Moon in Conjunction With Planets 2022

~22 min
Moon-Jupiter Conjunction on December 29, 2022

From this article, you’ll learn what planets passed near the Moon in our sky of 2022. For this year’s conjunctions, read our other monthly-updated article.

Contents

December conjunctions#

December 2: Moon-Jupiter conjunction#

On December 2, 2022, at 12:52 GMT (7:52 a.m. EST), the Moon will pass at a distance of 2°30' from Jupiter. To see them close together, use binoculars or observe with the naked eye – fortunately, Jupiter (magnitude -2.6) is perfectly visible even without optics. You will find it near the waxing gibbous Moon in the constellation Pisces. Both objects will reach the highest point in the sky by 8 p.m. local time.

December 5: Moon-Uranus conjunction#

On December 5, 2022, at 17:30 GMT (12:30 p.m. EST), the Moon will pass within 36'12″ from Uranus. The distance is a little too far to spot both objects at once through a telescope. Uranus (magnitude 5.7) is not the easiest target for the naked eye, especially when it’s near the bright, 96%-illuminated Moon. Binoculars will be the best option. Both celestial bodies will be in the constellation Aries and will climb the highest by 11 p.m. local time. The Pleiades(magnitude 1.2), also shining near the Moon, will add up to the scene as a “co-star” (or “co-star-cluster”).

Observers from parts of Asia, Northern Africa, Northern Europe, and Greenland will have a chance to see the Moon passing in front of Uranus. The event is called lunar occultation and can only be observed from certain parts of the world; the rest will see the conjunction.

December 8: Moon-Mars conjunction#

On December 8, 2022, at 04:21 GMT (December 7, 11:21 p.m. EST), the Full Moon and Mars will meet in the constellation Taurus. The distance between them will be 32', which is a bit too far for a telescope's field of view. Opt for binoculars or observe with the naked eye – on the same day, Mars will reach opposition and shine at its brightest (magnitude -1.9).

Another spectacular event that will occur on December 8 is the lunar occultation of Mars. It will be visible in the sky above Northern America, Europe and Northern Africa – stargazers from that locations will see the luminous Red Planet disappearing behind the Full Moon.

December 24: Moon-Venus conjunction#

On December 24, 2022, at 11:29 GMT (6:29 a.m. EST), the Moon will be at a distance of 3°28' from Venus. The conjunction will be a challenge to see because it occurs one day after the New Moon, so our natural satellite will be almost invisible. Venus (magnitude -3.9) will fall behind the horizon an hour after the Sun, so there's not much time for observations. You can also find Mercury (magnitude -0.5) shining nearby.

December 24: Moon-Mercury conjunction#

On December 24, 2022, at 18:31 GMT (1:31 p.m. EST), the Moon will also meet Mercury (magnitude -0.5) in the constellation Sagittarius. The distance between the two objects will be 3°45'. You will have a hard time finding the 5%-illuminated Moon, but the planet will be in a good position. On December 21, it will reach its greatest eastern elongation, meaning it will break away from the Sun's glare and will appear in the evening sky not affected by its light. Mercury will set an hour and a half after the Sun; find it shining low above the horizon. Those who’ll start their observations right after sunset might also spot Venus (magnitude -3.9) near Mercury.

December 26: Moon-Saturn conjunction#

On December 26, at 16:11 GMT (11:11 a.m. EST), the Moon will come close to Saturn. The distance between the two celestial bodies will be 4°. The Moon will appear as a barely visible crescent. The planet (magnitude 0.8) will be shining in the evening sky for about three hours after sunset. Observe both objects through binoculars or with the naked eye in the constellation Capricornus.

December 29: Moon-Jupiter conjunction#

On December 29, at 10:29 GMT (5:29 a.m. EST), the Moon will slide by Jupiter for the second time this month. Jupiter (magnitude -2.4) will shine 2°18' away from the waxing crescent. The duo will climb the highest by 6 p.m. local time. Observe them in the constellation Pisces via binoculars or with the naked eye.

