Aurora forecast April 24-26 — Northern lights relatively quiet tonight ahead of possible weekend boost

The northern lights could remain active tonight (Oct. 1–2) after several consecutive days of dramatic geomagnetic activity. Overnight, Earth’s magnetic field was hit by fast solar wind streams that pushed storming levels as high as G3 (Strong) in places, sparking dazzling auroras at high latitudes.

Solar wind speeds are still elevated at 700–800 km/s thanks to a large coronal hole spewing fast solar wind toward Earth. Both NOAA and the U.K. Met Office expect unsettled to active geomagnetic conditions through Thursday night. That means G1 (Minor) storms are likely, with a chance of brief G2 (Moderate) activity if conditions align. Auroras may be visible across Canada, Alaska, Greenland, Iceland, and occasionally dipping into northern Scotland and Scandinavia where skies are clear.

The northern lights could continue to put on a good show tonight, after a surprising burst of geomagnetic activity over the past 48 hours. Strong solar wind conditions from a coronal hole, possibly coupled with a glancing blow from a coronal mass ejection (CME), pushed Earth’s magnetic field into storming levels. Minor to moderate (G1 to G2) geomagnetic storm levels were reached with an isolated G3 (strong) storm early on Tuesday.

As of today, solar wind speeds remain elevated, ranging from 600–700 km/s, and forecasters expect geomagnetic activity to stay enhanced into tonight. Both NOAA’s Space Weather Prediction Center and the U.K. Met Office predict active conditions with a good chance of G1 (Minor) storms, and even the possibility of G2 (Moderate) intervals if Earth continues to see strong southward magnetic fields. That means auroras may be visible across Canada, Alaska, Greenland, Iceland, and possibly dipping into northern parts of Scotland or Scandinavia if skies are clear.

The northern lights put on a stronger-than-expected display overnight, with a series of geomagnetic storms reaching G1 (Minor) and briefly G3 (Strong) levels. These were triggered by a sustained period of southward-pointing magnetic fields in the solar wind, which allowed energy from the sun to couple efficiently with Earth’s magnetic field.

Geomagnetic activity is now at unsettled to active levels, with only a slight chance of a minor G1 storm tonight according to NOAA’s Space Weather Prediction Center and the U.K. Met Office. That means aurora visibility will mostly be confined to high latitudes such as Canada, Alaska, Greenland, and perhaps the far north of Scotland if skies are clear.

The northern lights could make a brief appearance tonight (Sept. 29) at very high latitudes, across parts of northern Canada, Alaska, Greenland and possibly the far north of Scotland, if skies are clear.

Unsettled to active geomagnetic conditions are possible, with only a slight chance of minor G1 storming before activity settles back down, according to both NOAA’s Space Weather Prediction Center and the U.K. Met Office.

The northern lights are expected to remain quiet tonight (Sept. 26), with mostly calm geomagnetic conditions as Earth moves further away from the influence of recent fast solar winds. Aurora activity will stay mainly confined to locations above the Arctic Circle, according to NOAA’s Space Weather Prediction Center and the U.K. Met Office.

Over the weekend, conditions could begin to change. A weak enhancement in the solar wind is forecast to arrive, likely from the onset of a coronal hole high-speed stream. This may push geomagnetic activity to unsettled or even active levels, with a chance of minor G1 storms. If that happens, auroras could dip farther south than usual, perhaps reaching northern Scotland and other high-latitude regions, as well as expanding visibility across northern North America.

The northern lights are expected to remain quiet tonight as Earth drifts out of the influence of recent fast solar winds.

Solar wind speeds are easing toward background levels, currently around 480–520 km/s, and geomagnetic conditions should stay mostly quiet according to both NOAA’s Space Weather Prediction Center and the U.K. Met Office. Any aurora activity will likely be restricted to the polar regions, with only faint displays possible over the northernmost parts of Canada, Alaska, or Greenland.

The northern lights will stay mostly quiet tonight (Sept. 24–25) as Earth moves out of the influence of a fast solar wind stream.

Both NOAA’s Space Weather Prediction Center and the U.K. Met Office report that solar wind speeds, which peaked near 600 km/s earlier this week, are now declining toward background levels. That means aurora activity will likely stay confined to the polar regions — with only faint displays possible over northern Canada, Alaska, and Greenland.

The northern lights may get a small boost tonight (Sept. 23–24) as Earth continues to feel the effects of fast solar wind from a coronal hole.

Unsettled to active geomagnetic conditions are expected, with solar wind speeds holding around 500–550 km/s. That means there’s a slight chance of G1 (Minor) storming, according to NOAA’s Space Weather Prediction Center.

The northern lights could get a boost tonight (Sept. 22–23) as Earth connects with a stream of fast solar wind flowing from a coronal hole on the sun.

Skywatchers can expect unsettled to active conditions, with a good chance of G1 (Minor) geomagnetic storming and even a slight possibility of G2 (Moderate) levels if conditions line up just right, according to NOAA’s Space Weather Prediction Center.

The northern lights will stay relatively quiet tonight and through most of the weekend, with only unsettled conditions possible at times, according to NOAA’s Space Weather Prediction Center.

According to the U.K. Met Office, no significant aurora activity is expected over the weekend, but things could change as we head into early next week. A persistent coronal hole — now turning to face Earth — is expected to send a fresh wave of fast solar wind our way around Sept. 21-22, which could bring minor geomagnetic storming (G1) and slightly better aurora chances.

The northern lights are expected to be quiet tonight (Sept. 18–19) as the effects of a recent high-speed solar wind stream continue to ease. NOAA forecasters say geomagnetic activity should hold at quiet to unsettled levels, while the U.K. Met Office also expects no significant aurora activity.

That means any northern lights will likely be confined to the highest latitudes such as northern Canada, Alaska and Greenland, with little chance of dipping farther south. By the weekend, forecasters expect solar wind conditions to return to background levels, further reducing aurora chances.

The northern lights may still be spotted at high latitudes tonight, but activity is on the decline as fast solar wind from a coronal hole slowly eases, according to both NOAA’s Space Weather Prediction Center and the U.K. Met Office. Forecasters expect unsettled to active geomagnetic conditions, with only a small chance of G1 (Minor) storming early on. That means aurora visibility will likely be limited to high latitudes, including northern Canada and Alaska, with only a slim chance of reaching farther south.

Solar wind speeds remain high, between 600 and 750 km, but are gradually easing. There are currently no Earth-directed CMEs in the mix, so geomagnetic activity should continue to quieten, dropping back to mostly calm conditions by Sept. 18–19.

The northern lights could still make an appearance tonight (Sept. 16) as Earth remains under the influence of fast solar winds, according to both NOAA’s Space Weather Prediction Center and the U.K. Met Office. Forecasters say unsettled to G1 (Minor) geomagnetic storm conditions are likely, with a chance of G2 (Moderate) storms if conditions line up. That means auroras could be visible across high-latitude regions, including Canada and Alaska tonight.

