2086 Sky Event Almanac
Mountain Standard Time
The following table gives the date and time of the important astronomical events for the year. The times listed are for Mountain Standard Time (Coordinated Universal Time − 7 hours) . This time zone may have different names in different countries. If Daylight Saving Time is in effect, add one hour to the times listed. A key to astronomical terms appears below the almanac.
2086 Sky Event Almanac | ||||||||
Mountain Standard Time | ||||||||
January - June | July - December | |||||||
Date MST Event (h:m) Jan 03 08 Earth at Perihelion: 0.98332 AU 04 00 Quadrantid Meteor Shower 05 03 Mercury at Superior Conjunction 05 05:32 Moon at Apogee: 405066 km 07 20:06 LAST QUARTER MOON 08 08:59 Spica 2.5°N of Moon 11 20:56 Antares 3.4°S of Moon 12 20:22 Moon at Ascending Node 13 08:01 Mars 1.1°S of Moon: Occn. 15 04:24 NEW MOON 15 21 Venus at Perihelion 17 01:10 Moon at Perigee: 361912 km 21 19:41 FIRST QUARTER MOON 23 19:36 Pleiades 2.2°N of Moon 25 13:33 Moon at Descending Node 29 10:49 FULL MOON Feb 01 04 Jupiter at Opposition 01 21:51 Moon at Apogee: 405946 km 03 06 Neptune at Opposition 04 16:28 Spica 2.3°N of Moon 06 01 Mercury at Greatest Elong: 18.3°E 06 15:30 LAST QUARTER MOON 08 06:28 Antares 3.6°S of Moon 08 13 Mercury at Perihelion 09 03:37 Moon at Ascending Node 10 07:55 Venus 3.1°N of Moon 11 08:03 Mars 3.4°S of Moon 13 15:27 NEW MOON 13 23 Uranus in Conjunction with Sun 14 09:44 Moon at Perigee: 357829 km 20 01:22 Pleiades 2.4°N of Moon 20 06:48 FIRST QUARTER MOON 21 11 Mercury at Inferior Conjunction 21 14:50 Moon at Descending Node 28 05:21 FULL MOON 28 12 Venus at Greatest Elong: 46.8°W Mar 01 03:54 Moon at Apogee: 406459 km 03 22:40 Spica 2.1°N of Moon 07 14:01 Antares 3.9°S of Moon 08 06:23 Moon at Ascending Node 08 07:30 LAST QUARTER MOON 11 18:53 Venus 1.9°S of Moon 13 07:26 Mercury 4.9°S of Moon 14 21:46 Moon at Perigee: 356789 km 15 01:04 NEW MOON 19 09:12 Pleiades 2.7°N of Moon 19 20:36 Vernal Equinox 20 06 Mercury at Greatest Elong: 27.7°W 20 16:00 Moon at Descending Node 21 20:16 FIRST QUARTER MOON 24 12 Mercury at Aphelion 28 04:54 Moon at Apogee: 406404 km 29 23:17 FULL MOON 31 04:29 Spica 2.0°N of Moon Apr 01 20 Venus 1.4°N of Mars 03 19:53 Antares 4.1°S of Moon 04 07:11 Moon at Ascending Node 06 19:22 LAST QUARTER MOON 09 00 Saturn in Conjunction with Sun 12 08:10 Moon at Perigee: 358914 km 13 09:53 NEW MOON 15 19:06 Pleiades 2.8°N of Moon 16 20:53 Moon at Descending Node 20 11:40 FIRST QUARTER MOON 22 21 Lyrid Meteor Shower 24 15:37 Moon at Apogee: 405704 km 27 10:53 Spica 2.0°N of Moon 28 15:35 FULL MOON May 01 01:31 Antares 4.2°S of Moon 01 10:00 Moon at Ascending Node 01 13 Mercury at Superior Conjunction 05 10 Eta-Aquarid Meteor Shower 06 03:26 LAST QUARTER MOON 07 12 Mercury at Perihelion 08 05 Venus at Aphelion 10 11:33 Moon at Perigee: 363362 km 12 18:41 NEW MOON 14 05:32 Moon at Descending Node 19 21 Venus 0.4°N of Saturn 20 04:19 FIRST QUARTER MOON 22 08:25 Moon at Apogee: 404729 km 24 18:14 Spica 2.1°N of