Will the flower moon be visible from Florida? What to know about 2025 May full moon
People in Florida will be able to step outside to catch the monthly full moon, which first appeared bright on Mother's Day and will remain visible for the next two nights.
May's full moon, more commonly known as the flower moon, should be a welcome sight for stargazers who were most recently treated to back-to-back meteor showers.
Here's everything to know about the full moon, including when to see it and how it got its nickname.
A full moon occurs when Earth's celestial neighbor appears as a complete circle in the sky. From Earth, our natural satellite appears to be fully round because the whole side of the moon facing our planet is lit up by the sun's rays, according to Royal Museums Greenwich in east London.
A full moon occurs nearly every 30 days as it completes one lunar phase cycle.
Full moon names were an integral ancient method to track the changing months and seasons, and many that are still used today came from Colonial Americans adopting Native American names into their calendars.
The Algonquin tribes of what is now the north-eastern United States called May's full moon "the flower moon due to the abundant flowers that bloom this time of year," according to the Almanac.
Other nicknames for the full moon include the "corn moon" or "corn planting moon."
The moon has also been referred to as the "milk moon." The moniker derives from the English and was apparently coined by a monk who claimed May is a month when cows could be milked three times a day, according to NASA.
The full flower moon technically reaches its peak illumination in the middle of the day, at 12:55 p.m. ET Monday.
But it will appear bright and full for two consecutive nights, including Tuesday, May 13, according to the website TimeAndDate.
The celestial wonder should be visible from across the US, provided clouds don't obscure the view. Spectators are advised to find a spot with unobstructed views of the horizon.
Look for the moon rising low in the southeast after sunset May 12 as it ascends to its highest point in the sky after midnight, according to EarthSky.
The full moon is also a micromoon, meaning it will look a bit smaller and dimmer than usual. Micromoons occur when a full moon coincides with the point in its orbit when it's farthest from Earth, known as apogee.
The next full moon will be the strawberry moon, which appears on Wednesday, June 11, 2025.
Contributing: Doyle Rice, USA TODAY
Eric Lagatta is the Space Connect reporter for the USA TODAY Network. Reach him at elagatta@gannett.com
This article originally appeared on Florida Today: Flower moon 2025: Will May 2025 full moon be visible from Florida?
Hashtags

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


USA Today
an hour ago
- USA Today
Dozens of NASA space missions could be axed under Trump's budget: Here's a look at 6
Dozens of NASA space missions could be axed under Trump's budget: Here's a look at 6 The budget request proposes slashing NASA funding by nearly 25% mostly by eliminating a significant portion of the agency's science portfolio. Show Caption Hide Caption Trump calls Elon Musk a 'fantastic guy' amid drug use allegations President Trump said he didn't know about Elon Musk's alleged drug use and backed the billionaire's cost-cutting. A total of 41 science projects would get the ax under the proposal, which would be NASA's biggest single-year cut in the agency's history, according to the Planetary Society. Many of the science missions President Donald Trump looks to cancel are still in development, while others are extended operations with uncrewed vehicles already deployed to orbit. Here's a look at six different types of space missions, from Mars exploration to future moon landings, that could be under threat if Trump's budget were to go into effect. Dozens of NASA's missions to explore the cosmos could be in jeopardy under a budget proposal from the White House. President Donald Trump's administration, which released an initial budget proposal May 2 for the U.S. space agency, dropped more details Friday, May 30 about just which NASA programs it looks to cancel. All told, the budget request for the next fiscal year proposes slashing NASA funding by nearly 25% – from $24.8 billion to $18.8 billion – mostly by eliminating a significant portion of the agency's science portfolio. Trump's proposal, which would need congressional approval, has been lauded by acting NASA Administrator Janet Petro for "still prioritizing critical science and technology research," she said in a statement. But in its own statement, the Planetary Society called the proposed budget "an extinction-level event for the space agency's most productive, successful, and broadly supported activity: science." A total of 41 science projects would get the ax under the proposal, which would be NASA's biggest single-year cut in the agency's history, according to the Planetary Society, a nonprofit space exploration advocacy organization. Many of the science missions Trump looks to cancel are still in development, while others are extended operations with uncrewed vehicles already deployed to orbit. Here's a look at six different types of space missions, from Mars exploration to future moon landings, that could be under threat if Trump's budget were to go into effect. Mars missions: Mars Sample Return, orbiters For years, NASA's Mars Sample Return mission