Missed June's Strawberry Full Moon? When the Next Full Moon Is
June's Strawberry Moon captivated stargazers this month when it hung low and lit the skies, and social media pages, up around the world.
On June 11, night sky watchers were treated to the sight of the lowest full moon in nearly two decades.
The strikingly low position of the moon occurred because of an astronomical event called 'major lunar standstill.'
According to the Griffith Observatory, the phenomenon occurs roughly every 18.6 years and is caused by the tilt of the moon's orbit and the Sun's gravitational pull.
As for the name? "Strawberry Moon" has nothing to do with the moon's physical appearance.
"While a lot of the media about the 'strawberry moon' show a moon tinted pink, there is no change in the moon's color during this particular full moon," Michael Shanahan, the director of the Liberty Science Center Planetarium in New Jersey, tells TODAY.com.
Pink or not, the sight of the June full moon was memorable. Fear not: More lunations are on the way! Read on for a full schedule of the full moons of 2025.
On July 10, a Buck Moon, will become visible in the sky according to the Farmer's Almanac.
The Buck Moon is the name for July's full moon, referencing the season of the year when male deer begin growing their antlers.
The Farmer's Almanac lists the upcoming full moons for 2025 as:
July 10 — Buck Moon
August 9 — Sturgeon Moon
September 7 — Corn Moon
October 6 — Hunter's Moon
November 5 — Beaver Moon
December 4 — Cold Moon
According to NASA, the moon appears full for about three days. That means it's not too late to see June's Strawberry Moon.
This article was originally published on TODAY.com
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Forbes
10 hours ago
- Forbes
ESA's Solar Orbiter Should Solve Mystery Of Sun's Outermost Atmosphere
ESA's Solar Orbiter mission will face the Sun from within the orbit of Mercury at its closest ... More approach. The European Space Agency's Solar Orbiter mission recently stunned the world with the first-ever full images of our Sun's South pole, proving that this was going to be a mission like no other. Using an orbital gravity assist from the planet Venus, the Solar Orbiter mission spacecraft was able to maneuver into an orbit that has taken it to an angle 17 degrees below the Sun's equator. Over the coming years, the spacecraft will tilt its orbit even further, so the best views are yet to come, says ESA. The 1.2-billion-euro Solar Orbiter mission, with NASA participation, should finally help us understand the origin of the Sun's solar winds as well as our understanding of the Sun's poles. And arguably most importantly, it should solve the puzzle of why our star's outermost atmosphere, or corona, is heated to millions of degrees Kelvin and is thus so much hotter than the Sun's own surface. By contrast, our Sun's visible photosphere, or surface, averages only 5,500 degrees K. With Solar Orbiter, we are clearly seeing energy releases on the nano-flare scale, Daniel Mueller, a solar physicist and ESA project scientist for both ESA's SOHO and Solar Orbiter missions to the Sun, tells me in his office in The Netherlands. But the question is, would these nano-flares continue like that infinitely, or is there a certain lower limit to the production of these nano-flares, Mueller wonders. The puzzle is whether these nano-flares are enough to heat up the Sun's corona to the temperatures with which it is routinely measured. A Unique View Launched in 2020, from its highly elliptical orbit just inside Mercury's perihelion, the closest point in our innermost planet's solar orbit, the ESA spacecraft offers the best views yet of our own yellow dwarf star. We can see on scales down to about 200 kilometers on the Sun, which shows us a lot of dynamics of our star, says Mueller. And thanks to its newly tilted orbit around the Sun, the European Space Agency-led Solar Orbiter spacecraft is the first to image the Sun's poles from outside the ecliptic plane (the imaginary geometric plane in which our Earth orbits the Sun), says ESA. We observed the Sun's North pole at the end of this past April, says Mueller. But we passed the Southern pole first and then the Northern pole six weeks later, he says. At the moment, as seen from Earth, the Solar Orbiter is almost behind the Sun, so the data downlink has slowed to a trickle. But by early October, Mueller expects to have downloaded all the data from Solar Orbiter's Spring polar observations of the Sun. And within a matter of two to three months after the data is on the ground, the first scientific results will have been written up and submitted to journals for publication, says Mueller. These observations are also key to understanding the Sun's magnetic field and why it flips roughly every 11 years, coinciding with a peak in solar activity, says ESA. The spacecraft's instruments show that the Sun's South pole is a bit of a magnetic mess now, with both North and South polarity magnetic fields present, ESA notes. Ready To Flip Right now, there is not a clear dominant magnetic polarity, but a mix of the two, says Mueller. And that is exactly what you would expect to find during the maximum of the Sun's activity cycle, when the magnetic field is about to flip, he says. The real applications are for space weather predictions. Case in point, better space weather forecasting may have saved many of Elon Musk's 523 Starlink satellites that reentered Earth's atmosphere between 2020 and 2024. This period coincides with the rising phase of solar cycle 25, which has shown itself to be more intense than the previous solar cycle, the authors of a 2025 paper appearing in the journal Frontiers in Astronomy and Space Sciences write. Our results indisputably show that satellites reenter faster with higher geomagnetic activity, the authors note. There was a big solar storm that caused the earth's upper Earth atmosphere to expand, so, the satellites experienced more drag, and therefore didn't make it to orbit, says Mueller. One option may have been simply to hold off on launches until this increased period of solar activity enabled a less risky geomagnetic environment in Earth's upper atmosphere. The hope is that the Solar Orbiter mission and other missions like it will lead to better and more reliable space weather predictions that could potentially save hundreds of millions of dollars in the commercial satellite industry. Solar Orbiter should do its share in solving both pure solar physics conundrums as well as in more practical applications like space weather. The good news is that the spacecraft still has plenty of fuel left. Our current funding goes until the end of 2026, but because we had a picture-perfect launch provided by United Launch Alliance and NASA, we saved a lot of fuel, says Mueller. So, the onboard fuel reserves are so large that we can keep going for a long time, he says.