November conjunctions#

November 1: Moon-Saturn conjunction#

On November 1, 2022, at 21:08 GMT (5:08 p.m. EDT), the Moon will pass Saturn at a distance of 4°11'. Grab a pair of binoculars or observe with the naked eye: the planet (magnitude 0.7) will shine brightly near the first quarter Moon in the constellation Capricornus. The celestial bodies will reach the highest point in the sky by 7 p.m. local time. The further south, the higher they will be in the sky.

November 4: Moon-Jupiter conjunction#

On November 4, 2022, at 20:19 GMT (4:19 p.m. EDT), observe the Moon near Jupiter in the constellation Pisces. The distance between the two bodies will be 2°23', which is too far to fit within the field of view of a telescope. Luckily, Jupiter (magnitude -2.8) and the waxing gibbous Moon will be the brightest objects in the night sky, so you won’t need optical devices to spot them. By 10 p.m. local time, they will climb the highest above the horizon.

November 11: Moon-Mars conjunction#

On November 11, 2022, at 13:43 GMT (8:43 a.m. EST), the waning gibbous Moon will meet Mars (magnitude -1.5) at a distance of 2°27' in the constellation Taurus. The planet is gradually getting brighter: on this day, it will be one month away from its opposition and will even be more prominent than the nearby Aldebaran (magnitude 0.9) and Betelgeuse (magnitude 0.5). You will easily find Mars next to the Moon, even with the naked eye. The pair will rise the highest by 3 a.m. local time.

November 24: Moon-Venus conjunction#

On November 24, 2022, at 13:00 GMT (8:00 EST), the Moon will approach Venus by a distance of 2°12'. Unfortunately, the event will be hard to observe as the planet will be close to the Sun and only visible in the southern latitudes for an hour after sunset. Moreover, the conjunction occurs the day after the New Moon, so our natural satellite will be almost invisible.

November 29: Moon-Saturn conjunction#

On November 29, 2022, at 04:40 GMT (November 28, 11:40 p.m. EST), the Moon and Saturn will meet again in the constellation Capricornus. The distance between the lunar crescent and the planet (magnitude 0.8) will be 4°09'. Feel free to start your observations after sunset: the two objects will be high in the sky just by this time.

October conjunctions#

October 5: Moon-Saturn conjunction#

On October 5, 2022, at 15:51 GMT (11:51 a.m. EDT), Saturn (magnitude 0.3) will meet the 83%-illuminated Moon in the constellation Capricornus. The apparent distance between the two objects will be 4°6'. It’s too far to spot them at once via telescope, but you’ll easily see the conjunction with the naked eye or binoculars. The planet will reach its highest point in the sky by around 9 p.m. local time.

October 8: Moon-Jupiter conjunction#

On October 8, 2022, at 18:06 GMT (2:06 p.m. EDT), one day before the Full Moon, Jupiter will pass 2°6' from our natural satellite. Find them in the constellation Pisces; the planet shining near the Moon at a magnitude of -2.9 can be spotted with binoculars or with the naked eye. It’s best to start observations at midnight; the Moon and Jupiter will rise the highest by this time.

October 12: Moon-Uranus conjunction#

On October 12, 2022, at 06:11 GMT (2:11 a.m. EDT), the Moon and Uranus will pass within 42'12″ of each other. It’s a little too far to observe the conjunction through a telescope. Better use binoculars: you will hardly see dim Uranus (magnitude 5.7) near the bright, 91%-illuminated Moon without any optical devices. By 2 a.m. local time, the planet will be at the highest point above the horizon. Spot it near the Moon in the constellation Aries.

Stargazers from parts of North and South America might also see the Moon passing in front of Uranus. The event is called lunar occultation and is hard to spot: most of the world will only see the conjunction.