has sought to bring back a collection of rocks that could reveal details about potential past life on the Red Planet. The agency's Perseverance rover has been scooping up and storing intriguing rock samples since it first landed in 2021 in the Jezero Crater. But ballooning costs and mission delays have hampered both NASA and the European Space Agency in executing a plan to actually retrieve and transport the samples to Earth for scientists to study further. Meanwhile, Mars Odyssey and MAVEN are two spacecrafts that have been orbiting Mars for years. While those missions could be eliminated, Trump looks to inject another $1 billion to tap the private sector to help lay the groundwork for future Mars exploration. That includes establishing a new NASA initiative called the Commercial Mars Payload Services Program (CMPS). The program would operate similar to NASA's Commercial Lunar Payload Services program by awarding contracts to private companies that would develop spacesuits, vehicles and other technology aimed at reaching the Red Planet. Outer solar system: New Horizons, Juno The New Horizons spacecraft became the first spacecraft to explore Pluto up close when it flew by the dwarf planet and its moons on July 14, 2015. In 2019, the space probe reached the Kuiper belt – a doughnut-shaped region of icy bodies extending far beyond the orbit of Neptune – where it continues to make discoveries about the outer solar system. The Juno probe, meanwhile, continues to reveal new insights into the gas giant Jupiter and its Jovian moons nine years after arriving in 2016. The spacecraft recently relayed data unmasking the harsh environments of both Jupiter and its volcanic moon Io. Moon missions: Space Launch System (SLS) rocket and Orion capsule NASA's Space Launch System rocket and Orion space capsule – both seen as centerpieces in the effort to return Americans to the moon – may have their days numbered. The SLS and Orion, which have both launched just once on an uncrewed mission in 2022 from the Kennedy Space Center in Cape Canaveral, Florida, are due to play a role in NASA's lunar ambitions under the Artemis campaign. But Trump seeks to phase out both the SLS and the Orion after just two more missions. That means Artemis II astronauts would still ride an Orion capsule around the moon following liftoff using the SLS rocket as early as 2026. NASA's plans also call for Artemis III astronauts aboard the Orion capsule to board a SpaceX Starship while in orbit for a ride to the moon's surface as early as 2027. Venus missions: DAVINCI and VERITAS Four years ago, NASA selected two missions to Venus under its Discovery program, focused on developing spaceflights to study our solar system. DAVINCI is a planned mission managed by the Goddard Space Flight Center in Maryland for an orbiter and atmospheric descent probe to reach Venus. Its counterpart, VERITAS, is another upcoming mission to map the surface of the planet in high resolution that would be managed from NASA's Jet Propulsion Laboratory in California. Both spacecraft would have been the first NASA vehicles to explore Venus since the 1990s. Planetary defense: OSIRIS-APEX NASA's OSIRIS-REx, which gathered and returned a sample of asteroid Bennu in September 2023, had been renamed OSIRIS-APophis EXplorer (OSIRIS-APEX) and sent on a path that would allow it to meet up with an infamous asteroid in 2029. That asteroid is name Apophis, and it initially posed a sizable threat to Earth when it was first discovered in 2004 before scientists eventually calculated that its trajectory was harmless. OSIRIS-APEX was meant to spend 18 months mapping the asteroid's surface and analyzing its chemical makeup during a rendezvous with Apophis in June 2029 after the asteroid has a close encounter with Earth. Scientists had considered the mission an invaluable endeavor to allow NASA and other space agency's to build up planetary defense capabilities if a space rock ever posed a threat. Space telescope: Chandra X-Ray Observatory The Chandra X-ray Observatory has spent more than 25 years detecting exotic environments in the cosmos to help astronomers understand the structure and evolution of the universe. The space telescope, which launched in 1999 aboard the Space Shuttle Columbia, continues to provide data allowing scientists to make new cosmic discoveries. While the observatory is targeted under Trump's budget proposal, other famous space telescopes like Hubble and the James Webb Space Telescope would remain in operation. Contributing: Brooke Edwards, Rick Neale, USA TODAY Network Eric Lagatta is the Space Connect reporter for the USA TODAY Network. Reach him at elagatta@
Yahoo
an hour ago
- Yahoo
In space, no one can hear you scream — But it still gets incredibly noisy
