Summary
- Auroras on the Equinox: A recent geomagnetic storm around the autumn equinox (Sept 22) means the northern lights might linger in high-latitude skies tonight, though activity is waning [1] [2]. Minor G1-class geomagnetic storms were forecast through Sept 21–23, allowing auroras to dip farther south than usual in the preceding nights [3].
- Planets at Peak Brightness:Saturn just reached opposition on Sept 21 and is shining its brightest of the year, visible all night in the eastern evening sky [4]. Fainter Neptune reaches opposition on Sept 23, rising at sunset near Saturn (a telescope is needed to spot its tiny bluish disk) [5]. Meanwhile, dazzling Venus and Jupiter adorn the eastern pre-dawn sky as “morning stars.”
- Meteor Showers & Dark Skies: No major meteor shower peaks on these dates, but the Southern Taurids (debris of Comet Encke) are kicking off now, bringing a few slow-moving shooting stars per hour late at night [6]. With the Moon only a thin waxing crescent (new on Sept 21), nights are dark and ideal for stargazing and catching any meteors.
- New Comet & Cosmic Visitors: A newly discovered comet, C/2025 R2 (SWAN), is now visible with binoculars after sunset (about magnitude +7) and could brighten to naked-eye visibility by mid-October [7] [8]. Also in the news: an interstellar comet, 3I/ATLAS, is passing through our solar system this fall (not visible to the naked eye, but exciting astronomers) [9].
- ISS & Satellite Sightings: The International Space Station (ISS) will be making several visible passes after dusk and before dawn. It appears as a bright, fast-moving “star” crossing the sky (with no blinking lights) [10]. All ISS flyovers occur around sunrise or sunset, when the station’s solar panels reflect sunlight [11] – check NASA’s Spot the Station service for timings in your area.
- Rocket Launches & Space Debris: Keep an eye out for unusual sky displays related to human activity. SpaceX is launching a Falcon 9 rocket on Sept 23 (carrying NASA’s IMAP space probe and a new solar monitor) and another on Sept 24 with Starlink satellites [12] [13]. While daytime launches aren’t directly visible to most skywatchers, observers might notice a “train” of Starlink satellites reflecting sunlight in the days after launch. In recent days, spectacular fireball events have been reported – one over Texas on Sept 21 that experts believe was a reentering Starlink satellite [14], and another over northern India on Sept 19 caused by a disintegrating Chinese rocket stage [15]. These fiery breakups, mistaken by many for meteors, underscore how space junk reentries can light up the night.
- Weather Outlook:Local cloud cover will determine whether you can enjoy these sights. In Europe, a stable high-pressure system around the equinox has brought mostly clear, crisp nights for many areas [16] (with even some patchy frost under clear skies in parts of the UK [17]). Only a few regions (far north and southeast coasts) are seeing clouds or showers [18]. Across North America, conditions are more mixed: portions of the central U.S. are under cloud and rain from storm systems moving through the Plains and Midwest [19] [20], and a cold front is bringing showers to the Northeast around Sept 23–24 [21]. The Southwest has some monsoon-driven clouds and thunderstorms [22], while parts of the West and Southeast have clearer skies. Check your local forecast – if you’re lucky to have clear or partly clear nights, bundle up and look up!
Night Sky Highlights (Sept 23–24, 2025)
Auroras Dance (But Fading)
The autumnal equinox on Sept 22 didn’t just mark the start of fall – it also enhanced Earth’s aurora activity. Around the equinox, Earth’s tilted magnetic field lets more solar particles in, an effect scientists call the “equinox effect” [23]. This year lived up to that reputation: NOAA’s Space Weather Prediction Center had forecast minor geomagnetic storms (G1) from Sept 21 through 23, meaning the northern lights could be seen much farther south than usual during that period [24]. Indeed, auroras “crashed the equinox party” this week, delighting skywatchers in parts of the northern U.S. and Europe with rare light displays [25].
As of tonight (Sept 23), geomagnetic conditions are expected to settle back down to “quiet to unsettled” levels [26] [27]. This means widespread auroras are less likely on the nights of the 23rd and 24th, especially compared to the previous couple of nights. However, if you live in high latitudes (e.g. Canada, northern Europe, Alaska), keep an eye on the northern horizon after dark – faint auroral glows or pulsations might still be visible under clear, dark skies. The best window for any aurora spotting is roughly 10 p.m. to 2 a.m. local time [28].