Aurora activity has already eased since last night’s stronger storming, but lingering fast solar wind from a coronal hole continues to buffet Earth’s magnetic field. Geomagnetic activity will gradually decline in the coming days, returning to quieter levels after tonight.

The northern lights could make an appearance tonight (Sept. 15) thanks to fast solar wind from a large coronal hole and a possible near miss from a recent CME, according to forecasts from NOAA and the U.K. Met Office. Periods of G1 (Minor) geomagnetic storming are likely, with a very small chance of reaching G2 (Moderate) levels.

That means auroras may be visible across high-latitude North America, particularly Canada and Alaska, with a slim chance of extending farther south if conditions line up. The Met Office notes that parts of northern Scotland and similar latitudes could also see activity, though confidence is low.

The northern lights are expected to stay mostly quiet tonight (Sept. 12), but things could be looking up this weekend as Earth is in position to connect with a stream of fast solar wind from a large coronal hole on the sun.

Aurora activity will likely remain at background levels tonight, according to both the U.K. Met Office and NOAA’s Space Weather Prediction Center, with only a slim chance of brief displays in the far north of Canada or Alaska. From Saturday into Sunday (Sept. 13–14), however, solar wind speeds are expected to strengthen, raising the chance of G1 (Minor) geomagnetic storm conditions, with a small possibility of G2 (Moderate) storms at peak. That could bring auroras farther south than usual, although bright moonlight may reduce visibility.

The northern lights are expected to stay mostly quiet tonight (Sept. 11), with only a slim chance of brief auroral activity across the northernmost parts of Canada and Alaska. According to the U.K. Met Office, the auroral oval remains weak, meaning any displays will be confined to high latitudes, with little chance of visibility farther south.

For most of North America, including the northern U.S., aurora chances are minimal tonight according to NOAA’s Space Weather Prediction Center. Forecasters are watching for stronger activity later in the weekend (Sept. 13–14), when a large coronal hole rotating to face Earth could boost solar wind speeds again. If the timing lines up with the Russell-McPherron effect — a seasonal alignment that makes Earth’s magnetic field more susceptible to solar wind — conditions could be even more favorable for aurora displays.

The northern lights are expected to stay fairly quiet tonight (Sept. 10), though forecasters say there’s a small chance of brief auroral enhancements. According to the U.K. Met Office, any visibility will likely be limited to the far north of Scotland and similar high latitudes.

Earth experienced a G2 (moderate) geomagnetic storm late on Sept. 9 according to NOAA’s Space Weather Prediction Center, but conditions are now waning. Solar wind speeds remain elevated from a coronal hole high-speed stream, which could keep activity a little unsettled through tonight, with isolated G1 (Minor) storming possible early.

Fast solar winds and the arrival of charged particles from the coronal mass ejection could bring see visible auroras as south as the northern parts of the United Kingdom and similar latitudes on Sept. 7, according to the U.K. Met Office. But until then, “Low activity is forecast”.

Things look mostly quiet on the space weather front for the next 24 hours, but this weekend could see a chance of slightly increased aurora activity thanks to high speed solar wind flowing from a hole in the sun’s corona, the outermost layer of its atmosphere.

On Thursday (Sept. 4), things look to be “mainly quiet,” but Moderate (G2) geomagnetic storms could be possible this weekend, according to the U.K. Met Office.

NOAA’s Space Weather Prediction Center (SWPC) has forecasted G1 (Minor) geomagnetic storm levels tonight (Sept. 3) as the effects of solar weather that sparked widespread auroras earlier in the week continue to die down.

The northern lights could put on a big display tonight (Sept. 2) as Earth continues to feel the impact of a coronal mass ejection (CME) that erupted from the sun on Aug. 30. The storm hit late last night, briefly sparking G2 (Moderate) geomagnetic storming, and forecasters expect activity could extend into tonight.

That means auroras could be visible across much of Canada, Alaska, and possibly dipping into the northern U.S. under dark, clear skies. In Europe, northern Scotland and Scandinavia have the best chance for a show. A bright waxing gibbous moon may wash out fainter displays, but stronger auroras should still shine through.

A potent cannibal solar storm has hit Earth and could put on a spectacular northern lights display across the U.S tonight.

A fast-moving coronal mass ejection (CME), launched by a long-duration M2.7 flare from sunspot AR 4199 on Aug. 30, slammed into Earth’s magnetic field around 5 p.m. EDT (2100 GMT) on Sept. 1, according to NOAA’s Space Weather Prediction Center (SWPC).

The northern lights could put on a major show tonight (Sept. 1) as a coronal mass ejection (CME) from the sun barrels toward Earth. Forecasters at the U.K. Met Office expect the impact to arrive late tonight into early tomorrow, bringing a strong chance of G2–G3 (Moderate to Strong) geomagnetic storms, with even a small possibility of G4 (Severe) conditions.

Read more: Northern lights may be visible in these 18 US states Sept. 1-2

The northern lights aren’t expected to put on much of a show tonight (Aug. 29) or over the weekend, with aurora activity forecast to remain mostly quiet and limited to the highest latitudes, for example, Alaska, northern Canada, and Scandinavia, according to the U.K. Met Office.

NOAA’s Space Weather Prediction Center also predicts mostly quiet geomagnetic conditions through Saturday, with only a slight uptick possible on Sunday (Aug. 31) as a high-speed stream from a coronal hole brushes past Earth. That could bring unsettled intervals, but nothing major.

The northern lights are expected to stay fairly subdued tonight (Aug. 28), with only limited auroral activity likely at the highest latitudes. That means visibility will mostly be restricted to places like northern Canada, Alaska, northern Scandinavia, or the far north of Scotland, according to the U.K. Met Office.

Solar activity remains on the moderate side, with several active sunspot regions capable of producing more M-class flares, and even a slight chance of stronger X-class flares later this week. For now, though, aurora visibility will be minimal outside of high latitudes, but with those emerging sunspot groups, forecasters are keeping an eye on potential activity in the days ahead.

The northern lights are expected to stay fairly quiet tonight (Aug. 27), with only very limited chances of visibility at the highest latitudes. The auroral oval will mostly remain at background levels, meaning displays are likely confined to the far north — such as the Arctic, northern Canada, Alaska, or northern Scotland if skies are clear, according to the U.K. Met Office.

Earth is currently under the influence of a coronal hole high-speed stream, which could bring unsettled to active geomagnetic conditions, but not enough for widespread aurora activity according to NOAA’s Space Weather Prediction Center. While the sun has produced multiple M-class flares in recent days, none have launched Earth-directed CMEs, so geomagnetic storming is not expected (for now).

The northern lights may get a slight boost tonight (Aug. 26) as fast solar winds from a coronal hole reach Earth. According to the U.K. Met Office, any aurora activity will likely stay confined to high latitudes, with only a small chance of visibility as far south as northern Scotland or similar locations.

Forecasters at NOAA’s Space Weather Prediction Center also expect unsettled to active geomagnetic conditions as Earth is buffeted by high-speed solar wind. That means auroras will mostly favor the usual high-latitude regions such as Canada, Alaska and the Arctic.