October 15: Moon-Mars conjunction#

On October 15, 2022, at 04:28 GMT (12:28 a.m. EDT), observe the Moon shining 4° away from Mars in the constellation Taurus, right between the horns of the celestial bull. The distance between the two bodies is too wide to fit within the field of view of a telescope; to see the conjunction, opt for binoculars or observe the pair with the naked eye. Mars will shine at a magnitude of -0.9, and the Moon will be 68%-illuminated. They will reach the highest point in the sky by 5 a.m. local time.

October 24: Moon-Mercury conjunction#

On October 24, 2022, at 15:00 GMT (11:00 a.m. EDT), the Moon will approach Mercury at a distance of 18'; both objects will be in the constellation Virgo. This will happen the day before the New Moon; therefore, our natural satellite will be almost invisible. Mercury, shining at a magnitude of -1.1, will rise an hour before the Sun, so there won't be much time to spot it.

October 25: Moon-Venus conjunction#

On October 25, 2022, at 08:00 GMT (4:00 a.m. EDT), three hours before the solar eclipse, the New Moon will come close to Venus and occult it. Both objects will be in the constellation Virgo. The planet will be right next to the Sun and, therefore, unobservable.

September conjunctions#

September 8: Moon-Saturn conjunction#

On September 8, at 10:31 GMT (6:31 a.m. EDT), two days before the Full Moon, our natural satellite will meet Saturn in the constellation Capricornus. The celestial bodies will be 3°56' apart. The distance is too far for them to fit within the field of view of a telescope. To see both objects at once, use binoculars or observe them with the naked eye. Saturn will shine at a magnitude of 0.3; it might be tricky to spot it next to the 96%-illuminated Moon.

September 11: Moon-Jupiter conjunction#

On September 11, at 15:11 GMT (11:11 a.m. EDT), the Moon will pass 1°48' from Jupiter. At the moment of conjunction, both objects will be in the constellation Pisces. The event will occur one day after the Full Moon, and the 96%-illuminated lunar disk will be the brightest spot in the night sky. A telescope will provide the best view of the lunar craters. Opt for binoculars or observe with the naked eye to see the conjunction: Jupiter will shine at a magnitude of -2.9, which is bright enough to be found without optical devices.

September 17: Moon-Mars conjunction#

On September 17, at 01:41 GMT (September 16, 9:41 p.m. EDT), observe the half-illuminated Moon next to Mars in the constellation Taurus. The distance between them will be 3°36', which is too far to fit within the field of view of a telescope. To see both objects together, you can take binoculars or observe the scene without optical devices: Mars will be within naked-eye visibility, shining at a magnitude of -0.4.

August conjunctions#

August 12: Moon-Saturn conjunction#

On August 12, at 03:55 GMT (August 11, 11:55 p.m. EDT), Saturn will pass 3°54' from the Full Moon. Both celestial objects will be in the constellation Capricornus. The planet will shine at a magnitude of 0.3. Spot the star-like dot next to the Moon with the naked eye or via binoculars. With a telescope, you will get a closer view of Saturn and its rings but won’t see the conjunction – the distance between the Moon and the planet will be too far.

August 15: Moon-Jupiter conjunction#

On August 15, at 09:37 GMT (5:37 a.m. EDT), the Moon will meet Jupiter in the constellation Cetus. The apparent distance between them will be 1°51', which is too wide to fit within a telescope’s field of view, so use binoculars or observe the scene with the naked eye. Jupiter will shine brightly at a magnitude of -2.8. The 81% illuminated Moon will have a magnitude of -12.5.

August 18: Close approach of the Moon and Uranus#

On August 18, at 14:14 GMT (10:14 EDT), the Moon and Uranus will pass within a mere 31'6″ of each other. It’s a little too far to observe both objects at once through a telescope lens; binoculars will provide a better view of the scene. Stargazers from parts of the United States and Kiribati might also see a lunar occultation of Uranus – the Moon will appear to move in front of the planet. Uranus will have a magnitude of 5.8, and the half-illuminated Moon will shine at a magnitude of -11.9. Find them in the constellation Aries.

