You don’t need expensive equipment to start exploring astronomy. With your eyes, a pair of binoculars, a star chart, or a free planetarium app, you can begin finding and understanding objects in the night sky tonight.
These guides and videos from CCAS members will help you learn what to look for, how to find it, and how to plan your own observing sessions.
Start Observing
If you’re new to astronomy, start here. Binoculars and a few easy-to-find objects are enough to begin learning your way around the sky.
How to Use Binoculars for Astronomy
Binoculars are one of the best tools for beginning astronomers. They’re easy to use, portable, and their wide field of view makes finding objects much easier than with a telescope.
With binoculars you can explore the Moon, the Pleiades, bright star clusters, the Orion Nebula, the Andromeda Galaxy, and much more.
Explore Deep-Sky Objects
Identifying 12 Messier Objects
The Messier Catalog contains some of the most rewarding objects for beginning observers, including star clusters, nebulae, and galaxies. Many are visible with binoculars or a small telescope.
This guide introduces 12 Messier objects that are especially good targets for winter observing.
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Plan Your Observing Night
Knowing what will be visible before you go outside makes observing much easier. These tools can help you plan where to look and what to expect.
How to Use Stellarium
Stellarium is a free planetarium program that shows the sky from your location at any date and time. Use it to identify constellations, planets, stars, and deep-sky objects before heading outside.
How to Use the Skygazer’s Almanac
The Skygazer’s Almanac from Sky & Telescope provides a visual overview of how the Moon, planets, and bright stars move through the sky during the year.
It’s especially useful for spotting upcoming planetary groupings, conjunctions, and other interesting observing opportunities.
Learn About the Skygazer’s Almanac
Go Deeper: Astrophotography
From Telescope to Final Image
This student presentation follows the complete process of creating an astrophotograph, from setting up the telescope and collecting long exposures to processing the final image.
Using the star cluster NGC 2158 as an example, it introduces:
- Long-exposure imaging
- Bias, dark, and flat calibration frames
- Image stacking
- Color and background correction
- Noise reduction
- Enhancing faint astronomical structures
It’s a good introduction for students interested in astronomy, imaging, or how astronomers turn faint incoming light into detailed astronomical images.
View the Astrophotography Presentation
Downloadable Astronomy Guides
Want to explore a topic in more detail? Download one of these introductory astronomy guides:
- How Telescopes Work
- Meteor Showers
- Lives of Stars
- Solar System Size
- Can You See the Flag on the Moon?
- 12 Messier Objects Observing Guide
Ready to Go Outside?
The best way to learn astronomy is to spend time under the real sky. Bring your questions, binoculars if you have them, or simply come as you are.