Moon phase today: What the moon will look like on August 2, 2025
The lunar cycle is a series of eight unique phases of the moon's visibility. The whole cycle takes about 29.5 days, according to NASA, and these different phases happen as the Sun lights up different parts of the moon whilst it orbits Earth.
So, let's see where we are in the cycle tonight, Aug. 2.
What is today's moon phase?
As of Saturday, Aug. 2, the moon phase is Waxing Gibbous. According to NASA's Daily Moon Observation, the moon will be 60% lit up tonight.
It's day nine of the lunar cycle, and there's a whole lot for us to see on the moon's surface.
With the unaided eye, enjoy a glimpse of the Mare Fecunditatis, the Mare Tranquillitatis, and the Mare Crisium. If you're in the Northern Hemisphere, look to the top right. If you're in the Southern Hemisphere, you'll see these on the bottom left.
With binoculars, enjoy a glimpse of the Alps Mountains, Apennine Mountains, and the Aphonsus Crater. With a telescope, you can also see the Rima Arladaeus, the Descartes Highlands, and Rupes Altai.
When is the next full moon?
The next full moon will be on August 9. The last full moon was on July 10.
What are moon phases?
According to NASA, moon phases are caused by the 29.5-day cycle of the moon's orbit, which changes the angles between the Sun, Moon, and Earth. Moon phases are how the moon looks from Earth as it goes around us. We always see the same side of the moon, but how much of it is lit up by the Sun changes depending on where it is in its orbit. This is how we get full moons, half moons, and moons that appear completely invisible. There are eight main moon phases, and they follow a repeating cycle:
New Moon - The moon is between Earth and the sun, so the side we see is dark (in other words, it's invisible to the eye).
Waxing Crescent - A small sliver of light appears on the right side (Northern Hemisphere).
First Quarter - Half of the moon is lit on the right side. It looks like a half-moon.
Waxing Gibbous - More than half is lit up, but it's not quite full yet.
Full Moon - The whole face of the moon is illuminated and fully visible.
Waning Gibbous - The moon starts losing light on the right side.
Last Quarter (or Third Quarter) - Another half-moon, but now the left side is lit.
Waning Crescent - A thin sliver of light remains on the left side before going dark again.
Solve the daily Crossword
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
9 minutes ago
- Yahoo
August Moon: Here's what to look for during all 4 major moon phases
When you buy through links on our articles, Future and its syndication partners may earn a commission. The ever-shifting phases of Earth's moon present a wealth of targets for amateur astronomers to explore, ranging from magnificent craters and lunar seas to strange visual phenomena created as sunlight plays across the ancient surface, forming familiar shapes where none should be. So, grab your telescope and join us on a short, guided "road trip" of August's moon, in which we'll highlight a series of stunning targets to explore during each moon phase. Any backyard telescope will allow you to pick out the targets on our list, though a scope with an aperture of 6 inches or more will help reveal more detail across ancient lunar landscapes. Be sure to check out our roundups of the best telescopes and binoculars for exploring the solar system if you find yourself wanting a closer look at Earth's natural satellite. The first quarter moon (Aug. 1) The nights following each new moon phase will see the line separating night from day on the lunar surface creep inexorably westward. By Aug. 1, this line of demarcation — known as the terminator — will divide the lunar surface in two, heralding the onset of the moon's "first quarter phase." During this phase, the moon will already be high in the sky at sunset, with its right side fully lit and its left hidden under a veil of shadow. The nights leading up to Aug. 1 present a perfect opportunity to search for the historic Apollo 11 landing site on the southwestern shore of Mare Tranquilitatis (Latin for the Sea of Tranquility), from where Neil Armstrong announced "the Eagle has landed" on July 20, 1969. Mare Tranquilitatis is easily visible to the naked eye as a dark basaltic plain close to the equator to the right of the terminator, as indicated on the graphic below. A 6-inch telescope will help you zero in on the landing zone — known as Tranquility Base — by looking to the lower right of the prominent Ritter and Sabine craters, which can be found on the western edge of the lunar mare. Two nights later, on Aug. 4, the moon's terminator will fall slightly to the west of the Sinus Iridum impact basin, causing a brilliant "Golden Handle' to appear in the northwest region of the lunar surface. This striking effect occurs when the sun's rays pick out the peaks of the Montes Jura mountain range on the northern edge of Mare Imbrium. The full "Sturgeon Moon" (Aug. 9) By Aug. 9, the relentless