August 19: Moon-Mars conjunction#

On August 19, at 12:16 GMT (8:16 a.m. EDT), the Moon will pass 2°41' from Mars; both objects will be in the constellation Taurus. The lunar disk (magnitude -11.7) will be illuminated by 42%, and the Red Planet will have a magnitude of 0.0. Observe the conjunction with the naked eye or through a pair of binoculars.

August 25: Moon-Venus conjunction#

On August 25, at 20:58 GMT (4:58 p.m. EDT), Venus will pass 4°17' from the almost invisible Moon. Our natural satellite will reach its new phase two days later, so its surface will be only 1% illuminated. Enjoy Venus shining at a magnitude of -3.9, bright enough for the unaided eye. Both space objects will be in the constellation Cancer.

August 29: Moon-Mercury conjunction#

On August 29, at 10:51 GMT (6:51 a.m. EDT), the Moon will meet Mercury in the constellation Virgo. The apparent distance between them will be 6°38', which is too far to fit within the field of view of the optical devices. However, Mercury shining at a magnitude of 0.2 will be visible to the naked eye. The lunar disk will be 6% illuminated and will appear as a thin waxing crescent.

July Conjunctions#

July 15: Moon-Saturn conjunction#

In July, Saturn will be the first planet to get close to the Moon. Observe the conjunction on July 15, at 20:16 GMT (4:16 p.m. EDT). The 16-days-old Moon will shine at a magnitude of -12.7 within 4°02' from Saturn (magnitude 0.4) in the constellation Capricornus. The pair can be spotted with the naked eye or through a pair of binoculars, but both objects won't fit into a telescope's field of view.

July 19: Moon-Jupiter conjunction#

On July 19, at 00:55 GMT (July 18, 8:55 p.m. EDT), see the Moon meeting Jupiter in the constellation Cetus. Our natural satellite will have a magnitude of -12.2, and bright Jupiter will reach a magnitude of -2.6. The objects will be separated by a distance of 2°13', which is too wide for telescope objectives, but you can try to spot the bright duo with the naked eye or use a pair of binoculars for an even greater view.

July 21: Moon-Mars conjunction#

Two days later, the conjunction of the Moon and Mars will take place. Enjoy the celestial meet-up on July 21, at 16:46 GMT (12:46 p.m. EDT). The Moon will shine at a magnitude of -11.5 next to its partner Mars (magnitude 0.3) in the constellation Aries. The Red Planet will come as close as 1°03' to the Moon, but it’s still too wide to see both objects together through a telescope. So, use a pair of binoculars, or observe the conjunction with the naked eye.

July 26: Moon-Venus conjunction#

On July 26, at 14:12 GMT (10:12 a.m. EDT), the Moon will meet Venus in the constellation Gemini. The thin waning crescent Moon (magnitude -9.1) will pass 4°10' to the planet’s north. Venus will shine at a magnitude of -3.9, easily observed with the naked eye. You can use a pair of binoculars to see the conjunction closer, but don’t bother taking a telescope — both objects won't fit into its field of view.

July 29: Moon-Mercury conjunction#

On July 29, at 21:08 GMT (5:08 p.m. EDT), the Moon will meet Mercury. The event will be tricky to catch in the Northern Hemisphere, where Mercury (magnitude -0.7) will appear only a few degrees above the horizon. In addition, our natural satellite will be just one day old and have a magnitude of -7.9. In the Southern Hemisphere, try to spot the conjunction 40 minutes after sunset. Mercury and the Moon will be placed within 3°35' from each other in the constellation Leo.

June conjunctions#

June 18: Moon-Saturn conjunction#

This month, the first planet to meet the Moon will be Saturn. On June 18, at 12:22 GMT (8:22 a.m. EDT), they will be 4°16' apart. The distance is too wide to fit in a telescope’s field of view, but you might use binoculars or observe them with the naked eye. Saturn will shine at a magnitude of 0.5, and the lunar disk will be 72% illuminated. Both will be in the constellation Capricornus.

