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nearest Saturn's current position to use as a guide. When you've gotten a sense of Saturn's path, you'll first need to locate a constellation to use as a focal point to start scanning from. Basically, you want to familiarize yourself with the constellation its closest to and then use a chart of Saturn's position to find out exactly where to look in relation to that star.  In 2014, that constellation will be Libra, while in January of 2016, it will be directly North of the Antares star in the constellation Scorpius. You can look at Saturn's path here: http://www.nakedeyeplanets.com/saturn.htm  If you're viewing on an oppositional date, aim your telescope due South. Typically, Saturn will appear to have a yellowish-golden hue and won't twinkle like stars do. Because Saturn is a planet, it may not be as bright or instantly noticeable as some stars, because it doesn't shimmer. Use your constellation as a point of reference and look for a color difference. While Saturn itself is visible with the naked eye, it's a shame to try to find it and not be able to enjoy its distinctive rings, which are visible with a basic telescope. Using a telescope will make the job much easier, as Saturn will appear to be a distinctly different shape than other bodies in the sky. If you've got a powerful telescope with a yellow filter, that can help isolate the particular light in Saturn's spectrum, making it easier and more pleasurable to see. The planet will be darkened with shadow from the rings, giving an almost 3-dimensional appearance and an oblong quality when seen through a telescope. If you've got a good enough telescope to see the rings, you'll notice that they'll look flat, but create a more rounded and marble-like quality to the planet itself. You should also be able to distinguish between the A (outside) and B (inside) ring belts on the planet, which are pretty much the coolest thing in the sky. Aside from its famous rings, Saturn is also notable for the presences of its many moons, which are often visible in the foreground of the planet if the viewing conditions are right and you've got a powerful enough telescope. There's even an app for that.
Locate the constellation Look for a golden color shining steadily. Use a telescope. Look for the dark edges. Check out the rings. Check out the moons.