You've probably heard astronauts talking to mission control while they perform operations in space. In these recordings, you can hear the back-and-forth chatter, along with the astronaut's breathing and the background noise of their spacesuit pumping oxygen into their helmet to keep them alive. Yet, if they removed that helmet and broke the barrier of the suit shielding them from outer space, that conversation would be cut — and all sound would go radio silent. As astrophysicist Neil DeGrasse Tyson once explained on the podcast StarTalk, astronauts would be able to hear things from within the body itself — like their own heartbeat. 'The sound of silence is the sound of things that were always making noise that you never noticed before,' he said on the podcast. Sound waves are a vibration carried through some sort of medium, like air or water or in the case of the heartbeat, the body. When those vibrations reach our ears, they send a vibration through our eardrums, which is recognized in the brain as sound. Because sound needs something to travel through, it can't make its way through the vast majority of space, which is a vacuum containing essentially no particles. Interplanetary space contains just a few dozen particles in each cubic centimeter — in comparison, the air we breathe has tens of quintillions of molecules per cubic centimeter. (For scale, 10 quintillion seconds is longer than the age of the universe.) 'In the universe, an absolute vacuum is rare, and most of the universe is very low-density high-temperature plasma,' said Chris Impey, an astronomer at the University of Arizona. 'In principle, sound could travel through that, but it would have very different properties to what we are used to.' Gas clouds, dust clouds and solar winds for example, could all have sound waves pass through them, even if they are relatively low-density, said Phil Plait, an astronomer who runs The Bad Astronomy blog. The structures of many gas clouds, for example, can be formed by sound waves, or shock waves in the case that the material moves faster than the speed of sound, he explained. 'We see the effects of sound in these objects all the time,' Plait told Salon in an email. This would be nothing like the sound we are used to on Earth and wouldn't be detectable by the human ear, which can only hear a very narrow range of frequencies. You may remember the black hole in the Perseus galaxy cluster about 250 million light-years away, from which NASA detected emanating pressure waves in 2003. Although this was not a sound recording like you would hear from a microphone, NASA did convert these pressure waves into sound, albeit one that is far too low of a frequency for the human ear to detect. For what it's worth, though, they did find that the waves corresponded to the note of B-flat, about 57 octaves below the middle C note on a piano. Then, in 2022, NASA's Chandra X-ray Observatory sonified this wave data into a couple of sounds the human ear could hear at frequencies 144 quadrillion and 288 quadrillion times higher than the original. (To get a sense of just how astronomical this figure is, one study estimated that there are 20 quadrillion total ants on Earth.)"What's going on is that matter is surrounding the black hole, and when some stuff falls in it can create a powerful wind that compresses the material around it, making a sound wave,' Plait said. 'We don't detect the sound itself, but we can see the ripples in the gas and they can be converted into sound we hear.' There are entire projects dedicated to sonifying data from astronomical objects. In the Cassini mission, for example, NASA detected radio waves emitted from charged particles in magnetic fields, which were converted to sound. Still, these were plasma waves, and not sound waves. However, sound has been detected within our own solar system. During NASA's Perseverance mission on Mars in 2021, the rover's microphones detected the whir of the mission's helicopter and noises created by the rover. It also detected naturally occurring sounds on the planet itself — including Martian wind. Back in 1981, Russia also reported sounds on Venus during the Soviet Venera 13 mission, which sounds like waves hissing on a beach. Yet sounds on other planets sound different than they do on Earth because other planets have different atmospheres. On Earth, the unique combination of oxygen, nitrogen and other gases, combined with the effects of gravity and solar heating, create a certain density of molecules that carries sound as we know it. In contrast, the atmosphere on Mars is roughly 2% as dense as Earth's, and its composition is dominated by carbon dioxide. Overall, sounds would be quieter and slightly muffled, and it would also take longer to reach you than it would on Earth. Some higher pitched sounds would be inaudible entirely. Interestingly, if you played a church organ on Mars, the set of flue pipes that create sound in a way similar to a flute would go up in pitch, but the reed pipes, which produce sound in a way similar to a saxophone, would go down in pitch, said Tim Leighton, an acoustics professor at University of Southampton, who created models to predict sound on other planets. Saturn's moon, Titan, is probably acoustically the closest to Earth. However, the pressure and density are a bit higher at ground level, and the speed at which sound travels through the atmosphere is lower than Earth. As a result, many sounds such as voices, flutes and organ pipes would play at a lower pitch, Leighton said. On Venus, sounds that are caused by solid objects vibrating, like harmonicas or reed organ pipes, would be pitched down because the atmosphere is dense and soupy. However, sounds from things like flue organ pipes or flutes, which are propagated through air, would be pitched higher than Earth. That's because the extremely hot temperatures on Venus make sound travel faster than on Earth. Additionally, if we theoretically heard a sound like a vocalization on Venus, our perception of the size of the creature it was coming from would be a little distorted. That's because humans evolutionarily developed a way of hearing vocalizations in which sound travels to the top of the nose of the speaker and back again in a form of echo, which we subconsciously use to estimate how large a creature is based on the tone they emit, Leighton said. On Venus, "this pulse quickly travels up to the top of the nose and back again much sooner than it would on Earth,' Leighton told Salon in a video call. 