In the Northern Hemisphere, the Moon and Saturn will be visible low above the horizon for about three hours before dawn. In the Southern Hemisphere, the pair will rise before midnight and be on view all night.

June 21: Moon-Jupiter conjunction#

On June 21, at 13:31 GMT (9:31 a.m. EDT), the last-quarter Moon will pass 2°44' from Jupiter (magnitude -2.4). They will meet in the constellation Pisces where you can also spot Mars (magnitude 0.8). The planets will shine bright enough to be observed with the naked eye.

Stargazers from the Northern Hemisphere should start the observations three or four hours before sunrise. In the Southern Hemisphere, the celestial bodies will be moving up from the horizon all night, reaching their maximum point shortly before dawn.

June 22: Moon-Mars conjunction#

On June 22, at 18:16 GMT (2:16 p.m EDT), the conjunction of the waning crescent Moon and Mars (magnitude 0.5) will occur. They will meet in the constellation Pisces at 1° from each other. Jupiter (magnitude -2.2) will be nearby and add up to the scene.

Observers from the Northern Hemisphere will have a couple of hours before sunrise to enjoy the Moon and the Red Planet shining low above the horizon. In the Southern Hemisphere, the Moon and Mars will rise at about 1-2 a.m. local time and move higher across the sky all night.

June 26: Moon-Venus conjunction#

On June 26, at 08:11 GMT (4:11 a.m EDT), Venus and the barely visible Moon crescent will appear close. The distance between them will be 2°41'. They can be found in the constellation Taurus. No optical devices are needed: Venus will shine at a magnitude of -3.9, bright enough for the unaided eye.

The Moon and Venus will rise shortly before the Sun – you'll have, at most, two hours for observation. Spot them in the northeast, near the skyline.

June 27: Moon-Mercury conjunction#

On the next day, the constellation Taurus will host another conjunction. On June 27, at 08:20 GMT (4:20 a.m. EDT), the Moon will meet Mercury. Our natural satellite will be almost invisible – it will reach the New Moon phase the next day. Mercury will have a magnitude of -0.5 but will still be challenging to observe. It rises only an hour before the Sun and doesn't have time to climb high above the horizon.

May conjunctions#

May 2: Moon-Mercury conjunction#

The beginning of May will bring us the conjunction of the Moon and Mercury (magnitude 0.7). On May 2, at 14:17 GMT (10:17 a.m. EDT), a barely visible 1.3% illuminated lunar disk will pass 1°50' to the planet's south.

This conjunction will be well visible from the Northern Hemisphere but quite hard to see from the Southern one, where the objects will stay close to the Sun and may be obscured by its glare. Look for the Moon and Mercury shortly after sunset in the constellation Taurus, and you may even find the bright Pleiades nearby if the skies are dark enough!

May 22: Moon-Saturn conjunction#

On May 22, at 04:43 GMT (12:43 a.m. EDT), spot the half-illuminated Moon and Saturn (magnitude 0.6) close together in the constellation Capricornus. At this moment, an apparent distance between two celestial bodies will be 4°27'. As it’s too wide to fit in the telescope’s field of view, see them with the naked eye or use a pair of binoculars. Northern observers should look just above the horizon in the morning hours, and those in the Southern Hemisphere will find the objects high in the sky after midnight.

May 24: Moon-Mars conjunction#

On May 24, at 19:24 GMT (3:24 p.m. EDT), the conjunction of the Moon and Mars (magnitude 0.7) will occur. After passing its last quarter phase on May 22, the lunar disk is getting thinner day by day. It will meet the Red Planet in the constellation Pisces, coming as close as 2°46' in the moment of conjunction. The advice for observations is the nearly same: look low in the morning if you’re in the Northern Hemisphere and high above your head after about 2 a.m local time if in the Southern one.