Even if the auroras in your area don’t materialize, it’s worth knowing why they were anticipated: a high-speed solar wind stream from a coronal hole hit Earth around the equinox, briefly sending Earth’s Kp index (aurora strength scale) into the mid-range (Kp 5 or so) [29]. This was enough for NOAA to alert that auroras might be visible unusually far south – in the northern continental US states and at low on the horizon in parts of Europe [30]. Many skywatchers did report seeing the sky glow green or purple on Sept 21–22 under clear conditions. By Sept 23–24, with the solar wind effects waning, any auroras will likely retreat to polar regions or be much fainter [31] [32].
Expert tip: Even minor auroras can be enhanced in photos. If you’re under a clear dark sky, try taking a long-exposure photograph facing north – the camera might pick up a green tint even if your eyes don’t. And stay tuned to space weather alerts from NOAA or NASA for any sudden solar flares or CMEs that could spark a fresh auroral display.
Planets on Parade
The planets are putting on a show this week – no telescope required for the brightest ones! Leading the lineup is Saturn, the ringed giant, which reached opposition on September 21. Opposition is when Earth passes directly between Saturn and the Sun, placing Saturn opposite the Sun in our sky (rising at sunset, setting at sunrise) [33]. Around opposition, Saturn is at its closest and brightest of the year [34]. Step outside in the early evening and look toward the east: Saturn appears as a golden-white “star” steadily shining (tonight it’s in the constellation Aquarius). It’s bright enough to see with the naked eye even from many cities. If you have a telescope, this is prime time to observe Saturn’s magnificent rings – even a small scope will reveal them as tiny extensions on either side of the planet [35]. They are currently tilted open at a good angle. Saturn will remain a beautiful evening object all through September and beyond, but it’s highest in the sky (best for telescopes) around midnight. Don’t miss it – Saturn won’t be this bright again until next year’s opposition!
Right beside Saturn (in cosmic terms) is Neptune, the most distant planet. Neptune reaches opposition on Sept 23, meaning it too is opposite the Sun and visible all night. However, Neptune is much dimmer (magnitude ~7.8) and requires optical aid – binoculars or a telescope – to spot at all [36]. If you’re an avid skywatcher with a telescope, you can find Neptune in the constellation Pisces, not far from Saturn’s position. It will look like a tiny bluish “star.” Casual observers will likely not discern Neptune, but it’s neat to know it’s out there at its peak for the year. (Fun fact: Neptune is so far that even at opposition, light from the Sun takes over 4 hours to reach it, and it’s currently ~4.3 billion km from Earth!).
In the pre-dawn hours, two other brilliant planets grace the sky: Venus and Jupiter. Venus has resumed its role as the “Morning Star” in the east before sunrise [37]. It’s extremely bright (outshining everything except the Moon) and hard to miss if you’re up early – look east about 1–2 hours before sunrise. Jupiter is also visible, higher up and a bit dimmer than Venus but still the second-brightest pinpoint in the morning sky. Jupiter is creeping toward its own opposition in a couple of months, so it’s rising earlier each night; by 1–2 a.m. it’s already coming up in the east. Early risers around 5–6 a.m. can admire Venus low on the horizon and Jupiter higher above, forming a line with perhaps the waning crescent Moon (on Sept 24, the slim Moon will actually be rising closer to 4–5 a.m., so you might catch it alongside Venus). These morning planets are a beautiful sight and easy to enjoy even in light-polluted areas.
Speaking of the Moon – it is currently a waxing crescent in the evening sky. Since the Moon was new on Sept 21 (there was even a partial solar eclipse that day for parts of the Southern Hemisphere), by the 23rd it’s only ~2–3 days old. That means just after sunset you might try to spot a delicate sliver of the Moon very low in the western sky. It sets early, but if you have an unobstructed view toward the west, look for a thin crescent with earthshine (the dark side faintly illuminated by Earth’s glow). By Sept 24, the Moon will be a slightly thicker crescent, a bit higher at dusk. The lack of bright moonlight these nights is a boon for stargazers, providing dark skies until the Moon sets. Enjoy the Milky Way band (visible from dark rural areas) and the starry backdrop of the summer constellations while the Moon stays out of the way!
Did you know? September’s equinox (which occurred at 2:19 p.m. UTC on Sept 22) is a moment of nearly equal day and night length worldwide [38] [39]. Equinox sunsets align due west and sunrises due east. Many cultures mark this celestial change of seasons. Now nights will be getting longer in the Northern Hemisphere – good news for astronomers and skywatchers looking forward to more nighttime viewing hours!