According to NOAA’s Space Weather Prediction Center, there is only a slight chance of minor geomagnetic storms within the next 72 hours, meaning northern lights might be possible tonight only at high latitudes. Despite tonight’s quiet forecast, the U.K. Met Office reports that new active regions are rotating into view on the eastern side of the sun, so things might pick up later this week.

The northern lights are expected to stay mostly quiet tonight (Aug. 22) and through the weekend, though skywatchers in northern Scotland and similar high-latitude regions may catch a rare glimpse if Earth receives a glancing blow from a coronal mass ejection (CME). The U.K. Met Office notes a “slight chance” of visible auroras on Aug. 22–23, while NOAA forecasts mostly quiet geomagnetic conditions returning by Sunday.

Solar wind speeds remain somewhat elevated, hovering between 470 and 530 km/s, but the high-speed stream from a coronal hole is waning. A pair of CMEs that erupted earlier this week are expected to miss Earth, though forecasters say there’s a small chance of a glancing blow that could briefly boost auroral activity late Friday into Saturday.

The northern lights are less likely to make an appearance tonight (Aug. 21) as the fast solar wind that sparked earlier geomagnetic activity begins to settle down.

There is only a slight chance remaining for aurora sightings over northern Scotland and similar high-latitude locations, according to the U.K. Met Office, while NOAA notes that unsettled conditions could linger with an outside chance of a G1 (Minor) geomagnetic storm.

The northern lights may be visible across high latitudes tonight (Aug. 20) as Earth is buffeted by strong solar winds from a coronal hole, with forecasters also watching for a glancing impact from a coronal mass ejection (CME) that left the sun on Aug. 17.

NOAA’s Space Weather Prediction Center reports that geomagnetic activity has already reached G1 (Minor) storm levels, with a chance of an isolated G2 (Moderate) interval later tonight.

The northern lights may be visible across high latitudes tonight (Aug. 19) as a stream of fast solar wind sweeps past Earth, according to NOAA’s Space Weather Prediction Center and the U.K. Met Office.

Forecasters expect unsettled to active geomagnetic conditions with a chance of G1 (Minor) storming as wind speeds climb toward 700 km/s.

The northern lights may return tonight (Aug. 18) as Earth connects with a burst of fast solar wind, according to NOAA’s Space Weather Prediction Center and the U.K. Met Office. Solar wind speeds have been slow all day, but late tonight they’re forecast to surge toward 700 km/s, boosting the chance of G1 (Minor) geomagnetic storms. That means skywatchers in Alaska, northern Canada and other high latitudes could get a show, weather permitting.

Adding to the excitement, a coronal mass ejection (CME) launched from the sun on Aug. 17 may clip Earth between Tuesday and Wednesday, keeping aurora activity elevated through Aug. 20. For now, the best viewing prospects are in the far north, but conditions could hold for a couple of nights.

Aurora activity is expected to stay quiet tonight (Aug. 15) and into Saturday, with little chance of northern lights sightings away from the Arctic. According to NOAA’s Space Weather Prediction Center, solar wind speeds are now around 450 km/s and continuing to ease as the influence from a coronal hole high-speed stream fades.

Any auroras in the next couple of days will likely be confined to the northernmost parts of Canada and Alaska, according to the U.K. Met Office.

The northern lights are still possible tonight (Aug. 14), but mostly for the highest latitudes as fast solar winds begin to ease. According to NOAA’s Space Weather Prediction Center, Earth remains under the influence of a coronal hole high-speed stream, with solar wind speeds now around 500 km/s and gradually declining.

This setup could bring occasional unsettled to active geomagnetic conditions, but the odds of G1 (Minor) storming are dropping. Skywatchers in northern Canada, especially Yukon, Northwest Territories, and Nunavut, along with Alaska, have the best shot at spotting auroras if skies are dark and clear.

The northern lights could make a limited appearance tonight (Aug. 13), but only for the highest latitudes.

Fast solar winds from multiple coronal holes, with speeds near 650 km/s, continue to influence Earth, according to NOAA’s Space Weather Prediction Center. This could bring occasional active geomagnetic conditions, though the chance of G1 (Minor) storming is decreasing.

The northern lights may put on another show tonight (Aug. 12) thanks to persistent fast solar wind streaming from a coronal hole.

These elevated winds — currently near 500–540 km/s — could keep geomagnetic activity at active levels, with a chance for G1 (Minor) geomagnetic storms through Tuesday night into early Wednesday, according to NOAA’s Space Weather Prediction Center.

The northern lights could make another appearance tonight (Aug. 11) thanks to ongoing fast solar winds from a coronal hole.

These elevated conditions could keep aurora activity enhanced with possible sightings over high-latitude regions of Canada and Alaska and northern Scotland if skies are clear.

Aurora alert! The northern lights could get a boost tonight (Friday, Aug. 8) and into Saturday, thanks to a cocktail of space weather headed our way.

A glancing blow from a coronal mass ejection (CME), plus fast solar wind from a coronal hole, could spark G1 to G2 (Minor to Moderate) geomagnetic storms with a slight chance of something stronger, according to space weather forecasters at the U.K. Met Office.

Heads up aurora chasers! The northern lights could get a boost late tonight thanks to an incoming coronal mass ejection (CME) that erupted earlier this week.

Read more: Northern lights may be visible in these 18 states tonight

The northern lights could get a boost later this week thanks to a solar flare and possible Earth-directed CME (coronal mass ejection) that erupted on Tuesday (Aug. 5). This CME may graze Earth late on Aug. 8, with a chance of G1–G2 (minor to moderate) geomagnetic storming and even a slight chance of something stronger, according to the U.K. Met Office.

If it arrives, auroras could become visible across high-latitude locations such as northern Scotland, Canada, Alaska, and the far south of New Zealand. That said, confidence is still low, and visibility depends on darkness and cloud cover.

Good news aurora chasers! The northern lights might put on a show tonight (Aug. 5) if two weak coronal mass ejections (CMEs) deliver glancing blows to Earth.

If the CMEs hit, they could stir up geomagnetic storm conditions, enough to trigger auroras across high-latitude regions like Canada, Alaska, northern Scotland, and southern New Zealand.

Geomagnetic activity is expected to stay mostly quiet to unsettled, with occasional active intervals possible. There is a slight chance of minor (G1) geomagnetic storms due to the high-speed solar wind influence, according to the U.K. Met Office. This could lead to occasional minor enhancements of the auroral oval, especially in the early hours of Tuesday (Aug. 5).

There’s a slight chance of seeing the northern lights in high-latitude regions over the next few nights as solar wind activity begins to settle.

Minor geomagnetic activity is possible on Friday (Aug. 1), mainly due to lingering effects from a coronal hole that recently sent fast solar wind toward Earth. But a faint coronal mass ejection (CME) observed on July 30 may deliver a glancing blow to Earth early on Saturday (Aug. 2), which could briefly enhance geomagnetic conditions and bring a slight chance of G1 (Minor) storming, according to the U.K. Met Office.