May 24: Moon-Jupiter conjunction#

Another conjunction will take place on May 24, at 23:59 GMT (7:59 p.m. EDT). The Moon will pass 3°14' to the south of Jupiter (magnitude -2.2) in the constellation Pisces. The bright Gas Giant will rise later than Mars or Saturn, so even in the Southern Hemisphere, you’ll need to wait until 3 a.m. local time to see it. Observers in the Northern Hemisphere will have only about an hour before sunrise to view the planet, and, again, the clear horizon is vital, as Jupiter stays low.

May 27: Moon-Venus conjunction#

Another conjunction will happen on May 27, at 02:52 GMT (May 26, 10:52 p.m. EDT), when the dazzling Venus (magnitude -4.0) will meet the 11% illuminated Moon in the constellation Pisces. This will be the closest conjunction of the Moon and Venus in 2022: our natural satellite will pass only 0°12' to the south of the luminous planet!

Start looking for Venus a couple of hours before sunrise, as soon as it rises in the sky. You can learn the exact rising time for your location in the stargazing app Sky Tonight, which also shows the objects’ position in the sky at different times. Venus and the Moon will rise shortly before dawn in the Northern Hemisphere, but in the Southern Hemisphere, where the Sun rises later, observers will have about two decent hours of darkness to see them.

May 27: Lunar occultation of Venus#

The same night, several minutes after the conjunction, at 03:03 GMT (May 26, 11:03 p.m. EDT), observers from Southeast Asia and Indonesia will see the Moon passing in front of Venus. This is called a lunar occultation of a planet — a spectacular but hard-to-catch event. Lunar occultations can be seen only from a small part of the Earth’s surface since the Moon’s position in the sky varies up to two degrees from different vantage points.

April conjunctions#

April 24: Moon-Saturn conjunction#

On April 24, at 20:56 GMT (4:56 p.m. EDT), the Moon and Saturn will come together to form the conjunction in the constellation Capricornus. The objects will be placed within 4.6° from each other, with our natural satellite shining at a magnitude of -11.5, and Saturn — at a magnitude of 0.6. The Moon and Saturn will be too far from each other to be seen together through a telescope, but you can try to view them with the naked eye or with a pair of binoculars.

April 25: Moon-Mars conjunction#

On April 25, at 22:06 GMT (6:06 p.m. EDT), the Moon will meet Mars in the constellation Aquarius. The Red Planet (magnitude 0.9) and the Moon (magnitude -11.1) will be bright enough to observe with the unaided eye. Find them in the night sky within 4.1° from each other. Both objects will stay quite close together for about three hours, so you’ll have plenty of time to observe the bright duo.

April 27: Moon-Venus conjunction#

On April 27, at 01:51 GMT (on April 26, 9:51 a.m. EDT), the Moon will draw closer to Venus; the apparent distance between them will equal 4°. The Moon will be in the waning crescent phase, shining at a magnitude of -10.6, and Venus will join it at a magnitude of -4.1. The about 10% illuminated lunar disc will be harder to notice with the naked eye, but you can easily spot it with binoculars. Find both objects with the help of our Sky Tonight app in the constellation Aquarius.

April 27: Moon-Jupiter conjunction#

After meeting Venus, the Moon will reach a conjunction with Jupiter on April 27, at 08:23 GMT (4:23 a.m. EDT). The apparent distance between our natural satellite and Jupiter will be just 3.8°. The waning crescent Moon will be shining at a magnitude of -10.4 in the constellation Aquarius. Its partner Jupiter will stay in the neighboring constellation Pisces, shining at a magnitude of -2.1. Both objects could be seen through binoculars or the naked eye, but will be too far from each other to observe them together through a telescope.

March conjunctions#

March 7: Close approach of the Moon and Uranus#

On March 7, at 06:46 GMT (1:46 a.m. EST), the Moon and Uranus will pass within a mere 46.3' of each other.

The distance is still too far to spot both space objects at once through a telescope lens. Observers armed with a pair of binoculars are more likely to see the Moon (magnitude -10.9) and Uranus (magnitude 5.8) together in the constellation Aries.

