SkyEye

February 2022

Welcome to SkyEye, your guide to this month's celestial events.

The Calendar

Mercury's best morning apparition of 2023 occurs this month and next for observers in equatorial and southern latitudes. The red planet makes a fine telescope object on 5 February when it passes just 0.2° north of the globular cluster M22.

The phases of the Moon in February 2022

Date Body Event
1 Moon new
2
3 Mercury stationary in right ascension: retrograde → direct
4 Saturn conjunction
5 Mars 0.2° north of the globular cluster M22
6
7 Moon, Uranus lunar occultation of Uranus: visible from the southern Atlantic Ocean
8 Moon first quarter
9 Moon ascending node
10 Venus maximum magnitude: −4.6
11 Moon apogee
12
13
14
15
16 Venus, Mars planetary conjunction: 6.2° apart
Moon full
Mercury greatest elongation west: 26.3°
17
18 Mercury descending node
19
20
21
22
23 Moon descending node
Moon last quarter
24 Mars equinox
25
26 Moon perigee
27
28 Mercury aphelion

The Solar System

The word planet is derived from the Greek word for 'wanderer'. Unlike the background stars, planets seem to move around the sky, keeping mostly to a narrow track called the ecliptic, the path of the Sun across the stars. Dwarf planets and small solar-system bodies, including comets, are not so constrained, often moving far above or below the ecliptic.

The position of the Sun and planets at mid-month

Sun CapricornusAquarius

Mercury SagittariusCapricornus

This morning apparition of Mercury is the best of the year for observers in southern latitudes and the worst for planet watchers in northern temperate regions. The tiny planet resumes direct motion (in right ascension) on the third day of the month and attains the largest greatest elongation west (26.3°) this year on 16 February. The last day of the month finds Mercury at the first of four aphelia in 2022.

Venus Sagittarius

Venus reaches its maximum brightness for this morning apparition, −4.6, early this month. The first of two meetings with Mars occurs in dawn skies on 16 February. Look for the morning star in the east before sunrise, high in the sky for early risers in the southern hemisphere but very low for observers in northern temperate latitudes.

Earth and Moon

The waxing crescent Moon occults sixth-magnitude Uranus on 7 February.

Mars Sagittarius

Mars is found in the morning sky, best viewed from southern latitudes where it rises well ahead of the dawn. It moves past the globular cluster M22 on the fifth day of the month and appears 6° south of dazzling Venus on 16 February. An equinox occurs on Mars on 24 February, bringing spring to its southern hemisphere and autumn to the north.

Jupiter Aquarius

Jupiter is becoming increasingly difficult to see in the western skies as it sets deeper and deeper in twilight. It vanishes before the end of the month, with conjunction occurring in early March.

Saturn Capricornus

Saturn is at conjunction early this month and is lost in the glare of the Sun. It reappears in the morning sky late in February.

Uranus Aries

The waxing crescent Moon occults Uranus on 7 February but you'll need to be in the Antarctic to see it. The sixth-magnitude object is visible in the evening and is best viewed from northern latitudes where it doesn't set until around midnight.

Neptune Aquarius

A small telescope is always necessary to view the most distant planet in the solar system. As it approaches conjunction in March, Neptune is setting during twilight by the end of the month and is lost to view.

The Celestial Sphere

Constellations are patterns of stars in the sky. The International Astronomical Union recognises 88 different constellations. The brightest stars as seen from the Earth are easy to spot but do you know their proper names? With a set of binoculars you can look for fainter objects such as nebulae and galaxies and star clusters or some of the closest stars to the Sun.

Descriptions of the sky for observers in both the northern and southern hemispheres are available for the following times this month. Subtract one hour from your local time if summer (daylight savings) time is in effect.

Local Time Mid-month Northern Hemisphere Equator Southern Hemisphere
1730 hours (1830 hours summer time) 60° N 50° N 40° N 30° N 20° N 10° N 10° S 20° S 30° S 40° S
1930 hours (2030 hours summer time) 60° N 50° N 40° N 30° N 20° N 10° N 10° S 20° S 30° S 40° S
2130 hours (2230 hours summer time) 60° N 50° N 40° N 30° N 20° N 10° N 10° S 20° S 30° S 40° S
2330 hours (0030 hours summer time) 60° N 50° N 40° N 30° N 20° N 10° N 10° S 20° S 30° S 40° S
0130 hours (0230 hours summer time) 60° N 50° N 40° N 30° N 20° N 10° N 10° S 20° S 30° S 40° S
0330 hours (0430 hours summer time) 60° N 50° N 40° N 30° N 20° N 10° N 10° S 20° S 30° S 40° S
0530 hours (0630 hours summer time) 60° N 50° N 40° N 30° N 20° N 10° N 10° S 20° S 30° S 40° S