The northern lights may grace high-latitude skies again tonight thanks to ongoing effects from a coronal hole high-speed solar wind stream. While solar wind speeds have increased modestly and geomagnetic conditions remain mostly quiet to unsettled, there’s still a chance of minor G1 geomagnetic storm intervals through the night.

If these conditions align with local darkness and clear skies, aurora could become visible from locations at high geomagnetic latitudes, such as northern Canada or central Alaska.

The northern lights may put on a brief show tonight as Earth continues to experience slightly enhanced solar wind conditions from a coronal hole. While activity is expected to remain mostly quiet to unsettled, there is a chance of minor geomagnetic storm intervals (G1) if Earth connects to this fast solar wind stream.

Any aurora displays are likely to be confined to high geomagnetic latitudes, so if you’re in places like Fairbanks, Alaska, or Churchill, Manitoba, and have clear skies, it’s worth keeping an eye on the horizon once it gets dark.

The northern lights are expected to stay quiet tonight with just a slim chance of aurora activity reaching far northern locations like Yellowknife, Canada, or Fairbanks, Alaska.

Space weather forecasters from both the UK Met Office and NOAA report that Earth is currently experiencing calm solar wind conditions, with background geomagnetic activity. However, that could change later this week. Fast solar wind from a coronal hole is expected to begin arriving late on Wednesday (July 30), boosting the chances of minor geomagnetic storms and visible aurora at high latitudes through Thursday.

The northern lights are unlikely to make a grand appearance tonight, but the outlook improves over the coming days as fast solar wind from a coronal hole begins to reach Earth.

Geomagnetic activity is expected to stay mostly quiet tonight, with only a slight chance of unsettled conditions. However, both the U.K. Met Office and NOAA Space Weather Prediction Center (SWPC) forecast that a stream of enhanced solar wind could arrive late on Tuesday (July 29), bringing a better chance of aurora sightings through Wednesday and Thursday.

Aurora chasers at high latitudes have a good chance of seeing the northern lights on Saturday (July 26) or Sunday (July 27) as Earth could encounter a stream of plasma and magnetic field blasted from the sun.

A coronal mass ejection (CME) erupted from the sun on July 23, and forecasts from the U.K. Met Office and NOAA’s Space Weather Prediction Center predict that this material could reach Earth sometime on July 26 or 27. Both offices forecast that a G1 (minor) magnetic storm is likely, possibly creating auroras as far south as northern Scotland and similar latitudes.

A fast stream of solar wind is headed towards Earth tonight thanks to a coronal mass ejection (CME) that erupted from the sun on July 23, which means the northern lights could be visible tonight at high latitudes.

Minor (G1) geomagnetic storms are possible tonight, according to the U.K. Met Office, although NOAA’s Space Weather Prediction Center disagrees. “No S1 (Minor) or greater solar radiation storms are expected,” NOAA wrote in its three-day forecast. We could see auroras farther south this weekend, however, according to the Met Office.

The northern lights could be visible tonight across high-latitude regions as Earth is hit by a stream of fast solar wind, triggering minor (G1) geomagnetic storm conditions.

If skies are clear, aurora may be spotted from locations like Fairbanks, Alaska, northern Manitoba, or along the U.S.-Canada border in North Dakota and Minnesota. While visibility is most likely at higher latitudes, stronger bursts could briefly push the aurora further south.

There’s a fair chance of northern lights tonight, especially for skywatchers in higher-latitude regions like Fairbanks, Alaska, northern Manitoba, or across Canada’s Northwest Territories.

According to the U.K. Met Office, a stream of fast solar wind from a coronal hole is expected to reach Earth late Tuesday into Wednesday (July 22–23), bringing the chance of minor (G1) geomagnetic storm conditions. If this solar wind aligns with overnight hours and skies are clear, it could spark some auroras over northern parts of North America.

Geomagnetic activity remains low, and both the U.K. Met Office and NOAA’s Space Weather Prediction Center are forecasting calm conditions with no significant northern lights expected over North America — or anywhere else — tonight (July 21).

The northern lights put on a brief show earlier this week, but don’t expect much aurora activity tonight or over the weekend. The auroral oval has returned to background levels, and no significant geomagnetic disturbances are expected in the coming days, according to the U.K. Met Office.

Fast solar wind from a coronal hole continues to flow past Earth, but it’s gradually weakening. Solar wind speeds peaked near 789 km/s on July 17 and have since begun to ease. The resulting geomagnetic activity has quieted down, with only a slight chance of isolated active periods remaining, especially today (July 18).

There is a continued chance of minor geomagnetic storm activity tonight (July 17), which could bring northern lights to high-latitude locations, though sightings will likely be limited to far northern regions such as northern Scotland, according to the U.K. Met Office.

Short summer nights will also make viewing more difficult in the Northern Hemisphere.

There’s a slight chance of northern lights tonight, but displays will likely be limited to high-latitude regions like northern Scotland, thanks to continued fast solar wind from a coronal hole on the sun.

Solar wind speeds peaked around 730 km/s earlier this week and remain elevated, keeping Earth’s magnetic field mildly unsettled. According to the U.K. Met Office, the auroral oval is expected to stay slightly enhanced during this period, though any visible aurora is expected to be faint and confined to far northern locations. Long summer days will also limit viewing opportunities in the Northern Hemisphere.

The northern lights could make brief appearances tonight (July 15) at high latitudes, as Earth remains connected to a fast stream of solar wind from a large coronal hole.

The auroral oval may be slightly enhanced at times, but any visible aurora is likely to be limited to northern Scotland and similar geomagnetic latitudes, according to the U.K. Met Office. Short summer nights in the Northern Hemisphere continue to limit visibility.

The northern lights made brief appearances overnight as Earth experienced a minor (G1-class) geomagnetic storm, driven by fast solar wind from a positive polarity coronal hole. According to NOAA’s Space Weather Prediction Center, solar wind speeds peaked near 725 km/s before easing to around 575 km/s, with unsettled to active conditions persisting into today.

Tonight, there is still a slight chance of minor storm intervals (Kp 5), but the likelihood is decreasing. According to the U.K. Met Office, auroral activity will likely stay limited to high-latitude regions, such as parts of northern Canada, Alaska, and perhaps northern Scandinavia or Scotland, though short summer nights in the Northern Hemisphere continue to hamper visibility.

According to the U.K. Met Office, the auroral oval will stay near background levels for now, meaning northern lights sightings tonight (July 11) are unlikely outside of high-latitude regions. However, a high-speed stream of solar wind is expected to arrive later tonight into Saturday (July 12), which could enhance auroral activity, particularly near the poles.

For those hoping to catch the northern lights tonight, the chances are not great and conditions remain quiet. However, aurora activity could ramp up heading into the weekend.

Solar wind conditions are currently waning after recent fast wind effects, with speeds dipping to around 400 km/s. This means geomagnetic activity is expected to remain quiet to unsettled (Kp1–3) tonight, with limited chances for auroras outside of high-latitude regions. In the Northern Hemisphere, short summer nights will also restrict viewing opportunities, even if activity briefly increases.

Don’t expect much northern lights action tonight, but things could heat up again later this week.