Shooting Stars and Comets
Although late September doesn’t feature any major meteor shower peaks, there’s still some activity for patient night owls. Around these dates we have the early traces of the Southern Taurids. This meteor stream – originating from dust left by periodic Comet 2P/Encke – officially begins around September 23 and will gradually ramp up through October [40]. The Southern Taurids are known for slower, long-lasting meteors. Rates are modest (only about 3 meteors per hour under dark skies at the moment [41]), but Taurid meteors are often bright and deeply colored. They’re also famous for the occasional fireball. So while you’re out, keep an eye out for any slow, medium-bright meteors streaking from the direction of Pisces/Taurus late at night – those could be early Taurids. The shower will peak in October, but already now any Taurid you catch is a little “preview” from comet Encke’s debris cloud.
We’re also just past the tail end of the Chi Cygnids, a very minor and rare meteor shower that peaked in mid-September. “The last of any chi Cygnids is expected early this week,” noted the International Meteor Organization on Sept 20 [42]. Only a few were expected, mainly seen from the Northern Hemisphere (since the radiant is in Cygnus, high in northern skies) [43]. If you spot an extremely slow-moving meteor in the evening hours, it might have been a late Chi Cygnid – but rates are basically near zero now as that shower fades [44].
Aside from those, we have the background sporadic meteors – on any given night, under a dark sky you might see 5–10 random “shooting stars” per hour that are not linked to a known shower [45]. These can come from any direction. With the Moon absent for most of the night, this is actually a great time to simply lie back and watch for meteors casually. Best time is the last few hours before dawn, when Earth is plowing head-on into the meteor streams and sporadics (increasing the counts) [46]. On average at mid-northern latitudes one might catch ~10 per hour before dawn in late September [47], and ~3 per hour in the evening [48]. Bundle up, get away from city lights if possible, and enjoy some wish-making on the random streaks of light!
Now, comet enthusiasts have something to be excited about this month. A new comet was discovered just weeks ago and it’s already visible with binoculars: Comet C/2025 R2 (SWAN). This comet was first spotted in early September by an amateur astronomer analyzing data from SOHO’s SWAN camera [49]. It has since brightened quickly. As of mid-September it was about magnitude +7 (just a bit too dim for the naked eye, but an easy target for binoculars) [50]. Observers reported a small condensed head and a faint tail a few degrees long in telescopes [51]. The comet passed its closest point to the Sun on Sept 12 [52], and is now headed toward its closest approach to Earth on Oct 21 [53].
Where and when to see Comet SWAN R2? Currently, in late September, SWAN R2 is emerging into view for Northern Hemisphere stargazers. It’s located not far from the sunset direction, in the western sky after dusk, near the constellation Virgo (and not far from where Mars is). It has been best seen from the Southern Hemisphere earlier, but “this new comet is now moving into position to be glimpsed from areas north of the equator” as of Sept 22 [54] [55]. You’ll likely need at least binoculars or a small telescope; try scanning low in the west about an hour after sunset for a fuzzy star-like object. By October, SWAN could reach around magnitude +6 – right on the edge of naked-eye visibility in very dark skies [56]. Forecasts suggest it might hover around mag 6–7 in the first half of October [57]. Even if it doesn’t become a naked-eye spectacle, it’s rare to have a comet this bright and potentially two comets visible at once (another comet C/2025 A3 might also be in view in October) [58] [59]. So comet-watchers should definitely keep tabs on SWAN R2 in the coming weeks. For now, bring binoculars to see this 22,000-year visitor (its orbital period is on the order of millennia!) [60] [61].
Another fascinating cosmic visitor: 3I/ATLAS, only the third interstellar object ever detected passing through our solar system (after ‘Oumuamua in 2017 and comet Borisov in 2019). Comet 3I/ATLAS was discovered in June 2025 by the ATLAS survey [62]. It’s not expected to get bright enough for casual observing – at perihelion in late October it will still be over 1 AU from the Sun [63] – but astronomers are eager to study it with big telescopes. It’s currently somewhere near the orbit of Mars. As a neat note, Hubble Space Telescope and other observatories have been imaging 3I/ATLAS, revealing it has a greenish coma (cloud) [64] and showing unusual behavior (some even jokingly called it a potential “alien spaceship” due to its odd trajectory, but it’s confirmed to be natural) [65]. While you won’t see 3I/ATLAS in your backyard telescope, it’s a cool piece of news to know that an interstellar comet is buzzing through our cosmic neighborhood right now.
Lastly, this is a good time of year to witness the Zodiacal Light if you’re in a dark location. Starting around Sept 19 and for the next two weeks, the zodiacal light is visible before dawn in the east (Northern Hemisphere) as a faint triangular glow [66] [67]. It’s sunlight reflecting off dust in the inner solar system, appearing as a pyramid of light along the zodiac. You need very dark skies (no city lights, no moon) to see it. If you’re up early around 5 a.m., look for a diffuse glow extending upward from the horizon in the east – that’s the dust of the solar system catching the Sun’s rays. In the Southern Hemisphere, this same phenomenon can be seen after sunset in the west at this time of year [68]. It’s a subtle but beautiful sight often described as a “ghostly” or “milky” pyramid of light. Take advantage of the moonless early mornings now to try to spot it!
