Check the Stardome website each month to download free star charts for night sky exploring. These charts help beginners recognise the major landmarks of the night sky and follow the motions of the bright planets.

There's also the monthly Sky Spotter update (below) which tells you what's visible for the current month, and the Sky Guide for a three-month overview of the planets and their positions. 

Click the month to download the pair of star charts – one looking east, the other west. Only the most prominent constellations are shown.

The star charts show two views of the night sky for each month. One view shows the western sky and the other shows the eastern sky. A small piece of the northern and southern sky is not shown so that we can show you a better scale for the charts.

Each chart will match the sky at the times given in the table on each page.

• To match the chart to the western sky, hold the western chart with the ‘WEST’ label aligned with west on your horizon. Be aware that hills, trees and buildings might block your view of objects near the horizon. Also, because of city lights and the absorbing effect of Earth’s atmosphere, objects nearer the horizon will generally appear fainter and redder – an effect we've all seen when watching the Sun or Moon set. 
  
  
• Locate the ‘OVERHEAD’ marker for each chart - this will help orientate your view of the sky. The other key marker is labelled ‘SCP’ – the South Celestial Pole. The whole sky seems to rotate around this point so objects close to the SCP will never set – they are called ‘circumpolar’.
  
  
• The elevation of the SCP above your horizon measures your latitude. These charts are made for Auckland's latitude (37° south). (From say, Invercargill, the SCP will appear nearly 10° higher in the south so more of the southern sky will be circumpolar from there). The Southern Cross never sets anywhere in Aotearoa so is perpetually in our skies, even though in the very north of the country it nearly touches the southern horizon.
  
  
• The thin blue line stretching across the charts is called the ‘ecliptic’. This marks the annual path of the Sun over the year and it is also the plane of the Solar System. The planets are always found along the ecliptic and are marked on the charts. By checking all the charts you can follow the motions of the planets against the stars over the year.
  
  
• The size of the stars on the charts indicates the approximate brightness of each star. This is also true for the naked eye planets, however, Uranus and Neptune are shown out of scale since they are too faint to see without binoculars or a telescope.
  
  
• Because the planets move against the stars over the course of the year, the positions shown for them is only exactly right for the ‘mid-month’ date. For example, on the ‘JANUARY – WEST’ chart, the positions of the planets are calculated for mid-January at 10pm. For Saturn and Jupiter that move slowly, their positions will stay similar to the chart. However, Mercury, Venus and Mars move quite quickly relative to the stars, so their positions on the charts can be different.  

On July 14^th we enjoy the second Super Full Moon for 2022. Learn more here.

Around 8pm the distinctive quadrilateral of Corvus (the crow) is high in the west. Just to its left, faint Hydra ‘snakes’ down into the horizon. The white star to Corvus’ right is Spica, the brightest in Virgo (the maiden). Further north, part way down the sky, orange Arcturus of Bootes (the herdsman) is easily seen. To its right, a little lower, sits faint Corona Borealis (the northern crown).

Just north of east, Altair of Aquila (the eagle) is just rising. Later in the month, some distance to its left and a little lower, brighter Vega of Lyra (the lyre) rises. Pale yellow Saturn also rises, a similar distance to Altair’s right.

High above Altair, Scorpius dominates the sky, while below the stinger, the ‘teapot’ of Sagittarius sits up on its handle. To the teapot’s right, Corona Australis (the southern crown) appears as a delicate necklace.

In the south, very high, the bright pair Alpha & Beta Centauri (the southern pointers) sit above Triangulum Australe to their left, and Crux (the southern cross) to their right. Triangulum Australe points across to faint Pavo (the peacock) in the southeast. Meanwhile twinkling Achernar of Eridanus (the river) brushes the southern horizon. Brilliant Canopus of Carina (the keel) is west of south.

In the early dawns Matariki becomes easier to see in the northeast to the left of orange Aldebaran of Taurus (the bull).

Mercury retreats from the predawn planet parade in early July. The remaining four extend further and further across the sky as the nights pass. Saturn leads the way westward followed by Jupiter, Mars, and then Venus. By late July Saturn, brighter than its surrounding stars, is becoming nicely visible low in the east in the mid-evenings. The Moon encounters Saturn on the 16^th, slips by Jupiter on the 19^th, and passes very close to Mars on the 22^nd.

The delta-Aquariids meteor shower peaks in the early hours of the 27^th with its radiant just to the right of Saturn.

This image from NASA Spitzer Space Telescope shows young stars plus diffuse emission from dust. The Corona Australis region containing, at its heart, the Coronet cluster is one of the nearest and most active regions of ongoing star formation. Source: NASA/JPL-Caltech/CfA

Wrap up warm and head out at night to view the sparkling winter constellations. A special time of year, Matariki reappears, heralding the beginning of the Māori New Year. On June 24 we will enjoy our first national Matariki holiday!

The zodiac constellations of winter are Libra, Scorpius, Sagittarius and Capricornus. The first three are particularly distinctive and won’t be forgotten once identified. During winter the Sun is low in our daytime sky. This means that any planets opposite the Sun in our night sky will be high above the horizon by the middle of the night. Therefore, the winter months provide the best opportunities to view the planets through a telescope. The solid blue line marked on the star charts is called the ‘ecliptic’, the plane of our Solar System along which the Sun and the planets are found.