Earth is emerging from the influence of a fast solar wind stream, which kept geomagnetic activity slightly elevated over the past couple of days. Solar wind speeds are still mildly elevated — hovering around 525 km/s — but weakening magnetic fields and erratic orientation are reducing the chance of geomagnetic storms.

Northern lights activity is on the decline, but skywatchers at high latitudes may still get lucky tonight.

A burst of fast solar wind from a coronal hole triggered a minor (G1) geomagnetic storm early on July 8, but conditions have been gradually settling since. Solar wind speeds remain elevated — hovering around 550 km/s — and the interplanetary magnetic field has shown some moderate variability. This lingering space weather means there’s still a slight chance of active conditions and possibly brief aurora displays at polar and high-latitude regions.

After a brief burst of geomagnetic activity earlier today, conditions are now easing and the chances of seeing the northern lights tonight are fading.

Minor (G1) geomagnetic storm conditions were observed overnight, triggered by a glancing blow from a weak solar storm combined with fast solar wind from a coronal hole. But those effects are now subsiding. Solar wind speeds are gradually falling, and Earth’s magnetic field is expected to remain mostly quiet to unsettled tonight.

A mixture of lingering solar storm effects and incoming fast solar wind could give us a northern lights show over the weekend.

There was a brief uptick in geomagnetic activity last night following a weak coronal mass ejection (CME) impact. Now, Earth is set to be buffeted by a stream of fast solar wind flowing from an Earth-facing coronal hole — a region where magnetic field lines open and allow solar particles to escape more freely into space.

The northern lights could make a subtle return tonight as an incoming solar storm may strike Earth.

A coronal mass ejection (CME) that left the sun on June 28 may finally arrive today (July 3), although it’s significantly overdue, raising doubts about its impact.

This combo could trigger G1 (Minor) geomagnetic storm conditions, especially across high-latitude regions in both hemispheres. While short summer nights may limit aurora visibility in the Northern Hemisphere, there’s still a chance of auroras across the far north if the storms arrive on target. In the Southern Hemisphere, where winter darkness offers better conditions, skywatchers in southern New Zealand could be in luck.

The northern lights might appear at high latitudes tonight, thanks to solar wind flowing from a coronal mass ejection that left the sun on June 27.

There is a chance of minor (G1) geomagnetic storms, according to NOAA’s Space Weather Prediction Center. The storms are likely to continue into July 3, as charged particles and solar magnetic field from another coronal mass ejection on July 28 reach Earth. These could produce auroras at high latitudes, but the short hours of darkness due to summer in the Northern Hemisphere mean any resulting auroras could be limited, according to the U.K. Met Office.

Don’t expect a great deal of northern lights action tonight. Space weather conditions remain calm, and no significant enhancements to the auroral oval are forecast through Monday. In the Northern Hemisphere, short summer nights and limited darkness will keep visibility low, even at high latitudes.

NOAA’s Space Weather Prediction Center projects that the Kp index will peak at 2.67 over the next 24 hours. For the latest breakdown, check out NOAA’s 3-day forecast.

Fast solar wind from a coronal hole is currently sweeping past Earth, bringing a continued chance of possible G1 (Minor) geomagnetic storm conditions through Friday night (June 27). That means auroras could make a brief appearance at high latitudes, especially in the Southern Hemisphere, including Antarctica and potentially the southernmost parts of New Zealand.

In the Northern Hemisphere, skies remain bright at extreme latitudes due to the summer solstice, limiting aurora visibility even if geomagnetic activity picks up. Some auroral enhancement is still possible Friday night, but it’s likely to be faint and confined to far northern regions under dark skies.

Heads up, aurora chasers — the northern lights could make an appearance tonight, especially at high latitudes, thanks to fast solar wind flowing from a coronal hole on the sun.

Solar wind speeds have ramped up to over 600 km/s and Earth’s magnetic field has responded with active conditions and a brief G1 (Minor) geomagnetic storm overnight. While the effects are expected to linger through Thursday (June 26), visibility will likely be limited to the far north — for example, northern Scandinavia, parts of Alaska, and northern Canada. Unfortunately, lingering twilight near the summer solstice continues to limit viewing potential across much of the Northern Hemisphere.

Aurora enthusiasts, get ready — tonight (June 25) could bring a dazzling display! A high-speed stream of solar wind flowing from a coronal hole on the sun is expected to stir up G1 to G2 (Minor to Moderate) geomagnetic storms, which may trigger northern lights over 14 U.S. states.

Read more: Northern lights may be visible in these 14 US States tonight

Good news aurora chasers! There may be an increased chance of catching the northern lights this week as a large coronal hole rotates into a geoeffective position, meaning fast solar wind escaping from the hole is aimed directly at Earth.

The fast solar wind is expected to reach Earth late on June 25. This could trigger G1–G2-class (Minor to Moderate) geomagnetic storms through midweek, with the best chances for aurora sightings in polar to high-latitude regions, especially in the Southern Hemisphere, where winter darkness offers prime viewing conditions.

A large coronal hole on the sun is turning toward Earth and is expected to send a high-speed stream of solar wind our way later this week, according to spaceweather.com. This could bring G1-class (minor) geomagnetic storms starting late June 25 and into June 26, boosting northern lights chances at high latitudes.

Space weather is looking fairly quiet overall this weekend. There is a slight chance for northern lights at high latitudes, but the long daylight hours will make aurora hunting difficult.

A large coronal hole continues to send a stream of high-speed solar wind toward Earth, which is keeping geomagnetic conditions slightly elevated. But in general, expect quiet to unsettled conditions over the weekend.

The northern lights are expected to stay mostly at background levels, though brief enhancements are possible due to ongoing fast solar winds. A glancing blow from a coronal mass ejection (CME) could boost aurora activity late on June 20 or early June 21 (UTC). If that occurs, northern U.S. states may get a chance at seeing the aurora, but twilight conditions at this time of year limit visibility.

Geomagnetic conditions may reach G1 (Minor Storm) levels on June 20, with a maximum predicted Kp index of 5. While this could stir up auroras at high latitudes, chances remain modest for mid-latitude displays. Keep an eye on local skies and aurora alerts, especially overnight on June 20.

A powerful X1.4-class solar flare erupted from sunspot AR4114 late on June 17, marking another surge in solar activity. Although coronal mass ejection (CME) accompanied the flare, ongoing fast solar wind from a southern coronal hole is keeping geomagnetic conditions elevated.

The UK Met Office and NOAA forecast mostly quiet to unsettled space weather for now, but a glancing blow from an earlier CME could spark brief auroral activity late today (June 18). A stronger chance for northern lights comes on June 20, when another weak CME may arrive, with a G1 (Minor) geomagnetic storm watch in effect.

The sun is still crackling with activity, but don’t expect a dramatic northern lights show this week.

Minor geomagnetic activity is possible, especially Wednesday night into Thursday (June 18–19), thanks to fast solar wind streaming from a coronal hole and a possible glancing blow from an incoming coronal mass ejection (CME). This could spark faint auroras in far northern areas like northern Scotland and southern New Zealand.

