2022, February 2:  Mars passes Teapot, Evening Moon and Jupiter

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February 2, 2022: Mars passes the top of the Teapot of Sagittarius before sunrise.  After sundown, the crescent moon appears with Jupiter in the west-southwest. Venus and Mercury are in the morning sky with the Red Planet. 

2022, February 2: Mars passes Kaus Borealis (λ Srg) before sunrise.
Chart Caption – 2022, February 2: Mars passes Kaus Borealis (λ Srg) before sunrise.

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by Jeffrey L. Hunt

Chicago, Illinois:  Sunrise, 7:02 a.m. CST; Sunset, 5:07 p.m. CST.  Check local sources for sunrise and sunset times for your location.

Morning Sky

SUMMARY OF PLANETS IN 2022 MORNING SKY

Mars passes the star that marks the Teapot’s lid, Kaus Borealis (λ Sgr on the chart).  The stars that outline the mythological Archer are named after parts of the archer’s weapon, such as Kaus Borealis – northern part of the bow; Kaus Media – middle of the bow; Kaus Australis – southern part of the bow; and Alnasl – the point of the arrow.

The constellation figure looks more like a teapot than the half-man, half-horse of mythology.  So informally, the pattern is known by the nickname.

Photo Caption – 2022, February 2: Venus in the southeast before sunrise.

Venus continues to dance into the morning sky.  Forty-five minutes before sunrise find it over 14° above the southeast horizon. 

2022, February 2: Mars passes Kaus Borealis (λ Srg) before sunrise.
Chart Caption – 2022, February 2: Mars passes Kaus Borealis (λ Sgr) before sunrise.

Mars is 8.6° to the lower right of Venus and 1.6° to the upper left of Kaus Borealis.  A binocular may assist in locating the Red Planet and the star.

Through the binocular, a star cluster might be dimly visible, 2.1° to the lower left of Mars.  This is commonly known as Messier 22 (M 22).

Globular clusters are inherently beautiful objects, but the subject of this NASA/ESA Hubble Space Telescope image, Messier 3, is commonly acknowledged to be one of the most beautiful of them all. (NASA/ESA Photo)

The cluster type is one that is frequently referred to here in describing the nature of the Milky Way galaxy and stellar distances.  It is a globular cluster.  These clusters are very old.  Their chemistries are different from the sun and the stars in the plane of the galaxy.  They revolve around the galaxy outside the plane of the Milky Way that can be seen in areas without street lights.

The cluster may be somewhat difficult to perceive because of the level of twilight.  It is worth the look.  Mars, Kaus Borealis, and M 22 easily fit into the same binocular field.

Mercury is in the sky this morning, 13.6° to the lower left of Venus and about 5° above the east-southeast horizon.  Use a binocular to find it.

Evening Sky

Chart Caption – 2022, February 2: The crescent moon is near bright Jupiter after sundown, in the west-southwest, after sunset.

In the evening sky, bright Jupiter and the crescent moon are together in the west-southwest after sunset.  The planet is nearly 13° up in the sky.  The crescent moon that is only 4% illuminated is 4.5° to the lower left of the Jovian Giant.

While not as striking as a pairing of Venus and a lunar crescent, bright Jupiter and the moon make a photogenic pair.

Photo Caption – 2021, December 6: The moon with earthshine.

Use a binocular or take a long exposure photograph of the scene with a tripod-mounted camera.  The night portion of the lunar crescent is gently illuminated by reflected sunlight from Earth’s terrestrial features – oceans, clouds, and land.

The photograph above shows earthshine on the moon’s night with the sunlit crescent from December 6, 2021.  On that evening the crescent was about 10% illuminated.

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