2013 Equinox, Solstice & Cross-Quarter Moments
TIME TABLES FOR: 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020 | | | Other Zone Offsets Eastern Europe UT +2 hrs. Moscow UT +3 hrs. Middle East UT +3 hrs. Afghanistan UT +4.5 hrs. Pakistan UT +5 hrs. India UT +5.5 hrs. China UT +8 hrs. Japan UT +9 hrs. |
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EVENT | Hawaiian Standard | Alaskan | Pacific | Mountain | Central | Eastern | Atlantic | Newf'lnd | UT | Western Europe | Central Europe | Perth | Darwin | Sydney | New Zealand |
Imbolc | February 3 | August 7* |
05:57 | 06:57 | 07:57 | 08:57 | 09:57 | 10:57 | 11:57 | 12:27 | 15:57 | 15:57 | 16:57 | 16:21 | 17:51 | 18:21 | 20:21 |
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Vernal Equinox | March 20 | September 23 |
01:02 | 03:02 | 04:02 | 05:02 | 06:02 | 07:02 | 08:02 | 08:32 | 11:02 | 11:02 | 12:02 | 04:44 | 06:14 | 06:44 | 08:44 |
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Beltaine | 5/4 | May 5 | November 7 |
22:05 | 00:05 | 01:05 | 02:05 | 03:05 | 04:05 | 05:05 | 05:35 | 08:05 | 09:05 | 10:05 | 14:07 | 15:37* | 16:07* | 19:07 |
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Summer Solstice | June 20 | June 21 | December 22 |
19:04 | 21:04 | 22:04 | 23:04 | 00:04 | 01:04 | 02:04 | 02:34 | 05:04 | 06:04 | 07:04 | 01:11 | 02:41* | 03:11* | 06:11 |
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Lughnasad | 8/6 | August 7 | 2/3 | February 4 |
22:21 | 00:21 | 01:21 | 02:21 | 03:21 | 04:21 | 05:21 | 05:51 | 08:21 | 09:21 | 10:21 | 23:57 | 01:27* | 01:57* | 04:57 |
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Autumnal Equinox | September 22 | March 20 | 3/21 |
10:44 | 12:44 | 13:44 | 14:44 | 15:44 | 16:44 | 17:44 | 18:14 | 20:44 | 21:44 | 22:44 | 19:02 | 20:32* | 21:02* | 00:02 |
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Samhain | November 6 | November 7 | May 5 |
20:07 | 21:07 | 22:07 | 23:07 | 00:07 | 01:07 | 02:07 | 02:37 | 06:07 | 06:07 | 07:07 | 16:05 | 17:35 | 18:05 | 20:05 |
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Winter Solstice | December 21 | June 21 |
07:11 | 08:11 | 09:11 | 10:11 | 11:11 | 12:11 | 13:11 | 13:41 | 17:11 | 17:11 | 18:11 | 13:04 | 14:34 | 15:04 | 17:04 |
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foot notes | Equinox and Solstice data from the U.S. Naval Observatory, Washington DC. Cross-Quarter moments are interpolated as the midway points between the Solstices and Equinoxes measured in degrees along the ecliptic. Former NASA scientist Rollin Gillespie uses this spatial method rather than simply splitting in half the time interval between a Solstice and an Equinox. * Southern Hemisphere seasons are opposite those north of the Equator. |
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