Geomagnetic activity is forecast to be mostly quiet to unsettled over the next day or two, according to the U.K. Met . There is a chance of minor (G1) geomagnetic storm conditions later today as a fast solar wind stream continues to buffet Earth. Northern lights will mainly be confined to high latitudes tonight, with the long daylight hours making aurora spotting increasingly difficult.

Geomagnetic conditions could improve around June 18 due to a potential glancing blow from a coronal mass ejection (CME) released on June 15 during a powerful M8.4 class solar flare. Space weather forecasters are busy analyzing the models to gain a better idea of when the CME will hit and by how much. CME impacts can trigger powerful geomagnetic storms, which in turn can spark auroras beyond their usual high-latitude range.

Heads up, aurora chasers! A solar wind stream from a coronal hole, possibly combined with a glancing blow from a June 8 coronal mass ejection (CME), is set to stir up Earth’s magnetic field over the next few days.

Read more: Northern lights may be visible in these 18 US states tonight and over the weekend

There is a slight chance of minor (G1) geomagnetic storm conditions tonight due to lingering effects from a coronal hole high-speed stream, according to the U.K. Met Office. The northern lights may be visible at high latitudes and could dip as far south as northern Scotland and similar regions, though short summer nights may limit visibility.

Conditions are expected to settle slightly by June 13, but activity is forecast to intensify again by June 14, when a moderate (G2) geomagnetic storm is expected as a large coronal hole rotates to face Earth. Coronal holes are regions where the sun’s magnetic field opens up, allowing solar wind to escape more easily and stream through space at high speeds. The predicted increase in geomagnetic activity on June 14 is driven by a co-rotating interaction region (CIR) — a turbulent zone in the solar wind where fast-moving streams catch up and collide with slower ones ahead of them.

Mild solar wind from a coronal hole is still brushing past Earth, keeping geomagnetic conditions mostly unsettled to active. However, no strong storms are expected, and auroras will likely stay confined to high geomagnetic latitudes — think far northern Canada, Alaska, or northern Scandinavia.

Unfortunately for northern watchers, the bright summer skies near the solstice will make viewing difficult, even where activity occurs. In the Southern Hemisphere, regions like Tasmania and southern New Zealand have better dark-sky chances, but activity is still expected to be low.

A couple of coronal mass ejections (CMEs) are heading Earth’s way, and combined with a persistent stream of fast solar wind, we could see minor geomagnetic storm conditions (G1) today, according to the U.K. Met Office.

Due to waning geomagnetic activity, the northern lights will mainly be confined to high latitudes tonight.

Earth is still feeling some of the lingering effects from the coronal mass ejection (CME) arrival on June 3, but activity is now starting to taper off.

The NOAA Space Weather Prediction Center (SWPC) says Earth could receive a glancing blow from the CME by mid to late June 7 (UTC), while the UK Met Office places the arrival time slightly earlier, on Friday night (UTC).

As geomagnetic activity returns to background levels, the northern lights will mainly be confined to high latitudes.

Activity may pick up again around June 7 when Earth could receive a glancing blow from a relatively slow coronal mass ejection (CME) — a vast plume of plasma and magnetic field from the sun.

After a burst of geomagnetic activity and stunning northern lights earlier this week, Earth’s magnetic field is starting to settle — but not completely.

As we move into tonight and tomorrow (June 4–5), the show isn’t entirely over. A shift is underway from that fading CME to a stream of fast solar wind from a coronal hole — a darker region on the sun where charged particles escape more easily into space. This change could spark minor geomagnetic storms (G1 level), fueling auroras, especially at high latitudes.

Coronal mass ejections (CMEs) kept geomagnetic storms going strong all weekend through today, lighting up skies across high latitudes with some spectacular aurora displays.

The direction of the interplanetary magnetic field, especially its north-south orientation (known as Bz), plays a key role in aurora activity.

Great news, aurora chasers! The northern lights may once again be visible deep into mid latitudes tonight as geomagnetic storm conditions continue to wreak havoc with Earth’s magnetic field.

Read more: Aurora alert: Ongoing powerful geomagnetic storm could spark more northern lights across the US tonight

As predicted, a coronal mass ejection struck Earth and has sparked severe (G4) geomagnetic storm conditions during the night! Auroras are being reported deep into mid-latitudes, including northern California and New Mexico!

Read more: Aurora alert: Severe geomagnetic storm could spark northern lights as far south as Alabama and northern California tonight

A fast solar wind stream from a large coronal hole on the sun is stirring up Earth’s magnetic field, increasing the chances for northern lights sightings through tonight and into the weekend.

While geomagnetic activity has already hit G2 (moderate storm) levels, forecasts suggest G1 (minor storm) conditions are likely to continue through Saturday, with a few stronger intervals possible.

A forecasted minor (G1) geomagnetic storm briefly intensified into a strong (G3) geomagnetic storm overnight, as a fast solar wind stream triggered stronger-than-expected geomagnetic activity and striking northern lights.

G3 storm conditions were observed at 10:16 p.m. EDT on May 28 (0216 GMT on May 29). Auroras were reported as far south as Italy (45.9°N).

Multiple coronal holes are now facing Earth, including a large transequatorial coronal hole. These coronal holes are gaps in the sun’s magnetic field that allow charged particles to escape into space as high-speed solar wind streams.

Fast streams from the coronal holes could stir up minor geomagnetic storms over the coming days. This means there’s a chance for auroras, especially at higher latitudes.

Solar activity is heating up, which is great news for those chasing the northern lights!

Over the past 24 hours, two moderate (M-class) solar flares erupted from the sun, with one powerful blast launching a coronal mass ejection (CME). Though it’s not headed our way, the sun’s surface remains active, and more M-class flares are likely through May 29, with a slight chance for even stronger X-class flares.

The northern lights forecast for the weekend remains on the quieter side, but skywatchers at higher latitudes may still have reason to look up.

The NOAA Space Weather Prediction Center projects that the Kp index will peak at 3.67 over the weekend. For an up-to-date breakdown of timings, check out NOAA’s 3-day forecast.

If you’re hoping to catch a glimpse of the northern lights, keep your eyes on the skies over the next couple of nights — especially if you’re at higher latitudes.

A glancing blow from a coronal mass ejection (CME) might reach Earth’s magnetic field on May 23, potentially triggering a G1-class (minor) geomagnetic storm, according to NOAA’s Space Weather Prediction Center. But this is far from a certain forecast as the CME might miss us entirely.

Today’s space weather remains relatively calm, though the sun continues to send fast solar wind our way, which is good news for those wishing to see the northern lights.

Solar wind speeds have climbed to over 600 km/s, thanks to a sprawling coronal hole in the southern hemisphere.

A complex week of space weather could give skywatchers a slight edge in the hunt for northern lights.

A magnetic filament erupted from the sun’s northern hemisphere late on May 18, hurling a coronal mass ejection (CME) into space. NOAA forecasters predict this CME may deliver a glancing blow to Earth’s magnetic field around May 23, potentially sparking minor geomagnetic activity.