March 7: Lunar occultation of Uranus#

At the same time, the Moon will pass in front of Uranus as seen from the Earth, creating a lunar occultation of the planet. However, this event will not be visible from most parts of the Earth. The disappearance of Uranus can only be observed from some islands surrounding New Zealand. The reappearance of Uranus might be seen by observers from the eastern part of Australia, New Zealand, and a small part of Antarctica. The rest of the world will see only the close approach mentioned above.

March 28: Moon-Mars conjunction#

On March 28, 2022, the Moon will be in the waning crescent phase with only about 15% of its surface illuminated. This means observers might get a better view of the stars and planets surrounding it, especially in the early morning as the planets rise above the horizon.

For example, on this day at 02:54 GMT (March 27, 9:54 p.m. EST), you might spot the Moon and Mars in the constellation Capricornus passing very close to each other, within 4°12'. Mars will have a magnitude of 1.1 – bright enough to be seen with the unaided eye.

March 28: Moon-Venus conjunction#

On the same day, at 09:50 GMT (4:50 a.m EST), the Moon will meet Venus. The conjunction will be out of the scope for telescopes and binoculars: the Moon will pass 6°40' to the south of Venus, which is too far to fit within the field of view of the optical devices. However, Venus will shine at a magnitude of -4.3, so both celestial bodies lying in the constellation Capricornus will be perfectly visible in the dawn sky for the naked eye.

March 28: Moon-Saturn conjunction#

The third conjunction on this day will occur at 11:43 GMT (6:43 a.m. EST) as the Moon will be passing 4°25' to the south of Saturn. The planet will have a magnitude of 0.7, which might seem a little dim, but it’ll still be visible through binoculars.

You might even spot the planets and the Moon together with the naked eye – try turning your gaze towards the constellation Capricornus and observe Saturn forming a triangle with Mars and Venus while the Moon crescent is shining below.

March 30: Moon-Jupiter conjunction#

On March 30, at 14:36 GMT (9:36 a.m. EST), the nearly invisible lunar disc will pass 3°55' to the south of Jupiter. The planet will light up the Aquarius constellation with its magnificent, -2.0 magnitude, shine. The tropics and the Southern Hemisphere will be the best spots to observe the conjunction.

February conjunctions#

February 2: Moon-Jupiter conjunction#

The beginning of February brings us the conjunction of the Moon and Jupiter. On February 2, at 21:08 GMT (4:08 p.m. EST), our natural satellite will pass 4°19' to the south of the planet. The Moon will be barely visible in the sky as it reached its new phase only a day ago. Jupiter, one of the most noticeable planets in the sky, will have a magnitude of -2.0. Find the space objects in the constellation Aquarius.

February 27: Moon-Venus conjunction#

On February 27, 2022, at 6:30 GMT (1:30 a.m. EST), the spectacular conjunction of the Moon (magnitude -10.7) and Venus (-4.6) will occur. The thin, only 13% illuminated lunar disk will pass 8°44' to the south of the most luminous planet; look for them in the constellation Sagittarius.

The duo will be visible in the pre-dawn sky: as seen from the Northern Hemisphere, Venus climbs above the horizon first, and then the nearly New Moon rises shortly before sunrise. Observation conditions will be better from the southern latitudes — the duo there becomes visible earlier (around 4 a.m. local time), giving observers more time to enjoy the view before sunrise.

February 27: Moon-Mars conjunction#

On the same night, spot the Moon and Mars close together. The exact time of the conjunction is February 27, 2022, 09:00 GMT (4:00 a.m. EST); at this moment, the apparent distance between our natural satellite and the Red Planet will be only 3°31'. You’ll find the space objects in the constellation Sagittarius. Although Mars is much dimmer than Venus, it stays within the naked-eye visibility range, shining at a magnitude of 1.3.

If you live in the Northern Hemisphere, start observations an hour before sunrise. Thus you’ll see Mars, Venus, and the Moon line up in the sky. People from the Southern Hemisphere can see them earlier, at around 4 a.m. local time.