Moon 28 05:35 FULL MOON 28 05:41 Partial Lunar Eclipse; mag=0.818 28 08:15 Antares 4.2°S of Moon 28 16:14 Moon at Ascending Node 31 12 Mercury at Greatest Elong: 23.2°E Jun 02 23 Mars at Perihelion: 1.38108 AU 04 08:51 LAST QUARTER MOON 06 18:37 Moon at Perigee: 368272 km 08 21:51 Venus 4.0°S of Moon 09 14:33 Pleiades 2.9°N of Moon 10 14:56 Moon at Descending Node 11 04:04 Total Solar Eclipse; mag=1.017 11 04:12 NEW MOON 12 15:18 Mercury 1.8°N of Moon 18 14 Mars 0.9°N of Saturn 18 21:33 FIRST QUARTER MOON 19 02:56 Moon at Apogee: 404212 km 20 13:11 Summer Solstice 21 02:16 Spica 2.0°N of Moon 24 16:26 Antares 4.2°S of Moon 25 00:24 Moon at Ascending Node 26 16:26 Venus 4.2°N of Aldebaran 26 17 Mercury at Inferior Conjunction 26 17:04 FULL MOON |
Date MST Event (h:m) Jul 01 21:43 Moon at Perigee: 369036 km 03 13:10 LAST QUARTER MOON 05 14:00 Mars 4.4°S of Moon 06 19 Earth at Aphelion: 1.01667 AU 06 21:32 Pleiades 2.9°N of Moon 07 22:00 Moon at Descending Node 08 17:38 Venus 0.3°N of Moon: Occn. 09 07:06 Mercury 2.7°S of Moon 10 15:02 NEW MOON 16 21:25 Moon at Apogee: 404547 km 18 10:17 Spica 1.9°N of Moon 18 14:45 FIRST QUARTER MOON 18 19 Mercury at Greatest Elong: 20.5°W 22 01:29 Antares 4.3°S of Moon 22 07:49 Moon at Ascending Node 26 02:24 FULL MOON 26 15 Mercury 0.8°S of Venus 28 12 Delta-Aquarid Meteor Shower 28 18:59 Moon at Perigee: 364494 km Aug 01 18:01 LAST QUARTER MOON 03 02:59 Pleiades 3.1°N of Moon 03 04:06 Mars 2.2°S of Moon 03 11 Mercury at Perihelion 04 01:11 Moon at Descending Node 07 22:05 Venus 4.6°N of Moon 08 00 Neptune in Conjunction with Sun 09 03:38 NEW MOON 13 04 Perseid Meteor Shower 13 14:28 Moon at Apogee: 405496 km 14 04 Mercury at Superior Conjunction 14 17:36 Spica 1.7°N of Moon 17 07:14 FIRST QUARTER MOON 18 10:13 Antares 4.5°S of Moon 18 12:23 Moon at Ascending Node 19 03:47 Mars 4.5°N of Aldebaran 20 07 Uranus at Opposition 21 04 Jupiter in Conjunction with Sun 24 10:25 FULL MOON 25 19:04 Moon at Perigee: 359804 km 28 13 Venus at Perihelion 30 08:38 Pleiades 3.3°N of Moon 31 00:52 LAST QUARTER MOON 31 01:56 Moon at Descending Node 31 16:38 Mars 0.1°N of Moon: Occn. Sep 07 18:17 NEW MOON 09 19:43 Mercury 4.0°N of Moon 10 03:10 Moon at Apogee: 406378 km 11 00:03 Spica 1.5°N of Moon 14 14:11 Moon at Ascending Node 15 22:17 FIRST QUARTER MOON 16 11 Mercury at Aphelion 20 22:35 Mercury 0.1°N of Spica 22 05:33 Autumnal Equinox 22 18:15 FULL MOON 23 03:35 Moon at Perigee: 357038 km 26 16:14 Pleiades 3.6°N of Moon 27 04:16 Moon at Descending Node 27 21 Mercury at Greatest Elong: 26.1°E 29 02:22 Mars 2.2°N of Moon 29 10:52 LAST QUARTER MOON Oct 03 12 Venus at Superior Conjunction 07 07:11 Moon at Apogee: 406627 km 07 10:56 NEW MOON 09 09:55 Mercury 1.2°S of Moon 11 15:51 Moon at Ascending Node 15 11:18 FIRST QUARTER MOON 19 08 Saturn at Opposition 21 15:00 Moon at Perigee: 357173 km 21 20 Orionid Meteor Shower 22 02:56 FULL MOON 22 08 Mercury at Inferior Conjunction 24 02:14 Pleiades 3.7°N of Moon 24 11:12 Moon at Descending Node 24 21:04 Aldebaran 