Heads up, aurora chasers! There’s still a chance for northern lights tonight (May 19) as Earth remains under the influence of a high-speed solar wind stream from a coronal hole. Minor (G1) geomagnetic storm conditions are possible at high latitudes, especially in the early hours.

The NOAA Space Weather Prediction Center projects that the Kp index will peak at 3.67 over the weekend. For an up-to-date breakdown of timings, check out NOAA’s 3-day forecast.

A high-speed stream of solar wind from a coronal hole, a gap where the sun’s magnetic field opens up and allows charged particles to flow freely into space, could reach Earth on May 18 and lead to G1 (Minor) geomagnetic storm conditions, according to NOAA.

The sun has been crackling with activity this week, releasing several strong solar flares and filament eruptions, but no incoming coronal mass ejections (CMEs) are expected to reach Earth and cause geomagnetic storms.

That means the northern lights will likely only be seen at high latitudes close to the poles tonight. However, we could see a slight chance of increased geomagnetic activity on May 15 and 16 when a stream of solar wind stream arrives, according to the U.K. Met Office. This could give rise to a slight change of minor (G1) geomagnetic storms, possibly causing auroras as far south as northern Scotland and similar latitudes, the Met Office writes.

Though the sun has been erupting with several strong solar flares and filament eruptions in recent days, there are no signs of any incoming coronal mass ejections (CMEs), which can shake up geomagnetic conditions on Earth.

The northern lights will be confined to high latitudes tonight. There is a possibility of minor enhancement through May 15 and 16 when a faster solar wind stream from a coronal hole is expected to arrive, according to the U.K. Met Office.

If you’re hoping to catch the northern lights tonight, there’s a small chance, especially early in the evening and again later this week.

Minor geomagnetic activity may boost auroras, potentially pushing them down to northern Scotland and similar latitudes where skies are clear and dark. However, don’t expect a major show — activity is mostly quiet between these brief enhancements.

There’s a fair chance of northern lights tonight (May 12) and into tomorrow (May 13) as space weather conditions remain mildly active.

Over the past 24 hours, moderately strong solar wind and fluctuating magnetic fields sparked a minor geomagnetic storm (G1), which peaked late in the evening.

If you’re hoping to see the northern lights this weekend, tonight (May 9) might be your best chance as minor (G1) geomagnetic storms are possible thanks to a possible glancing blow from a recent coronal mass ejection (CME) and enhanced solar wind from a coronal hole. The best chances will be at high latitudes under clear, dark skies.

Through the weekend (May 10–11), activity is expected to taper slightly, with conditions ranging from quiet to unsettled (Kp 1–3). Brief active periods (Kp 4) can’t be ruled out as the solar wind remains elevated.

Aurora watchers at high latitudes may see the northern lights tonight, though conditions are looking quieter than earlier this week. Solar wind activity from a coronal hole high-speed stream is gradually declining, and geomagnetic activity is expected to remain mostly quiet to unsettled through tonight, with only a slight chance of G1 (Minor) storm conditions.

The best chances for aurora sightings tonight are in high-latitude regions like northern Canada, Alaska, Scandinavia, and potentially northern Scotland or Iceland — especially under clear, dark skies.

If you’re hoping to catch a glimpse of the northern lights tonight, there’s a chance, especially if you’re located at high latitudes.

A combination of two events could make aurora sightings possible tonight and into early Thursday (May 8). A high-speed stream of solar wind is currently buffeting Earth’s magnetic field. Though it is beginning to ease, it is still strong enough to contribute to geomagnetic activity. Earth could also receive a glancing blow from a coronal mass ejection (CME) — a vast plume of plasma and magnetic field from the sun — late tonight or early Thursday. If it does hit, it could enhance aurora visibility, though space weather forecasters caution that this impact is of low confidence.

Good news aurora chasers, we may be in for more minor (G1) geomagnetic storms tonight. Northern lights are possible at high latitudes.

Space weather forecasters are keeping an eye on Earth’s magnetic field as a fast solar wind stream continues to blow from a coronal hole. This has sparked Unsettled to Active geomagnetic conditions over the past 24 hours, with a chance of G1 (Minor) geomagnetic storms through tonight and into May 7, according to the U.K. Met Office.

If the stronger activity materializes, northern-tier U.S. states like Montana, North Dakota, Minnesota, and parts of the Great Lakes region could catch a glimpse of the northern lights over the weekend, especially where skies are clear and light pollution is low.

Elevated solar wind streams from an Earth-facing coronal hole have arrived, sparking minor G1 geomagnetic storms. Unsettled conditions are expected to continue through May 2, northern lights likely at high latitudes.

The NOAA Space Weather Prediction Center projects that the Kp index will peak at 3 over the next 24 hours. For an up-to-date breakdown of timings, check out NOAA’s 3-day forecast.

While solar winds remain fairly calm, a fast stream from a coronal hole could stir up minor geomagnetic storms between May 1–2. This means there’s a chance for auroras, especially at higher latitudes.

The sun has been crackling with M-class solar flares today but current geomagnetic conditions appear to be relatively calm. Northern lights will be mainly confined to higher latitudes.

But something might be coming to shake things up! A large sunspot region is beginning to emerge from the sun’s northeastern limb. According to spaceweather.com, region 4079 appears to be the “second coming of sunspot 4055,” which grew considerably during its two-week voyage around the far side of the sun.

Quiet solar conditions persist, leaving northern lights primarily confined to high latitudes for 24 to 48 hours.

The NOAA Space Weather Prediction Center projects that the Kp index will peak at 3 over the next 24 hours. For an up-to-date breakdown of timings, check out NOAA’s 3-day forecast.

This potential activity is linked to a resurgence in fast solar wind from a southern hemisphere coronal hole, brushing past Earth over the weekend. While not a guaranteed northern lights event, conditions could become favorable for brief displays, especially under clear, dark skies.

There’s a good chance of northern lights at high latitudes tonight as Earth has just been impacted by a coronal mass ejection (CME).

CMEs are plumes of plasma and magnetic field from the sun. When they strike Earth’s magnetic field, they can trigger geomagnetic storms, which in turn spark strong aurora displays deep into mid-latitudes.

There’s a glimmer of aurora potential in the next 24 hours, especially for skywatchers in high-latitude regions.

Fast solar winds from a coronal hole are currently sweeping past Earth, with the added possibility of a glancing blow from a possible coronal mass ejection (CME). While geomagnetic activity has been relatively calm, there’s still a chance of G1 (Minor) geomagnetic storms through today and into tomorrow.

These holes form when the sun’s magnetic field opens, allowing streams of charged particles known as solar wind to flow towards Earth. When these particles reach earth on April 22 and 23, we could see the northern lights as far south as the northernmost parts of the United States. There is also a chance for minor to moderate radio blackouts on these days, according to NOAA.

After several days of auroral excitement fueled by a CME earlier this week, things have calmed down — for now. Geomagnetic activity has dropped below storm levels, and Earth’s magnetic field is enjoying a breather. Over the past 24 hours, the greatest observed Kp index was 4, which is below NOAA’s threshold for a G1 geomagnetic storm.