'Your brain hears that and imagines the person is about three feet tall.' As we continue exploring more distant planets, recording sound could help scientists better understand them. For example, measuring the sounds of wind on Mars could provide clues on how the planet's surface forms, Leighton explained. 'It can tell us a lot about the atmosphere and how it changes as the sun goes up and down, and how that, in turn generates winds to shape the surface of Mars,' Leighton said. 'That indicates the power of these microphones.' Sound could also help us explore planets like Jupiter and Saturn, which likely have plenty of sound to hear but have thick clouds and inhospitable conditions that make it difficult to access visually, Impey said. 'In fact, since the atmosphere is sort of opaque and you can't really see through it, it might be a way to sense what's happening better and more efficiently than you could with any sort of a camera, which wouldn't really work very well at all,' he told Salon in a phone interview. When looking for sound in the universe, astronomers have also looked back in time. Back in the early years of the universe, it was a hot plasma soup that was far more dense. That plasma carried acoustic oscillations, although still not at an audible range. However, in one research project, astronomer Mark Whittle compressed the first million years of the universe into 10 seconds, shifted up by 50 octaves so that the human ear could hear. It sounds like "a descending scream, a deep roar and a final growing hiss," he reported. About 400,000 years after the Big Bang, sound waves called Baryon acoustic oscillations rippled through the cosmos to influence how galaxies were distributed. As such, one could say that life on Earth as we know it in some way originated from a sound wave. It's not called the Big Bang for nothing, after all. 'Within that sea of brilliance, the seeds for all that we now know were already present, latent, waiting to unfold,' Whittle wrote in his report. 'Most remarkable of all, perhaps, these seeds were sounds – pressure waves coursing through the fluid.'
Yahoo
2 hours ago
- Yahoo
Giant plume of Saharan dust to hit US. What does it mean for tropical storm development?
A plume of dust from the Saharan Desert is expected to sweep across the Gulf Coast this week, bringing hazy skies and reduced air quality to millions from Texas to Florida. While the heaviest concentrations are forecast for the southeastern U.S., the eastern half of Texas, particularly the stretch from Houston to Dallas, will still see dust-laden skies beginning this weekend. Fortunately for Texans, the dust isn't expected to be as dense as in other states, though it may still pose discomfort for those with respiratory issues. It's also fortunate for residents of Florida and other Gulf Coast states — where the National Hurricane Center is monitoring a tropical system that has the potential to develop — as the dust could suppress and weaken the system that's right off the southeastern United States coastline. This refers to the dust carried by winds across the Atlantic from the Sahara Desert. Thunderstorms in the Sahara region stir up dust and push it into the atmosphere. The dust is then transported across the Atlantic and deposited in the Caribbean, Central America, and South America. While it primarily affects Puerto Rico, it can also reach states such as Florida and Texas. According to the CDC, Saharan dust transported to the United States is a normal occurrence, especially from late June to mid-August. While Saharan dust can lead to hazy skies and poor air quality across parts of the Gulf Coast, it also plays a significant role in shaping tropical weather patterns, often for the better, at least in terms of storm suppression. Alex DaSilva, hurricane expert for AccuWeather, previously told USA TODAY that Saharan dust can act as a natural deterrent to tropical storm development. 'It basically can choke off these systems because, again, they want plenty of moisture, and when you're taking the moisture away, it makes it harder for thunderstorms to develop," DaSilva previously told USA TODAY. In addition to drying out the atmosphere, the dust also increases wind shear and atmospheric stability — two other key factors that can hinder storm formation. Although Saharan dust was crossing the Atlantic during the intensification of Hurricane Beryl, the storm was able to strengthen because it developed ahead of the densest plume of dust. This placed it in a pocket of relatively moist, unstable air — the kind of environment tropical systems need to grow. A light layer of Saharan dust is expected to settle over South Texas on Monday, drifting north into the Dallas-Fort Worth area by Tuesday. Conditions should clear briefly on Wednesday before a thicker wave moves in Thursday and Friday. Another round is possible over the weekend or early next week. This article originally appeared on Austin American-Statesman: What is Saharan dust? How it may impact tropical system near Florida