westward march of the terminator will have swept across the entirety of the lunar surface, setting the stage for the full "Sturgeon Moon" to slip above the horizon at sunset, local time. The Sturgeon Moon is named for the time of year when the titular fish are most readily caught; it presents a good opportunity to observe the mighty form of Tycho crater extending its influence over the lunar disk. Tycho is easily visible to the naked eye, thanks in part to the vast streaks (or rays) of reflective material cast outward across the lunar surface in the wake of the brutal asteroid impact that created the 53-mile-wide (85-kilometer) crater. Every one of the moon's larger impact sites would have once played host to a bright ray system like Tycho, though exposure to the harsh space environment has since caused many to fade. After all, Tycho formed a mere 108 million years ago, while other lunar craters have been estimated to be 3.9 billion years of age. The August full moon also presents a great time to learn the locations of the many lunar mare (Latin for "seas") that can be spotted with the naked eye as the surface of Earth's natural satellite darkens. Each of the mare visible today were created billions of years ago, when lava flows filled the network of lunar craters carved out by powerful asteroid strikes. The lava lakes swiftly hardened to "repave" the moon, forming enormous basaltic plains that can be explored without the need for a telescope or binoculars. Mare Crisium can be spotted as a dark oval to the northeast of the lunar surface, while Mare Tranquillitatis (the Sea of Tranquility) — which plays host to the Apollo 11 landing site — is located to its left, bordered to the north by Mare Serenitatis (the Sea of Serenity). The equatorial region to the westward side of the lunar disk is dominated by Oceanus Procellarum (the Ocean of Storms), with Mare Imbrium (the Sea of Showers) to the north and Mare Nubium (the Sea of Clouds) to the south. The third quarter moon (Aug. 16) The passing of the full moon will see the terminator return to sweep over the eastern limb of the lunar surface until, finally, on Aug. 16, the third quarter moon will rise, with its right half bathed in shadow and its left illuminated by direct sunlight. Aug. 16 is a great opportunity to observe a dramatic display of light and shadow play across the terminator and to hunt down a pair of massive craters named to honor two legendary ancient Greek philosophers, inventors and astronomers: Plato and Archimedes. Look for the 62-mile-wide (10 km) Plato Crater just below the narrow form of Mare Frigoris soon after the moon rises around midnight on Aug. 16. Then, follow the terminator south to find the similarly sized Archimedes impact site above the pronounced sweep of the Montes Apenninus mountain range. The following night (Aug. 17) is a wonderful time to see the Copernicus and Kepler craters brightening Oceanus Procellarum. Both impact sites are surrounded by bright ejecta rays, albeit less pronounced than those exhibited by Tycho further to the south. The Copernicus Crater looks particularly impressive around this time, with its westward rim and central peak cast into relief by the oblique angle of the sun. Copernicus had been proposed as a candidate landing site for the Apollo 18 crewed lunar mission, though the program was cancelled long before its scheduled launch date due to budget constraints. New moon (August 23) During the new moon phase, the lunar disk lurks unseen in the daytime sky, leaving the night unblemished by the glare of reflected sunlight. Head away from city lights around this time to hunt the glowing band of the Milky Way's core, which can be spotted during the summer months streaming towards the eastern horizon as dusk gives way to night in dark sky locations. The moon will appear as a slim waning or waxing crescent on a handful of nights before and after the new moon phase, during which you may see the shadow-veiled expanse of the lunar surface infused with a soft glow. This phenomenon, known as "Earthshine," or the "Da Vinci Glow," occurs when the moon is positioned roughly between our planet and the sun, at which point sunlight reflected off Earth's surface bathes the unlit lunar disk in a subtle glow. Editor's Note: If you would like to share your astrophotography with readers, then please send your photo(s), comments, and your name and location to spacephotos@ Solve the daily Crossword
Yahoo
an hour ago
- Yahoo
Earth, Mars, Venus — and a long-lost planet — may have once 'waltzed' in perfect harmony around the sun