Forbes
14 hours ago
- Forbes
Sync Your Summer With The Stars With This Sky Calendar Until Labor Day
Summer nights will bring everything from planets, full moons, and star-studded constellations to ... More "shooting stars," the Milky Way, and more. Summer is the season for stargazing. Sure, nights can be short if you're in northerly latitudes, but the warm evenings — and the higher chance of people being outside, camping and barbecuing — make late June, July and August prime time for sky-watching. From yesterday's solstice through Labor Day on September 1, nightfall brings everything from planets, full moons, and star-studded constellations to "shooting stars," the Milky Way, and more. Here's everything you need to know about the night sky this summer 2025. 1. Crescent Moon And Venus Beside The Pleiades Where: east When: an hour before sunrise where you are on Sunday, Jun. 22 A beautiful trio in the dawn twilight is the reward for anyone dedicated enough to get up before sunrise, with the 13%-lit crescent moon above brilliant Venus with the delicate stars of the Pleiades to the left. Sunday, June 22: Venus, A Crescent Moon And The Pleiades 2. See The Full 'Buck Moon' Rise Where: east When: moonrise where you are during dusk on Thursday, Jul. 10 The first full moon of summer will rise dramatically in the eastern sky just after sunset. Known as the Buck Moon, it will stay low in the southern sky all night and, as a consequence, appear to be especially large. 3. The Milky Way At Its Best Where: southeast When: after dark from July 17-27 and August 16-26 Just after dark, bright star Altair — the southernmost point of the Summer Triangle — shines brightly in the southeast. Get away from light pollution and look around and below it during either 10-night dark-sky window (when the moon is down), and you'll get eyes-on with the Milky Way running beneath. CHIFENG, CHINA - AUGUST 14, 2023 - The Perseid meteor shower is seen over the Ulanbum grassland in ... More Chifeng city, Inner Mongolia, China, August 14, 2023. (Photo by Costfoto/NurPhoto via Getty Images) 4. Perseids Meteor Shower Where: All-sky When: Thursday, Jul. 17- Friday, Aug. 15 The annual Perseid meteor shower kicks off on Jul. 15, building toward its famous peak on August 12/13. Sadly, that night will feature a bright sky bleached by a nearly full moon. So start looking early — you may see a few bright meteors streak across the post-sunset sky around midnight. 5. See The Full 'Sturgeon Moon' Rise Where: east When: moonrise where you are during dusk on Friday, Aug. 8 and Saturday, Aug. 9 If you have a choice, find an east-facing beach for your summer vacation to watch August's full Sturgeon Moon rise shortly after the sun sets, glowing a deep orange as it climbs the eastern horizon. Celestial mechanics means it rises just after sunset on two successive nights this month. The summer triangle stars chart in the Northern Hemisphere 6. The Summer Triangle Where: southeast When: after dark, anytime in August The brilliant stars Vega and Deneb are high overhead after dark, the top of the iconic Summer Triangle, with Altair below completing the elongated shape. It's one of the easiest shapes of stars to spot — and it also marks the arc of the Milky Way flowing down to the southern horizon during August. 7. Jupiter And Venus In Conjunction Where: east-northeast When: an hour before sunrise where you are on Tuesday, Aug. 12 Less than a degree — the width of an outstretched little finger held against the sky — will separate Jupiter and Venus this morning in a rare close conjunction. Uranus, Neptune and Saturn will also be in the sky, though the former two are impossible to see with the naked eye and the latter difficult. Wednesday, August 20: 'Planet Parade' And A Moon-Venus Conjunction 8. 'Planet Parade' At Dawn Where: west When: an hour before sunrise where you are on Monday, Aug. 18 through Thursday, Aug. 21 Mercury, Venus, Mars, and Saturn will be visible in the same sky in 2025's second "planet parade." As a bonus, a waning crescent moon will slip between the planets across four mornings, with a conjunction with Venus on Wednesday, Aug. 20. Wishing you clear skies and wide eyes.
