What you will see on a clear night in
Double Stars: Alcor & Mizar
Cluster: The Pleiades
Solar System: The Moon (Planets will not be visible until March)
Because of the cold weather, stargazers are shortening their observing time. However, some spectacular wonders await those who brave freezing temperatures by putting on lots of winter clothing.
Here’s a tip on keeping warm: BUNDLE UP TWICE AS NORMAL.
Put on layered clothing, like two sweaters under a winter jacket. Ski pants, insulated boots and warm gloves are a must.
Because you’ll be standing still on frozen ground while scanning the sky, don’t stay outdoors too long. Limit your stargazing to about 15-to-20 minutes, then come indoors to warm up. Then go out again to make some new discoveries!
Sure it’s cold, but that doesn’t mean we can’t have fun finding constellations, double stars, a planet or two and the Moon’s craters just as we did in the summer.
The winter stars you’ll observe will be brightest of the entire year. Crisp, arctic air often creates clean, clear skies.
The most dramatic of all constellations—ORION THE HUNTER—is visible in the southeast in Jan. (and south in Feb.) with his 3-star belt around his waist. Upper left of his belt and lower right are his shoulders. Lower left and lower right are his knees.
Despite the cold, Orion is a must-see night sky object. Hanging from the Hunter’s belt is his sword. In fact, the sword is the GREAT ORION NEBULA—the only star nursery that can be spotted with the naked eye.
This fuzzy star zone can be seen more closely with a pair of binoculars. A telescope will produce a fantastic close-up of new stars!
Orion is a good guidepost to other stars. That very bright star that you will spot lower left of the constellation by late December will be SIRIUS, the brightest star in the night sky.
you see a fuzzy group of stars upper right of Orion? That's THE
PLEIADES CLUSTER that looks similar to the Big Dipper through
binoculars. Even though you’ll be able to pick out half a dozen stars,
the Pleiades actually consists of hundreds of stars!
The most popular group of stars is the BIG DIPPER. Look north and you’ll spot the four-star bowl with its three-star handle. The seven-star Big Dipper is in the constellation Ursa Major (the Great Bear).
The Big Dipper is a well-known group of stars as it can be seen year-round. It never sets below the west because it is close to the NORTH STAR (POLARIS),making it a CIRCUMPOLAR grouping.
Most constellations are known as SEASONAL constellations because they are far from the North Star and slip beneath the western horizon after travelling for a few months across the night sky.
The Big Dipper can be used to find the North Star. First, find the bowl.Then draw an imaginary line up and beyond the two end stars of the bowl and you will see the North Star. Many people think that the North Star is the brightest star in the night sky. Not true! It’s way down on the brightness scale at about 50.
The North Star (which remains in one spot year-round) is the lead star of the seven-star LITTLE DIPPER, which pours into the Big Dipper. But you have to be at a very dark site—like a farm or a cottage away from city lights—to make out the Little Dipper.
There is something unique about one of the seven stars of
the Big Dipper. Look carefully at the second star from the end of the
Dipper’s handle and you’ll spot
a double star, ALCOR & MIZAR. The star duo is more definitive with
binoculars or a telescope.
The brightest object in the night sky -- Some astronomers
say the most rewarding -- is the MOON. Between Jan. 2-to-12 and from
Jan. 31-to- Feb. 10,
Moon will display it’s early evening (waxing) phases:
Jan. 21 & Feb. 20: crescent Moon.
Jan. 24 & Feb. 23: first quarter Moon.
Jan. 1 & 31: full Moon.
Craters and “seas” (the grey areas of the Moon) can be
easily picked out with binoculars or a low power telescope. The secret
to viewing the night sky with binoculars is to keep them as steady as
possible: either mount them on a tripod or sit back in a lawn chair
that has a tilted back.
Where to look for the Moon? The crescent phase will
appear in the west, the quarter phase in the south and the full Moon in
Did you know that the Moon’s craters are the result of
our closest celestial object being pummelled and battered by giant
space rocks or asteroids? If the Moon had an atmosphere, the craters
would have long eroded away from wind and water erosion like what
happened here on Earth. But because there is no atmosphere on the Moon,
the craters have not changed.
The Moon’s craters and mountains are most dramatic if you
look along the terminator—the line that separates the dark side from
the sunlit side.
That’s because the shadows created by the Sun are the longest. If you
look through a telescope, you can even spot crater walls disappearing