5.0°S of Moon 27 05:42 Mars 4.1°N of Moon 29 00:40 LAST QUARTER MOON 30 10 Mercury at Perihelion Nov 03 10:53 Moon at Apogee: 406226 km 04 12:13 Spica 1.4°N of Moon 05 21 S Taurid Meteor Shower 06 04:53 NEW MOON 07 03 Mercury at Greatest Elong: 18.9°W 07 20:03 Moon at Ascending Node 12 20 N Taurid Meteor Shower 13 22:11 FIRST QUARTER MOON 18 02 Leonid Meteor Shower 19 01:15 Moon at Perigee: 360374 km 20 13:12 FULL MOON 20 13:17 Partial Lunar Eclipse; mag=0.986 20 13:22 Pleiades 3.7°N of Moon 20 21:46 Moon at Descending Node 21 08:01 Aldebaran 4.9°S of Moon 27 18:17 LAST QUARTER MOON Dec 01 00:42 Moon at Apogee: 405341 km 01 19:11 Spica 1.4°N of Moon 05 02:53 Moon at Ascending Node 05 22:36 Partial Solar Eclipse; mag=0.927 05 22:48 NEW MOON 07 08:33 Venus 3.4°S of Moon 13 07:20 FIRST QUARTER MOON 14 16 Geminid Meteor Shower 15 11 Mercury at Superior Conjunction 17 02:07 Moon at Perigee: 365768 km 17 23:24 Pleiades 3.7°N of Moon 18 07:54 Moon at Descending Node 18 18:23 Aldebaran 4.9°S of Moon 20 01:19 FULL MOON 21 03:24 Winter Solstice 23 00 Ursid Meteor Shower 26 19 Mars at Opposition 27 14:58 LAST QUARTER MOON 28 20:31 Moon at Apogee: 404509 km 29 02:56 Spica 1.4°N of Moon |
Terms Used in Sky Event Almanac
- Perihelion - instant when a planet is closest to the Sun
- Aphelion - instant when a planet is furthest from the Sun
- Perigee - instant when the Moon is closest to Earth
- Apogee - instant when the Moon is furthest from Earth
- Inferior Conjunction - instant when a planet (Mercury or Venus) passes between Earth and the Sun
- Superior Conjunction - instant when a planet (Mercury or Venus) passes on the opposite side of the Sun from Earth
- Greatest Elongation - the maximum angular separation between the Sun and the planet (Mercury or Venus) as seen from Earth
- during eastern elongation (E), the planet appears as an evening star;
- during western elongation (W), the planet appears as a morning star - Opposition - instant when a planet appears opposite the Sun as seen from Earth
- Conjunction - instant when a planet appears closest the Sun as seen from Earth
- Occultation - the Moon occults or eclipses a star or planet
- Ascending Node - point where the Moon crosses from the southern to northern portion of its orbit
- Descending Node - point where the Moon crosses from the northern to the southern portion of its orbit
- Aldebaran - bright star in the constellation Taurus
- Pollux - bright star in the constellation Gemini
- Regulus - bright star in the constellation Leo
- Spica - bright star in the constellation Virgo
- Antares - bright star in the constellation Scorpius
- Pleiades - bright star cluster in the constellation Taurus
2086 Phases of the Moon
Mountain Standard Time
The following table gives the date and time of the Moon's phases for the year. The times listed are for Mountain Standard Time (Coordinated Universal Time − 7 hours) . This time zone may have different names in different countries. If Daylight Saving Time is in effect, add one hour to the times listed.
