🌌 Circumpolar Constellations (Best viewed 10:00 p.m. – 1:00 a.m.)
Circumpolar constellations never set and are visible year-round, but their positions shift. In June, these are high in the sky or wrapped around the North Star.
Ursa Major (The Great Bear)
Naked Eye: Look for the Big Dipper asterism in the northwest. It’s tilted downward like it’s “pouring” water.
Binocular/Telescope: Use binoculars to explore Mizar and Alcor, a famous double star in the handle. Small telescopes reveal M81 and M82, two galaxies near the bowl of the Dipper.
Ursa Minor (The Little Bear)
Naked Eye: Find Polaris at the end of the Little Dipper’s handle—it stays nearly fixed in the sky.
Binocular/Telescope: Polaris is a binary star; a small telescope will show its fainter companion.
Draco (The Dragon)
Naked Eye: Winds between Ursa Major and Ursa Minor. The head forms a lozenge shape.
Binocular/Telescope: Aim for the Cat’s Eye Nebula (NGC 6543) in the head—small scopes will show a fuzzy dot with a greenish tint.
Cepheus (The King)
Naked Eye: House-shaped constellation near Polaris.
Binocular/Telescope: Look for Mu Cephei (The Garnet Star), a deep red supergiant easily visible in binoculars.
🌟 Seasonal Constellations (East to West)
These are the constellations best seen in June evenings between 10 p.m. and 1 a.m., progressing from the eastern horizon to the west.
East: Lyra (The Lyre)
Naked Eye: Bright Vega is unmistakable—part of the Summer Triangle.
Binocular/Telescope: Seek out Epsilon Lyrae, the “Double Double Star”, and M57 (Ring Nebula) between Beta and Gamma Lyrae—visible in a small telescope as a faint smoke ring.
Southeast: Cygnus (The Swan / Northern Cross)
Naked Eye: Deneb marks the tail; the cross shape stretches westward.
Binocular/Telescope: Explore the North America Nebula (NGC 7000) near Deneb. Binoculars under dark skies may show a fuzzy patch.
South: Scorpius (The Scorpion)
Naked Eye: Look for the bright red-orange star Antares and the curving tail low in the southern sky.
Binocular/Telescope: M4, a globular cluster near Antares, is a standout target in binoculars. Also look for M6 (Butterfly Cluster) and M7 (Ptolemy Cluster) farther down the tail.
Southwest: Libra (The Scales)
Naked Eye: Less prominent; look for a trapezoid shape west of Scorpius.
Binocular/Telescope: Home to a few double stars. Zubenelgenubi is a widely spaced binary visible in binoculars.
West: Leo (The Lion)
Naked Eye: The “Sickle” shape forms the lion’s head; Regulus is the bright blue-white star at its base.
Binocular/Telescope: Use binoculars to try spotting M65 and M66, spiral galaxies in the lion’s haunch (best under dark skies).
🌙 The Moon – Phases & Noteworthy Events
First Quarter: June 6
Full Moon: June 14
Last Quarter: June 21
New Moon: June 28
Highlights:
The Full Moon on June 14 is the “Strawberry Moon”, named by Algonquin tribes for the wild strawberry harvest.
Around New Moon on June 28, conditions are best for deep-sky observing due to minimal moonlight.
☄️ Meteor Showers & Noteworthy Events
Meteor Showers
June Boötids:
Peak: Around June 27
Rate: Variable, usually 1–5 meteors per hour, but sometimes surges
Radiant: Near the constellation Boötes
Best viewing: After midnight under dark skies, especially with the New Moon aiding visibility
Planetary Highlights
Saturn: Rises around midnight in the east; best in early morning, but possible in the late session (~1:00 a.m.).
Jupiter: Low in the east near dawn; difficult to catch unless you’re up very late.
Mars and Venus: Best seen in early morning; not ideal for late evening observation in June.
🔭 Tips and Tricks for June Stargazing
Summer Triangle: Mark the start of summer skies by finding Vega (Lyra), Deneb (Cygnus), and Altair (Aquila). Learn to star-hop from Vega to find M57.
Dark Adaptation: Avoid white light for 20–30 minutes before serious observing. Use a red flashlight.
Binocular Boost: 7×50 or 10×50 binoculars are ideal for stargazing—lightweight, wide field of view, and great for clusters and galaxies.
Observe from the South: If possible, face south where the Milky Way and summer constellations rise high.
Log Your Observations: Keep a notebook or app journal to track what you see and your conditions. This will help you learn faster.
Use Apps or Star Charts: Sky apps (e.g., SkySafari, Stellarium) make it easier to orient yourself, especially when just starting out.
Go Higher, Get Darker: Try to find a location with minimal light pollution. Even getting to the edge of a town can make a big difference.