Satellites, ISS Flyovers & Unusual Sky Events
Modern skywatching isn’t just about natural celestial objects – human-made objects often grace (or surprise) our skies too! Over the next two nights, there are a few satellite highlights and unusual events to be aware of:
International Space Station (ISS): The ISS is the brightest satellite of all, and it makes frequent passes over different parts of the world. If you catch it at the right time, it looks like a bright white star gliding silently across the sky in a straight line, taking a few minutes to go from one horizon to the other. Unlike aircraft, it has no flashing lights and doesn’t change direction – it’s unmistakably steady and fast [69]. The ISS orbits about 400 km up and circles Earth ~16 times a day, so sighting opportunities occur typically in the hour or two after sunset or before sunrise (when the sky is dark but the station is still sunlit) [70]. Around Sept 23–24, many locations will have evening passes. For example, parts of Europe can see the ISS in early evening, and some parts of North America may catch morning predawn passes. Check NASA’s “Spot the Station” website or app to get your local pass timings – it will tell you where to look (which direction and how high) and how long the pass lasts. During a good pass, the ISS can rival Venus in brightness and often elicits a “wow!” once people realize that’s a habitable spaceship cruising above us.
Other Satellites: With the increase in satellite launches, you might notice other satellites or even chains of them. Notably, SpaceX Starlink satellites sometimes create a line of bright dots moving one after another shortly after launch. In fact, SpaceX is scheduled to launch a batch of 24 new Starlink satellites on September 24 from California’s Vandenberg Space Force Base [71]. These will join the Starlink constellation that provides internet from orbit. Right after deployment, Starlink satellites can appear as a “string of pearls” in the night sky – a neat but fleeting sight, as they drift apart and adjust orbits over days. If the launch occurs on time (scheduled for 6:57 p.m. EDT / 3:57 p.m. PDT on Sep 24) [72], then a day or two later people in some areas might notice a line of faint stars moving in unison after dusk. They’re most visible in the night or two post-launch, before they climb to higher altitudes. Keep in mind these are relatively dim (often 3rd–4th magnitude), so you need clear dark skies to see the “train.” Starlink launches have become common, but they still spark UFO reports from those unaware – now you’ll know what it is!
Rocket Launches: The sky-alert for Sept 23–24 also includes actual rocket launches (which, if timed near twilight, can produce spectacular illuminated contrails or “nebula” effects). On Sept 23 in the morning, a SpaceX Falcon 9 is set to launch from Kennedy Space Center in Florida at 7:32 a.m. EDT [73]. This mission carries NASA’s IMAP (Interstellar Mapping and Acceleration Probe), which will travel to a point 1.5 million km from Earth to study the boundary of the Sun’s heliosphere [74]. Along with it, NOAA’s Space Weather Follow-On satellite is hitching a ride to monitor solar activity, and another small observatory to study Earth’s outer atmosphere [75]. While this launch is after sunrise (so not likely visible as a light show except maybe a daytime vapor trail for local observers), it’s notable for space enthusiasts – the instruments aboard will help forecast and understand space weather (which ties back to auroras!).
Then, as mentioned, another Falcon 9 launch on Sept 24 (evening UTC) will loft more Starlinks [76]. If that one were at or after sunset local time, it could create a beautiful twilight plume visible across parts of California – but the scheduled time (3:57 p.m. local) is well before sunset, so probably only a contrail in daylight. Check news or SpaceX’s webcast if interested; otherwise, just be aware new Starlinks will be in orbit.
Visible Re-entry Fireballs: Here’s something that has startled many skywatchers recently – satellite reentries that look like dramatic meteors. Just two nights ago on Sept 21, folks across Texas were amazed (and a bit spooked) by a huge fireball that broke apart overhead around 8:30–9 p.m. local time [77] [78]. Dozens of reports poured in describing a silent bright object fragmenting into glowing pieces [79] [80]. While some thought it was a meteor, experts quickly identified it as likely space debris – specifically, a falling Starlink satellite (Starlink-20373) that had been predicted to re-enter around that time [81]. The American Meteor Society confirmed over 40 eyewitness reports of this event [82]. Videos showed multiple pieces of flaming material, which is characteristic of a satellite break-up rather than a single meteor bolide (which typically doesn’t have so many fragments visible for so long). This satellite-turned-fireball put on a brief “fireworks” show over Texas and Louisiana, adding to a growing list of such events: in May this year, Texans saw an old Capella radar satellite burn up, and last fall a Starlink reentry dazzled observers across several states [83] [84].
