How to Identify the Stars

Find the North Star by locating the Big Dipper. The North Star, or Polaris, marks the North Pole and makes star navigation possible. Start by finding the Big Dipper, a large part of the Ursa Major constellation that looks like a pot. This is to the north. Follow the handle of the pot until it bends, and move your eyes to the opposite side from where the handle bends. This takes you to the Little Dipper. Follow the handle to the end to find the North Star.^[1]

• You can only see the North Star if you’re in the Northern Hemisphere. If you’re in the Southern Hemisphere, you can navigate by finding the South Pole instead with the Southern Cross constellation.
• The Big Dipper is always visible if you're above 41 degrees north, which is above the northern half of the US. Below that, it sinks below the horizon and is only visible around dawn.

Locate Alpha Centauri with the Centaurus constellation. Alpha Centauri is the closest star to Earth, so it’s exciting to locate. In the Southern Hemisphere, start by finding the Southern Cross constellation, a collection of 4 bright stars that make a distinctive cross marking the South Pole. As the name suggests, it's in the south. Draw an imaginary line connecting the 2 stars that are a shorter distance apart. Continue that line out from the brighter star of the 2, and stop when you come across another large, bright star on the side of the Southern Cross. This is Alpha Centauri.^[2]

• Alpha Centauri is very far south in the night sky, so it’s invisible from most parts of the Northern Hemisphere. You could spot it sometimes in early May, however, if you live near the equator.

Use the Orion constellation to find Sirius. The Orion constellation appears slightly south if you're in the Northern Hemisphere and high to the north if you're in the Southern Hemisphere. It's easy to locate by finding the 3 medium-brightness stars that make a straight line, forming the constellation’s belt. Find the bow section of the constellation by locating the 4 stars that make a curved line. Then, trace a straight line down from the side of Orion’s belt opposite from the bow to find Sirius.^[3]

• Sirius is the brightest star in the night sky, so you may not even need to use constellations to find it.
• Orion is easy to locate because it’s bright at all times. Even if you live in a city with a lot of light pollution, you should have no trouble finding it. It's highest in the sky in the winter, but you can also find it lower near the horizon in the summer months.

Look straight down from Sirius to find Canopus. Canopus is the second brightest star in the night sky, and it’s easy to find once you locate Sirius. Imagine a line extending straight down from Sirius. Just right of that line, slightly above the horizon, is Canopus.^[4]

• Canopus has a slightly red tint because it’s close to the horizon.

Spot Rigel in the lower right side of Orion. Rigel is another one of the brightest stars in the night sky, and the brightest in the Orion constellation. Once you locate Orion, look down and to the right of Orion's belt. This is where Orion's right foot would be, and it's where Rigel sits in the constellation.^[5]

• Rigel also has a slightly blue-purple tint, making it easier to spot within Orion.
• Rigel is fun to identify because many science fiction movies and shows, like Star Trek, use that name for places or characters.

Find Vega with the Lyra constellation. Vega is a bright blue star that forms the base of the Lyra constellation. Lyra is almost always straight up in the night sky if you’re in the Northern Hemisphere, but it's most visible to the north in the summer months. 4 stars make a box leading to a straight line for the base. The middle star on the base is Vega.^[6]

• Vega is also very bright, so it’s possible to spot it without the constellation. Look north for its blue tint to help you locate it.