Full moons are overrated and, frankly, a pain. They wash out the stars, ruin deep-sky observing, and they all look the same. Technically, all of that is true. Yet every month — and particularly each June — I find myself standing outside at dusk waiting for the full moon to rise like it’s an old friend arriving for an annual visit.
The main attraction of June’s Strawberry Moon is that it stays so low, as seen from the Northern Hemisphere. It appears at an extreme southeasterly point on the horizon and rises slowly, almost reluctant to leave the horizon. It doesn’t climb sharply upward like a winter full moon. Instead, it drifts sideways through the southern sky, hanging low and heavy in warm evening haze. People who never normally notice the moon suddenly stop and stare — the surefire way of telling that a celestial event has crossed the threshold and become simply an event.
Last year’s Strawberry Moon rose absurdly low because it was at a major lunar standstill, the peak of an 18.6-year cycle that changes how extreme the moon’s rising and setting positions become. It reached its most southerly moonrise point since 2006, and we won’t see another stretch quite like that again until the 2040s. I was at an outdoor concert at the time, and spent much of the set looking in the complete opposite direction from the stage. It just looked so odd rising behind my city in a position I had never seen it rise before. It was like being in an alternate reality. Few around me even noticed.
It won’t rise quite as far in the southeast this year, but June’s low-hanging moon always feels bigger emotionally, even when you know the moon illusion is mostly a trick of human perception.
What’s happening and when to look
You don’t need to understand lunar cycles and celestial mechanics to appreciate the Strawberry Moon. You just need clear southeastern and then southern sightlines to watch it hug the horizon. However, I’m going to explain it anyway. The moon doesn’t repeat the same apparent path through the sky every month. Its orbit is tilted about five degrees relative to the ecliptic — the apparent path of the sun through the sky — and those tilts combine and shift to create a cycle that repeats every 18.6 years.
Moreover, the full moon always sits opposite the sun in the sky. In June, the sun takes its highest and northernmost path of the year in the Northern Hemisphere. That’s why it’s summer — the sun is higher, so days last longer and there’s more sunlight. The Strawberry Moon does the reverse: it follows the lowest and most southerly path possible. It rises late, well south of due east, follows a shallow arc across the sky and sets early, well south of due west, just like the sun in winter.
Southern Hemisphere observers get the opposite experience. June marks the beginning of winter there, so the Strawberry Moon rises much higher in the sky and appears more northerly. While Northern Hemisphere observers experience the famous “low-hanging fruit” effect, southern observers see a higher, more elevated full moon that remains visible for longer into the night.
That reversal is one of my favorite things to explain to beginners because it instantly makes the sky feel global rather than local.
How and when I’m watching it
The best way to experience the Strawberry Moon is to treat it less as an astronomical event and more as a landscape photograph. The moon itself changes surprisingly quickly during its rise. Scouting a location is important for the Strawberry Moon because it rises at its most extreme point. You need a clean southeastern horizon — a beach, an open field, a hilltop or even a long, straight road. Trees and buildings near the horizon matter. You can take a lot of the guesswork out by using Photo Ephemeris to show you exactly where the moon will rise from any location on Earth. That’s important because it likely won’t rise where you expect it to.
The sweet spot is during dusk, right around local moonrise time on June 29. That’s when the moon still shares the sky with fading blue twilight, a far more dramatic sight than when it rises before or long after sunset.
And this is important: the orange color does not last long. People often assume the moon stays amber all night. It doesn’t. The color comes largely from Earth’s atmosphere scattering shorter wavelengths while the moon sits low on the horizon. As it climbs higher, it quickly returns to its ordinary bright white. You’ve got maybe 20 or 30 minutes of peak “Strawberry Moon mood” before physics quietly resets everything.
Stargazer’s corner: June 26-July 2, 2026
As June draws to a close, the moon grows toward full, reaching its Strawberry Moon phase on Monday, June 29. In the nights leading up to it, moonlight increasingly dominates the evening sky, while after it, it rises a little later. Look low in the south after dark on Saturday, June 27, to see a near-full moon close to Antares in the constellation Scorpius. It will take a very early start, but in the northeast before dawn during the last days of June and into early July, Mars will hang below the Pleiades open cluster (M45), with Uranus nearby.
Constellation of the week: Aquila
Aquila — Latin for eagle — is anchored by Altair, a bright star that sits lower in the southern sky than Vega and Deneb, the other two stars in the famous Summer Triangle asterism now rising in the east after dark. What makes it easy to recognize is the straight line formed by bright Altair and orangey Tarazed.
I always think we should appreciate Altair more — at 17 light-years away, it’s one of the closest stars to the sun we can easily see. It’s also pretty weird, rotating every 12 hours (the sun takes 27 days) and bulging violently at its equator. Altair will become more prominent as summer progresses, so there’s plenty of time to get to know it.