When you buy through links on our articles, Future and its syndication partners may earn a commission. Four of the solar system's terrestrial planets, including Earth and a long-lost world, likely started life waltzing around the sun to a fixed rhythm, according to a new study. The findings also suggest that those planets formed earlier than previously thought. Astronomers have been increasingly interested in how planetary systems change their internal architecture on cosmic timescales, motivated by several recent exoplanet family discoveries, like the seven-planet cohort orbiting the tiny star TRAPPIST-1. Past research has found that one early stage in a planetary family's metamorphosis involves pairs, triplets or entire systems moving in a rhythmic beat — called resonance — around their parent star. Planets in resonance have orbital periods that form a whole-number ratio. In the TRAPPIST-1 system, for instance, the innermost planet, TRAPPIST-1 b, completes eight orbits for five of its nearest neighbor's. Resonance arises among planets born within a protoplanetary disk — the disk of debris surrounding an infant star — that still contains gas. Such planets plow through the gas, exchanging their rotational motion with it, which often causes them to move toward the star. Many of these planets may come close enough to each other for their orbital periods to "resonate," or become whole-number multiples. Today, the solar system's planets aren't in resonance (although Venus and Mars come close, with an orbital-period ratio of 3.05:1). But in 2005, astronomers showed that Jupiter and Saturn waltzed in a resonant beat soon after their birth. This dance halted abruptly 4.4 billion years ago, however, when the protoplanetary gas disk started evaporating, pushing Saturn, Uranus and Neptune outward in an event called the giant planetary instability. Related: What's the maximum number of planets that could orbit the sun? Until now, though, nobody had examined whether the terrestrial planets have ever been in resonance, Chris Ormel, an associate professor at Tsinghua University in China and co-author of the new study, told Live Science by email. This was because "an alternative theory — that the planets formed by a series of giant impacts — was thought to be adequate" to explain how they currently behave, he said. But research from 2013 analyzing Martian isotopes suggested that terrestrial planets could have formed when the protoplanetary disk was still rich in gas, about 10 million years after the solar system's birth. This meant the terrestrial planets may have once been in resonance. To examine the hypothesis, the new study's authors created computer models of the infant solar system. Each model included two giant planets — Jupiter and Saturn — along with four rocky worlds: Mars, Theia (a hypothetical Mars-size object whose collision with early Earth formed our moon), early Earth (prior to Theia's collision) and Venus. Mercury is widely believed to have been created by giant impacts, so the researchers excluded it from the simulations. In all of the models, the team placed Saturn closer to Jupiter than it is today and had the rocky worlds grow by accumulating either pebbles or larger, trillion-ton rock blocks. In most simulations, Venus, Earth, Theia and Mars formed a 2:3:4:6 resonant chain within a million years of simulated time. The researchers then performed 13,200 simulations of the planets' potential movements over a 100-million-year interval, considering the gravitational tugs each planet exerted on the others. At the 10 million-year mark, however, the researchers made Saturn move outward "to simulate the giant planet instability," Shuo Huang, a doctoral student at Tsinghua University and the study's first author, told Live Science by email. The researchers found that, based on the selected parameters, up to half of the simulations re-created the terrestrial planets' current configuration. This included aspects like the occurrence of a single Theia-Earth collision and the 3.05:1 orbital-period ratio of Venus and Mars — a relic of their past resonance. Additionally, the findings suggest the planets formed in the gas-filled protoplanetary disk, within the first 10 million years of the solar system's creation, which is at least 20 million years older than current models predict. RELATED STORIES —'Mathematically perfect' star system being investigated for potential alien technology —In a cosmic first, astronomers spot a new planet system being born around an alien star —'Mathematically perfect' star system discovered 105 light-years from Earth may still be in its infancy. Could that change its prospects for life? One planet that could confirm how old the rocky inner worlds are is Venus. Because it (unlike Earth and Mars) hasn't suffered any giant impacts, the authors think its mantle will reflect its ancient origin. And future missions could collect such mantle samples, Huang said. The findings also indicate that outer giant planets can destabilize their inner companions tremendously. The authors said this may explain why resonant systems like TRAPPIST-1 don't have giant outer planets. The new study was published July 18 in The Astrophysical Journal. Solar system quiz: How well do you know our cosmic neighborhood?
Yahoo
4 hours ago
- Yahoo
SpaceX late-night rocket launch in Florida: What time is liftoff from Cape Canaveral?