Similarly, on Sept 19, residents of Delhi and surrounding cities in India witnessed an “UFO-like” bright object streaking across the sky around 1 a.m. that shattered into pieces [85] [86]. This was almost certainly the uncontrolled reentry of a Chinese rocket stage (Long March 3B) that had been orbiting since 2024 [87]. The timing and location matched predictions for that large rocket body’s fall [88]. It produced a slow-moving fireball with multiple fragments, exactly what one would expect from a decaying piece of space junk – and indeed not a natural meteor, which would move much faster. Such events are spectacular but also a bit concerning, as they remind us how much debris is up there. Fortunately, these reentries burned up high in the atmosphere and no damage was reported (and no aliens involved, despite social media buzz!).
Unexplained Aerial Phenomena (UAP): Whenever odd lights or fireballs appear, buzz about “UFOs” isn’t far behind. So far this week, the main oddities – like the Texas and India events – have gotten logical explanations (satellites/rocket debris). There aren’t any widely reported unexplained aerial phenomena specific to these nights beyond those. However, if you do see something truly unusual (e.g. lights in formation, erratic movements, etc.), you could be witnessing either a rare atmospheric effect or something that bears investigation. One common source of confusion: Starlink satellite trains shortly after launch have fooled people into thinking they’re seeing a fleet of UFOs. Rest assured, those are human-made. Another subtle phenomenon is airglow or sprites (upper-atmosphere lightning), but those are hard to spot without special equipment. For general skywatching, the things to know about are mostly covered: bright satellites, occasional rocket launches, and the rare reentry fireball. There’s plenty of genuine wonder without invoking extraterrestrials!
In summary, the nights of September 23–24, 2025, offer a buffet of skywatching treats: from possibly the last flickers of the equinox auroras, to the majestic shine of Saturn and a sprinkling of shooting stars, all under moonless dark skies. Add to that a new comet making its debut and surprise fireballs from above, and you have every reason to step outside (weather permitting) and look up. As always, clear skies! And if clouds thwart you, many events (like planet oppositions) last beyond one night, so there will be more chances ahead.
Additional Resources
For those who want to dig deeper or plan their skywatching, here are some reputable sources and tools related to this alert:
- NASA & NOAA Updates: Check NASA’s What’s Up skywatching site and NOAA’s Space Weather Prediction Center for the latest forecasts on celestial events and aurora activity [89] [90]. NASA’s September sky guide highlights Saturn’s opposition and the equinox, among other events [91] [92].
- Meteor Showers: The American Meteor Society (AMS) posts weekly Meteor Activity Outlooks (e.g., for Sept 20–26) detailing which minor showers are active [93] [94]. The International Meteor Organization (IMO) is also a great resource for meteor shower calendars.
- Comet News: Follow sites like Space.com and EarthSky for news on comets like C/2025 R2 (SWAN) and interstellar 3I/ATLAS [95] [96]. They often have finder charts and observing tips for comets and other dim objects.
- Spot the Station: To get ISS flyover times for your location, you can use NASA’s “Spot the Station” service (website or app). It explains how to identify the ISS and gives schedules [97] [98].
- Launch Schedules: Space enthusiasts can check Spaceflight Now or NASA’s launch calendar for upcoming rocket launches. For example, the details on the Sept 23 Falcon 9/IMAP launch and Sept 24 Starlink launch were available via Spaceflight Now [99] [100]. These sites list launch times and payload info – useful if you want to try to see a launch or just know what’s going up.
- Weather for Stargazing: Besides your local weather report, specialized forecasts like Clear Dark Sky and Clear Outside provide cloud cover predictions tailored for astronomers. The UK’s Met Office had noted clear, dry conditions around the equinox in many areas [101], but always double-check the latest for your area. If you’re in the U.S., the National Weather Service short-range discussion (from Sept 22) described where clouds and storms would be early this week (e.g. stormy Midwest, clearer West) [102] [103]. Such discussions can hint at sky conditions too.
Most importantly – enjoy the cosmic show above you! Each day’s sky brings something new, from the routine marvels to the rare surprises. Keep looking up.
Sources: NASA/NOAA reports [104] [105], American Meteor Society [106], Space.com [107] [108], Spaceflight Now [109] [110], Chron News (Houston) [111], The Watchers (space news) [112], Met Office/UK weather update [113], NWS Weather Prediction Center [114].
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