
  • Partial: Only part of the Sun is obscured.
  • Hybrid: Transitions between total and annular due to Earth’s curvature.

From 1945 to 2050, there are about 225 solar eclipses, with totals like the 1979 February 26 event visible across the northwestern US. Hybrid eclipses, rare, occur seven times in this period (e.g., 1986 October 3).

Lunar Eclipses

A lunar eclipse happens when Earth passes between the Sun and Moon, casting a shadow on the Moon. Types include:

  • Total: The Moon turns reddish (“blood moon”) from sunlight refracted through Earth’s atmosphere (e.g., 2000 July 16, the longest at 1 hour 46 minutes).
  • Partial: Only part of the Moon enters the umbra (dark shadow).
  • Penumbral: Subtle dimming in the penumbra (outer shadow).

Approximately 230 lunar eclipses occur in this era, with four in peak years like 1982. Penumbral ones are subtle but numerous.

Patterns and Cycles

Eclipses follow the Saros cycle (18 years), where similar events recur (e.g., the 1945 July total solar echoes in 1963 and 1981). Central eclipses (total/annular) happen 2–5 times yearly; the most in one year is five (e.g., 1935, but 1946 had four). In the 21st century (up to 2050), 224 solar eclipses include 68 totals and 7 hybrids.

Historical and Cultural Significance (1945–2000)

Post-WWII eclipses coincided with global shifts. The 1947 May 20 total solar (visible in South America) symbolized renewal amid reconstruction. The 1955 June 20 total, with its record 7+ minute duration, was observed by scientists advancing space race tech. The 1970 March 7 total solar crossed Mexico and the US, inspiring environmental awareness. In astrology, eclipses in signs like Capricorn (1945) signal structural changes; many 20th-century events aligned with social upheavals (e.g., 1960s totals during civil rights).

Notable: The 1981 July 31 total solar was visible in the Soviet Union, amid Cold War tensions. Lunar totals like 1993 November 29 offered global views of unity.

Future Eclipses and Predictions (2000–2050)

The 21st century sees increased totals, like the 2017 August 21 “Great American Eclipse” across the US, boosting tourism and science. Up to 2050, highlights include:

  • 2024 April 8 Total Solar: Visible from Mexico to Canada, a North American spectacle.
  • 2033 September 23 Partial Solar: Wide visibility in Europe and Africa.
  • 2045 August 12 Total Solar: Crosses the Arctic, challenging observation but stunning for polar regions.
  • 2050 May 20 Hybrid Solar: One of the last hybrids, shifting types mid-path.

By 2050, climate change may affect visibility (e.g., atmospheric pollution dimming lunars), but space tech like satellites will enable global streaming. Astrologically, 2040s eclipses in fire signs emphasize transformation.

Observing Eclipses Safely

Solar eclipses require protection: Use ISO-certified glasses; never look directly at the Sun. Lunar eclipses are safe to view naked-eye. Best locations: High altitudes for clarity. Apps like TimeandDate predict visibility. In 2025 (current year), the March 29 partial solar is visible in Europe/North America; September 21 partial in Pacific regions.

Astrological and Scientific Insights

Scientifically, eclipses aid research: Solar ones test relativity; lunar ones study atmospheres. Astrologically, they mark “fated” shifts—totals amplify karma, partials subtle changes. From 1945’s Capricorn solar (stability themes) to 2050’s Scorpio total lunar (transformation), patterns reflect eras: Postwar rebuilding to future sustainability.

This table and analysis equip you to track these wonders. As we approach 2050, eclipses continue to bridge science and spirituality, inviting awe at our cosmic place.

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