February 28: Moon-Mercury conjunction#

On February 28, at 20:07 GMT (3:07 p.m. EST), the Moon and Mercury will meet again. At the moment of conjunction, the apparent distance between the two objects will be 3°43'. Bright Mercury will have a magnitude of -0.1; the Moon will approach its new phase and become almost invisible in the sky. Both celestial bodies will be located in the constellation Capricornus.

February 28: Moon-Saturn conjunction#

On February 28, at 23:47 GMT (6:47 p.m. EST), the conjunction of the 6% illuminated Moon and Saturn will occur. They will pass close to each other in the constellation Capricornus, separated by a distance of 4°17'. Saturn will shine a bit dimmer than Mercury — with a magnitude of 0.7.

Saturn has just recently passed solar conjunction and is still located not so far away from the Sun. Observers can currently see it in the pre-dawn hours, low above the horizon. The Moon moving towards its new phase on March 2, also remains close to the Sun and rises shortly before it.

January conjunctions#

January 4: Moon-Mercury conjunction#

On January 4, 2022, at 01:22 GMT (January 3, 8:22 p.m. EST), the Moon will pass close to Mercury (magnitude -0.7) in the sky; both celestial objects will be located in the constellation Capricornus. The apparent distance between them will be 3°07', which is too wide for telescope objectives. You can use binoculars or try to view them with the naked eye.

Unfortunately, the Moon reaches the new phase on January 2, and on the day of conjunction, its disk will appear very thin, only 4% illuminated. The Moon will be positioned close to the Sun, so look for the little crescent and Mercury in the direction of sunset; they will stay low above the horizon. Mercury reaches the greatest separation from the Sun in the evening sky on January 7, 2022, so the nights around this date are the best for viewing the planet.

January 4: Moon-Saturn conjunction#

On the same day, January 4, 2022, at 16:50 GMT (11:50 a.m. EST), the conjunction of the young Moon and the ringed planet Saturn (0.6) will occur. They will be positioned even further from each other: our natural satellite will pass 4°11' to the south of Saturn. Look for Saturn and the thin lunar disk also after sunset, close to the horizon.

January 6: Moon-Jupiter conjunction#

Shortly after, on January 6, 2022, at 00:09 GMT (January 5, 7:09 p.m. EST), the waxing Moon will meet with the bright gas giant Jupiter in the constellation Aquarius. By this date, our natural satellite passing 4°27' to the south of the gas planet will become more noticeable in the sky, being 18% illuminated. And Jupiter, with a visual magnitude of -2.1, will be well visible even from the light-polluted places.

January 29: Moon-Mars conjunction#

On January 29, 2022, at 15:05 GMT (10:05 a.m. EST), our natural satellite and Mars (1.5) will pass close to each other in the sky. At the end of the month, the lunar disk again will look thin, only 10% illuminated. The waning Moon will pass 2°24' to the south of the Red Planet in the constellation Sagittarius.

Mars is a morning planet in January 2022, so you need to look for it around two hours before sunrise. The Moon will be difficult to see as it’s positioned close to the Sun and might be obscured by its glare. Try to find a free horizon to spot the celestial bodies right after they rise.

January 31: Moon-Mercury conjunction#

The end of January will bring us another conjunction of the Moon and Mercury; this one will be much trickier to observe. The two celestial objects will meet on January 31, at 00:20 GMT (January 30, 7:20 p.m. EST), separated at an angular distance of 7°34'. They won’t fit within a telescope or binoculars field of view and can be observed together only with the naked eye. However, the Moon will be almost impossible to see — on January 31, it’s only a day from reaching the new phase.

Mercury, in its turn, will significantly lose brightness and have a visual magnitude of only 1.5. Besides, after passing inferior solar conjunction on January 23, the planet stays below the horizon for the whole night, rising an hour before the Sun.

Wishing you clear skies and happy observations!

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