Hybrid Solar Eclipse
The annular solar eclipse of May 2013, photographed from Tennant Creek, Northern Territory, Australia. © Mrpulley.
The table below lists all the hybrid solar eclipses between 1950 and 2299.
See also
- Eclipses
- Solar eclipses
- Total solar eclipses
- Annular solar eclipses
- Hybrid solar eclipses
- Partial solar eclipses
- Lunar eclipses
- Eclipse visibility maps by year
- Map of all solar eclipses
List of hybrid solar eclipses 1950 – 2299
| Date | Duration (partial)[1] | Duration (total)[2] | Eclipse Charts[1] | Google Earth Overlay[1] |
| 1986 Oct 3 | 04h15m | PNG | PDF | SVG | KMZ file | |
| 1987 Mar 29 | 05h30m | 00m08s | PNG | PDF | SVG | KMZ file |
| 2005 Apr 8 | 05h28m | 00m42s | PNG | PDF | SVG | KMZ file |
| 2013 Nov 3 | 05h21m | 01m39s | PNG | PDF | SVG | KMZ file |
| 2023 Apr 20 | 05h23m | 01m16s | PNG | PDF | SVG | KMZ file |
| 2031 Nov 14 | 05h25m | 01m08s | PNG | PDF | SVG | KMZ file |
| 2049 Nov 25 | 05h26m | 00m38s | PNG | PDF | SVG | KMZ file |
| 2050 May 20 | 04h40m | 00m21s | PNG | PDF | SVG | KMZ file |
| 2067 Dec 6 | 05h28m | 00m08s | PNG | PDF | SVG | KMZ file |
| 2164 Mar 22 | 05h16m | 00m29s | PNG | PDF | SVG | KMZ file |
| 2172 Oct 17 | 05h30m | 01m34s | PNG | PDF | SVG | KMZ file |
| 2182 Apr 3 | 05h11m | 00m58s | PNG | PDF | SVG | KMZ file |
| 2190 Oct 28 | 05h31m | 01m04s | PNG | PDF | SVG | KMZ file |
| 2208 Nov 9 | 05h33m | 00m34s | PNG | PDF | SVG | KMZ file |
| 2209 May 4 | 04h53m | 00m28s | PNG | PDF | SVG | KMZ file |
| 2226 Nov 20 | 05h35m | 00m03s | PNG | PDF | SVG | KMZ file |
Sources
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[1] – |
The eclipse maps presented on this website were computed using EclipseSimulator. This is an open-source tool which traces the positions of the Sun, Earth and Moon over the course of each eclipse and traces the path of the Moon's shadow across the Earth's surface. It was written by the author and freely available for download from GitHub. EclipseSimulator takes the positions of each body from the JPL DE430 planetary ephemeris. It treats the Earth and Moon as ellipsoids with the same polar and equatorial radii which are also assumed by Fred Espenak's eclipse predictions. All eclipse predictions are made at sea level. The predictions here match those calculated by Xavier Jubier to within a few kilometers. |
|
[2] – |
Espanak, F., & Meeus, J., Five Millennium Canon of Solar Eclipses: -1999 to +3000, NASA Technical Publication TP-2006-214141 (2006) |