2086 Phases of the Moon | |||
Mountain Standard Time | |||
New Moon | First Quarter | Full Moon | Last Quarter |
- | - | - | Jan 07 20:06 |
Jan 15 04:24 | Jan 21 19:41 | Jan 29 10:49 | Feb 06 15:30 |
Feb 13 15:27 | Feb 20 06:48 | Feb 28 05:21 | Mar 08 07:30 |
Mar 15 01:04 | Mar 21 20:16 | Mar 29 23:17 | Apr 06 19:22 |
Apr 13 09:53 | Apr 20 11:40 | Apr 28 15:35 | May 06 03:26 |
May 12 18:41 | May 20 04:19 | May 28 05:35 p | Jun 04 08:51 |
Jun 11 04:12 T | Jun 18 21:33 | Jun 26 17:04 | Jul 03 13:10 |
Jul 10 15:02 | Jul 18 14:45 | Jul 26 02:24 | Aug 01 18:01 |
Aug 09 03:38 | Aug 17 07:14 | Aug 24 10:25 | Aug 31 00:52 |
Sep 07 18:17 | Sep 15 22:17 | Sep 22 18:15 | Sep 29 10:52 |
Oct 07 10:56 | Oct 15 11:18 | Oct 22 02:56 | Oct 29 00:40 |
Nov 06 04:53 | Nov 13 22:11 | Nov 20 13:12 p | Nov 27 18:17 |
Dec 05 22:48 P | Dec 13 07:20 | Dec 20 01:19 | Dec 27 14:58 |
For a collection of images showing the Moon's phases see: Phases of the Moon Photo Gallery.
The Phases of the Moon table also shows when an eclipse takes place. An eclipse of the Sun can only occur at New Moon (see: Solar Eclipses for Beginners), while an eclipse of the Moon can only occur at Full Moon (see: Lunar Eclipses for Beginners). In any calendar year there are a minimum of two solar and two lunar eclipses.
If an eclipse of the Sun or Moon takes place on a given date, it is noted by a character next to the date in the Phases of the Moon table. Solar eclipses are indicated as: T=Total, A=Annular, H=Hybrid and P=Partial. Lunar eclipses are indicated as: t=Total, p=Partial, and n=Penumbral.
Solar Eclipses
The following table contains links to a series of web pages covering the 21st Century. Each one summarizes ten years of solar eclipses. Every eclipse has links to a global visibility map, an interactive Google map, tables, and additional information.
Decade Pages of Solar Eclipses | |||||
Decades | |||||
---|---|---|---|---|---|
2001-2010 | 2011-2020 | 2021-2030 | 2031-2040 | 2041-2050 | |
2051-2060 | 2061-2070 | 2071-2080 | 2081-2090 | 2091-2100 |
Lunar Eclipses
The following table contains links to a series of web pages covering the 21st Century. Each one summarizes ten years of lunar eclipses. Every eclipse has links to an eclipse diagram, a global visibility map, tables, and additional information.
Decade Pages of Lunar Eclipses | |||||
Decades | |||||
---|---|---|---|---|---|
2001-2010 | 2011-2020 | 2021-2030 | 2031-2040 | 2041-2050 | |
2051-2060 | 2061-2070 | 2071-2080 | 2081-2090 | 2091-2100 |
Sky Event Almanacs: 2081 to 2090
The Americas
Below are links to sky event almanacs from 2081 to 2090 for eight time zones in the Americas.
Choose a time zone and click on a year to get a sky event almanac for that year.