You will also notice that the ecliptic crosses the plane of the Milky Way near the constellations of Scorpius and Sagittarius. During mid-winter the Ecliptic passes nearly overhead around midnight so any planets near these constellations are ideally placed for viewing through a telescope. In late winter, around midnight, beautiful Saturn sits high in the sky. Residing in faint Capricornus, it significantly changes the look of that constellation.

In the northern sky during early winter, the orange star, Arcturus, is the main feature. It is the fourth brightest star in the night sky and the brightest in the constellation Bootes. By late winter Arcturus is setting earlier and has been replaced by the two bright stars Vega in Lyra and Altair in Aquila as the most prominent northern starry landmarks. In the far south of the country these northern stars don’t rise very high but are familiar to those in the north.

Looking south in early winter, the spectacular constellations of Crux, Centaurus and Carina are high up and the further south you are, the better the view. These regions are richly packed with stars and many star clusters that are well worth exploring with binoculars. By early August, the Scorpius-Sagittarius region is the one to explore during the early evening. This is the brightest and densest part of the Milky Way and it is seen best from the latitude of Aotearoa. When not competing with the light pollution of towns and cities (or the Moon), the light from billions and billions of stars combine to make ‘star clouds’ that can be seen with the naked eye. When looking at Sagittarius you are looking straight towards the heart of our galaxy with its recently imaged super-massive black hole at the centre.

The Southern Hemisphere winter solstice marks the time when the Sun reaches its northern most point in our sky — and therefore it is lowest in the sky at noon. In 2022 the solstice falls on 21 June (at 9:08pm) and signals the shortest day of the year. After that date, the Sun begins moving south again, extending our daylight and shortening the nights.

MATARIKI

Māori named the beautiful cluster of stars in Taurus, Matariki. In English it is known as the Pleiades or the Seven Sisters, and it has many other names around the world – it is known as Matali’i in Samoa, Makali’i in Hawaii, Subaru in Japan and Mataliki in Tokelau, Niue, Tuvalu, and Tonga. Rather less poetically astronomers usually call it M45. To our naked eyes between seven and nine stars can be seen, but the Matariki group is actually made up of thousands of stars that all formed at the same time around 100 million years ago.

Maramataka, the Māori calendar, is regulated by the cycle of the Moon. However, because the lunar calendar gets steadily out of alignment with the seasons, it is realigned periodically with the sighting of either Matariki or Puanga (Rigel) in the dawn sky in late June. The lunar phase at the time of sighting determines the timing of the Matariki celebrations and restarts the lunar calendar with the following new moon.

Matariki appears low in the northeastern sky in the winter. This means that it can’t be seen everywhere across the motu (islands of New Zealand), so although it is the name of the holiday, Matariki isn’t the constellation that is celebrated or observed by all iwi.

For many hapū (subtribes) and iwi, other stars are more visible and more significant, especially in places where maunga (mountains) might obscure the view of Matariki. Other stars that signal the new year include Rehua, the husband of Matariki (located on the opposite side of the sky), and Puanga above Tautoru.

How to find Matariki

1. Look to the east
2. Find Tautoru, the three stars also known as Orion’s belt.
3. Follow the line of Tautoru to your left until you reach a small, tight cluster of stars low on the horizon – Matariki!

VISIBLE PLANETS

The lovely planetary alignment of the autumn season continues into winter with the addition of Mercury. In June all five naked eye planets are visible spread across the sky in the predawn. In August, both giant planets, Jupiter and Saturn, are visible from late evening until dawn.

MERCURY

The best morning opportunities to observe Mercury are around the middle of June low in the northeast before sunrise. After an absence throughout most of July, Mercury returns to the evening sky in the west, and is very well placed from around mid-August.

VENUS

Throughout June and July Venus continues to dominate the north-eastern sky before sunrise. On June 26^th, the weekend of our first Matariki holiday, the Moon forms the apex of a pretty triangle with Matariki and Venus below. In August Venus sinks progressively closer to the Sun and becomes more difficult to see.

MARS

At the beginning of June Mars is close to much brighter Jupiter in the predawn sky. It rises about 2 a.m. in June and July and progressively earlier through August. In early June it is high in the northeast at dawn and by late August is crossing the northern meridian at that time. The Moon makes very close passes in the early hours of June 23^rd and July 22^nd.

JUPITER

At the beginning of June bright Jupiter is rising at 2 a.m. along with much fainter Mars. These planets quickly separate as Jupiter rises a little earlier each night. By the end of the season, it is rising about 8:30 p.m. The Moon pairs up nicely with Jupiter on June 22^nd.

SATURN

In early June Saturn rises before 11 p.m. and is high in the northwest as day begins to dawn. By mid-August it emerges from the eastern horizon as the Sun sets in the west, and vice versa. Saturn reaches opposition on August 15^th and is well placed for telescope viewing in the late August evenings.