Who's up for late-night sky watching? A SpaceX rocket launch from Cape Canaveral, Florida, may potentially lift off overnight. The company's Falcon 9 rocket will potentially carry Starlink internet-beaming satellites into low-Earth orbit. And people far outside that area can sometimes see this phenomenon. Weather permitting and depending on cloud cover, a rocket launch from Florida's Space Coast could be visible as far north as Jacksonville Beach and Daytona Beach and as far south as Fort Pierce and West Palm Beach (see videos and photo gallery with this story). When there's a launch window in the middle of the night or very early morning, there's an opportunity for unique photos — the rocket lights up the dark sky and the contrail after makes for a great photo. Below is more information on rocket launches in Florida and suggestions on where to watch them from here. Is there a launch today? Upcoming SpaceX, NASA, ULA rocket launch schedule at Cape Canaveral For questions or comments, email FLORIDA TODAY Space Reporter Rick Neale at rneale@ or Space Reporter Brooke Edwards at bedwards@ For more space news from the USA TODAY Network, visit When is next rocket launch in Florida? Monday, August 4: SpaceX Starlink 10-30 Mission: A SpaceX Falcon 9 will launch the next batch of Starlink internet satellites into low-Earth orbit. Launch window: 12:11 a.m. to 4:53 a.m. ET Monday, Aug. 4, 2025 Trajectory: Northeast Launch location: Launch Complex 40 at Cape Canaveral Space Force Station Live coverage starts 90 minutes before liftoff at : You can watch live rocket launch coverage from USA TODAY Network's Space Team, which consists of FLORIDA TODAY space reporters Rick Neale and Brooke Edwards and visuals journalists Craig Bailey, Malcolm Denemark and Tim Shortt. Our Space Team will provide up-to-the-minute updates in a mobile-friendly live blog, complete with a countdown clock, at starting 90 minutes before liftoff. You can download the free FLORIDA TODAY app, which is available in the App Store or Google Play, or type into your browser. Live weather radar: Will it rain in Melbourne, Cocoa Beach or Cape Canaveral, Florida, today? Will weather cancel a rocket launch? Shown is the National Weather Service-Melbourne radar, which shows conditions in real-time for the Space Coast, Brevard County, Orlando and other parts of Florida. The current date and time show up on the bottom right of this radar embed; otherwise, you may need to clear your cache. Where to watch SpaceX rocket launch from Space Coast of Florida Pretty much anywhere in Brevard, you'll get a view of the rocket launch − in certain areas, you can get an amazing view of SpaceX rocket boosters returning to the pads. The best view to watch a rocket launch from the Space Coast is along the beach. However, visibility will depend on weather conditions and people should make sure not to block traffic or rights of way on bridges and to follow posted rules at beaches. If you are viewing the launch along the Indian River in Titusville from Space View Park or Parrish Park, look east directly across the river. If you are farther south along the Indian River, look northeast. Playalinda Beach or Canaveral National Seashore is the closest spot to view liftoff because it is almost parallel to Launch Pad 39A. On the beach, look south along the coastline, (you can even see the pad from some spots). Some hotspots to check out: Jetty Park Beach and Pier, 400 Jetty Park Road, Port Canaveral. Note, there's a charge to park. Playalinda Beach, 1000 Playalinda Beach Road, Canaveral National Seashore. Note, there's a charge to park, and access to Canaveral National Seashore isn't always granted depending on capacity and time of day. Max Brewer Bridge and Parrish Park, 1 A. Max Brewer Memorial Parkway, Titusville. Note, parking is available on both sides of Max Brewer Bridge. Space View Park, 8 Broad St., Titusville Sand Point Park, 10 E. Max Brewer Causeway, Titusville Rotary Riverfront Park, 4141 S. Washington Ave., Titusville Riverfront Park at Cocoa Village, 401 Riveredge Blvd., Cocoa (just before State Road 520 Causeway) Cocoa Village, near the parks and shops or near the docks Various parks on Merritt Island Rotary Park, 1899 S. Courtenay Parkway, Merritt Island Kiwanis Park on Kiwanis Island Park Road on Merritt Island Port Canaveral, with ships from Disney Cruise Line, Carnival Cruise Line, Royal Caribbean at port Alan Shepard Park, 299 E. Cocoa Beach Causeway, Cocoa Beach. Note, there could be parking costs. Cocoa Beach Pier, 401 Meade Ave. Parking fee varies. Lori Wilson Park, 1400 N. Atlantic Ave., Cocoa Beach. Lori Wilson Park has a dog park, by the way. Sidney Fischer Park, 2200 N. Atlantic Ave., Cocoa Beach. Note, there could be parking costs. Downtown Cocoa Beach, along Minutemen Causeway Tables Beach, 197 SR A1A, Satellite Beach The Tides on SR A1A in Satellite Beach Various parks, including the Pelican Beach Clubhouse, in Satellite Beach Pineda Causeway Eau Gallie Causeway Front Street Park near Melbourne (U.S. 192) Causeway and U.S. 1 in Melbourne Indialantic boardwalk at Melbourne Causeway and SR A1A Paradise Beach Park, aka Howard Futch Park, 2301 SR A1A, Melbourne (this is a beachside park) Sebastian Inlet Park, 9700 S. State Road A1A, Melbourne Beach (there is a cost to enter) This article originally appeared on Florida Today: SpaceX rocket launch in Florida: What time is Cape Canaveral liftoff? Solve the daily Crossword