Sky Event Almanacs - The Americas | |||||||||||||||
ART | 2081 | 2082 | 2083 | 2084 | 2085 | 2086 | 2087 | 2088 | 2089 | 2090 | |||||
AST | 2081 | 2082 | 2083 | 2084 | 2085 | 2086 | 2087 | 2088 | 2089 | 2090 | |||||
EST | 2081 | 2082 | 2083 | 2084 | 2085 | 2086 | 2087 | 2088 | 2089 | 2090 | |||||
CST | 2081 | 2082 | 2083 | 2084 | 2085 | 2086 | 2087 | 2088 | 2089 | 2090 | |||||
MST | 2081 | 2082 | 2083 | 2084 | 2085 | 2086 | 2087 | 2088 | 2089 | 2090 | |||||
PST | 2081 | 2082 | 2083 | 2084 | 2085 | 2086 | 2087 | 2088 | 2089 | 2090 | |||||
AKST | 2081 | 2082 | 2083 | 2084 | 2085 | 2086 | 2087 | 2088 | 2089 | 2090 | |||||
HST | 2081 | 2082 | 2083 | 2084 | 2085 | 2086 | 2087 | 2088 | 2089 | 2090 |
- ART = Argentina Time (= UTC - 3 hours)
- AST = Atlantic Standard Time (= UTC - 4 hours)
- EST = Eastern Standard Time (= UTC - 5 hours)
- CST = Central Standard Time (= UTC - 6 hours)
- MST = Mountain Standard Time (= UTC - 7 hours)
- PST = Pacific Standard Time (= UTC - 8 hours)
- AKST = Alaskan Standard Time (= UTC - 9 hours)
- HST = Hawaiian Standard Time (= UTC - 10 hours)
(where UTC = Coordinated Universal Time)
- Time Zones Abbreviations
A time zone may have a different name in different countries. Note the difference in hours between a given time zone and Coordinated Universal Time to help in identification.
For other years and other time zones, visit: Sky Event Almanacs.
Accuracy of the Sky Event Almanacs
The goal of the Sky Event Almanacs is to present a wide range of solar system phenomena with reasonable accuracy. In general, events listed to the nearest hour are accurate to ± 30 minutes. Events listed with a precision in hours and minutes (i.e., hh:mm) are typically accurate to ± 5 minutes or less.
The following table gives a more detailed breakdown of the accuracy of times for various astronomical events.
Accuracy of the Sky Event Almanacs | |
Solstice/Equinox (Earth) | ± 0.5 minute |
Aphelion/Perihelion (Earth) | ± 30 minutes; ± 0.00001 AU |
Solar and Lunar Eclipses | ± 0.5 minute |
Phases of the Moon | ± 0.5 minute |
Moon at Nodes | ± 2 minutes |
Apogee/Perigee of Moon | ± 5 minutes; ± 5 kilometers |
Conjunctions of Moon with Star or Planet | ± 10 minutes |
Conjunctions of Planet with Planet | ± 3 hours |
Inferior/Superior Conjunctions (Mercury & Venus) | ± 30 minutes |
Greatest Elongation (Mercury & Venus) | ± 30 minutes |
Opposition/Conjunction (Outer Planets) | ± 3 hours |
Aphelion/Perihelion of Planets | ± 30 minutes |
Acknowledgements
All calculations are by Fred Espenak and he assumes full responsibility for their accuracy. Algorithms used in predicting many of the astronomical events are based on Astronomical Algorithms by Jean Meeus (Willmann-Bell Inc. Richmond 1998).
Permission is freely granted to reproduce this data when accompanied by the acknowledgment:
- "Sky Event Almanacs Courtesy of Fred Espenak, www.AstroPixels.com".
Return to: Sky Event Almanacs
Return to: Planetary Ephemeris Data
Useful External Links
Interactive Sky Chart (Sky and Telescope)
Sky Maps (sky-map.org)
Astronomical Almanac (Sky and Telescope)
Weather Forecast for Astronomy (Clear Outside)
GOES-East Images (NOAA-GOES)
Astronomy Tools (Astronomy Tools)