Yahoo
a day ago
- Yahoo
Earth's Magnetic Field Might Weirdly Be Controlling the Air We Breathe, Scientists Say
"Hearst Magazines and Yahoo may earn commission or revenue on some items through these links." Here's what you'll learn when you read this story: Earth's oxygenated atmosphere and magnetic field make life possible, but scientists have discovered that there's a hidden link between the two that's stronger than we originally imagined. Comparing 540 million years of data from charcoal deposits and magnetic crystals formed from ancient volcanic eruptions, scientists found that the processes creating both increase at the same rate over time, and even experience the same jump in activity levels around 330 million years ago. Scientists aren't yet certain which mechanism is impacting the other—or if there is a third mechanism impacting them both. If you list all of the things that had to go right to make life on Earth possible, our minuscule existence (cosmically speaking) seems all the more amazing. Our Sun is a G-type star with moderate radiation output that doesn't tidally lock our planet. The Earth is situated in our Sun's habitable zone. The planet has maintained a robust atmosphere for hundreds of millions of years, and the dynamo at the planet's heart generates a magnetic field that protects us from the most harmful effects of space radiation. Earth truly is a paradise for life. Although scientists have known about these life-giving aspects of Earth for centuries, they're still discovering surprising connections between them. In a new study published last week in the journal Science Advances, scientists from NASA, the University of Washington, and the University of Leeds in the U.K. discovered a surprising connection between two of Earth's most important life-sustaining features—its oxygenated atmosphere and its magnetic field. It's hardly surprising that the existence of one of these features might impact the existence of the other. After all, Mars (which is also in the Sun's habitable zone) used to have an atmosphere, but without a robust magnetic field, the Red Planet eventually lost that atmosphere to the unrelenting lashing of solar winds. However, the authors of this new paper found that, on Earth, the correlation between these two systems runs much deeper than we previously imagined. 'We find that both exhibit strong linearly increasing trends, coupled with a large surge in magnitude between 330 and 220 million years ago,' the authors wrote. 'Our findings suggest unexpected strong connections between the geophysical processes in Earth's deep interior, the surface redox budget, and biogeochemical cycling.' Analyzing data stretching back to the Cambrian some 541 million years ago, the researchers found that the rise in Earth's magnetic field and the rise in its oxygen levels were very closely aligned—slowly increasing overtime, except for one bout of increased activity lasting from 330 million to 220 million years ago. To map this comparison over the course of hundreds of millions of years, the researchers couldn't rely on direct data—there is no such record for atmospheric oxygen levels, for example. However, they could track the strength of wildfires, which show up as charcoal deposits in the geologic record. This would provide a clue, since a stronger, longer-lasting fire means that there was more oxygen in the atmosphere to fuel said fire. To compare this record with Earth's magnetic field history, the team analyzed certain magnetic crystals that formed in ancient volcanoes and—due to their composition—essentially act like a 'compass frozen in time,' according to Nature. Once plotted side-by-side, the team noticed that the two processes largely increased in lockstep with one another, and even experienced the same increase 330 million years ago. Interestingly, this coincides with the formation of Pangea, though scientists aren't sure exactly if the formation of the supercontinent is related to the increase or a coincidence, as the data does stretch back far enough to compare levels to other supercontinents in Earth's history. So, what's going on here? Well, the researchers aren't exactly sure, but they have a few guesses. The most likely one is that Earth's magnetic field directly impacts oxygen levels, as it protects Earth (and oxygen-producing plants) from solar radiation. However, it's also possible that increased oxygenation coupled with plate tectonics—which drive oxygen toward the liquid outer core that produces the magnetic field—could also play a role. The authors also aren't ruling out the idea that a third, currently unknown mechanism could provide an explanation for this steadily upward trend. 'One single mind cannot comprehend the whole system of the Earth,' Ravi Kopparapu, a co-author of the study from NASA, told Live Science. 'We're like kids playing with Legos, with each of us having a separate Lego piece. We're trying to fit all of it together and see what's the big picture.' While 540 million years is an unfathomably long time compared to our human lifespan (or even our species' existence), it's only around 12 percent of Earth's entire existence, so these trends could simply be coincidental. All we can do is continue searching for answers among the clues that we do have, and try to grasp just how wondrous our home planet really is. You Might Also Like The Do's and Don'ts of Using Painter's Tape The Best Portable BBQ Grills for Cooking Anywhere Can a Smart Watch Prolong Your Life?