But don’t pack up your camera gear just yet.

Wow! What a 24 hours it has been! Earth’s magnetic field has been reverberating from the CME that struck on April 15. The impact sparked several geomagnetic storms from G1 to G3 and even a brief period of severe G4 levels, sparking northern lights deep into mid-latitudes.

Read more: Rare ‘cannibal’ solar eruption sparks severe geomagnetic storm, triggers stunning auroras (photos)

Earth is currently experiencing a strong G3 level geomagnetic storm. If conditions hold until the sun sets this could be very good news for aurora chasers, with northern lights possible deep into mid latitudes.

Geomagnetic storms are likely to continue today after Earth received at least one CME hit on April 15 at around 1 p.m. ET (1700 GMT). The impact sparked 12 hours of minor (G1) and moderate (G2) geomagnetic storms which gave rise to some impressive northern lights at high latitudes.

A strong (G3) geomagnetic storm watch remains in place for today as conditions could intensify again, particularly if another CME arrives.

A CME has arrived! Arriving hours earlier than expected a CME struck Earth’s magnetic field at 1 p.m. ET (1700 GMT) according to Spaceweather.com. At the time of writing it is currently too early to tell whether the impact is the first CME or maybe a combination of the two.

Currently, conditions are looking very promising for northern lights at high latitudes and even down into mid-latitudes. But space weather is fickle and conditions could change on a dime so keep your eyes on the skies when it becomes dark!

Heads up, aurora chasers! Earth’s magnetic field is about to get a one-two punch from the sun — and the result could be an impressive show of northern lights stretching into mid-latitudes.

Read more: Rare double solar blast unleashes 2 CMEs towards Earth — auroras possible April 16

According to the NOAA Space Weather Prediction Center, the Kp index is expected to peak at 5 over the next 24 hours. The predicted Kp rises to 6 on April 16. For the latest forecast and timing details, check out NOAA’s 3-day outlook.

While the northern lights forecast for tonight remains relatively tame, with auroras confined primarily to high latitudes. NOAA’s Space Weather Prediction Center issued a geomagnetic storm watch on April 16 as not one but two coronal mass ejections (CMEs) are expected to hit Earth’s magnetic field in quick succession!

CMEs are plumes of plasma and magnetic field from the sun, when they strike Earth’s magnetic field they can trigger geomagnetic storms which in turn can spark strong aurora displays deep into mid-latitudes.

According to Spaceweather.com, the forecast G2 geomagnetic storm conditions could see auroras spread across Canada and the northern-tier US States.

Good news aurora chasers! Elevated geomagnetic conditions will continue through the weekend as Earth continues to feel the effects of a fast stream of solar wind, sparking minor (G1) geomagnetic storms overnight. Northern lights are likely at high latitudes, weather permitting.

According to the NOAA Space Weather Prediction Center, the Kp index is expected to peak at 4 over the next 24 hours. For the latest forecast and timing details, check out NOAA’s 3-day outlook.

Earth continues to feel the effects of a fast stream of solar wind, sparking minor (G1) geomagnetic storms overnight. Northern lights are likely at high latitudes, weather permitting.

According to the NOAA Space Weather Prediction Center, the Kp index is expected to peak at 3.67 over the next 24 hours. For the latest forecast and timing details, check out NOAA’s 3-day outlook.

Earth is currently being buffeted by a fast stream of solar wind, sparking minor (G1) geomagnetic storms. Northern lights are likely at high latitudes, weather permitting.

Expect turbulent space weather in the coming days as Earth moves deeper into these high-speed streams, according to the U.K. Met Office. Keep your eyes on the skies and your aurora alerts switched on!

While solar activity remains mostly low, with northern lights confined to high latitudes, fast solar wind from several coronal holes is expected to stir things up in the coming days. Wind speeds have eased slightly, but are still elevated, and the geomagnetic field is responding with Quiet to Active conditions.

There’s a chance of isolated G1 (Minor) geomagnetic storms, especially as Earth moves deeper into these high-speed streams according to the UK Met Office. The next few nights could bring some brief aurora opportunities, especially for high-latitude observers. Even if things don’t spike dramatically, unsettled and active conditions can still bring out a glow for patient stargazers.

Aurora chasers, while things are relatively quiet for now, there’s still a chance for northern lights in the coming days.

We’re seeing fast solar wind from a coronal hole keeping conditions mildly active, unsettled to active geomagnetic periods. Several brief G1 (Minor) storms were observed over the weekend, and more isolated G1 activity is possible on April 8 and again on April 10 according to the UK Met Office.

Aurora chasers, keep your eyes on the skies over the weekend as we could be in for a nice northern lights show.

A co-rotating interaction region (CIR) is en route and is still predicted to impact Earth overnight on April 4-5. A CIR is a turbulent area in the solar wind where fast-moving streams collide with slower wind ahead of them. CIRs can generate shock waves similar to those found in coronal mass ejections (CMEs), enhancing space weather effects.

A CIR is a turbulent area in the solar wind where fast-moving streams collide with slower wind ahead of them. CIRs can generate shock waves similar to those found in coronal mass ejections (CMEs), enhancing space weather effects.

A CIR is a turbulent area in the solar wind where fast-moving streams collide with slower wind ahead of them. CIRs can generate shock waves similar to those found in coronal mass ejections (CMEs), enhancing space weather effects.

There is some potential for aurora activity over the next 24 to 48 hours but the forecast remains uncertain. A slow-moving coronal mass ejection (CME) that erupted from the sun on March 29 may give Earth a glancing blow on April 2 and spark geomagnetic disturbances, though chances are quite low.

The sun has been releasing a barrage of strong solar flares recently, but most CMEs released during these times are forecast to miss Earth, according to the U.K. Met Office. However, the two large sunspot regions crackling with activity will be turning to face Earth in the coming days, which means any CME released when they are in the “Earth-strike zone” could hit Earth directly, sparking geomagnetic storms and subsequent vivid northern lights. Space weather forecasters are watching them very closely!

According to the NOAA Space Weather Prediction Center, the Kp index is expected to peak at 2.33 over the weekend. For the latest forecast and timing details, check out NOAA’s 3-day outlook.

Though geomagnetic activity looks relatively quiet for now, with the northern lights mostly confined to high latitudes, two sunspot regions could disrupt the peace.

Two sunspot regions, 4046 and 4048 are currently rotating into view and have been crackling with activity. 4046 was responsible for a colossal X-class solar flare and accompanying coronal mass ejection (CME) last week (March 28) and 4048 has been firing off a barrage of powerful M-class solar flares as it makes its presence known.

Fair northern lights conditions over the weekend despite waning geomagnetic conditions.

Solar winds remain strong due to a high-speed stream from a large coronal hole, though they are gradually declining. Minor geomagnetic storm intervals are possible today (March 28), with auroral activity decreasing over the weekend. A filament eruption on March 27 produced a coronal mass ejection, but it’s unlikely to be Earth-directed, according to the U.K. Met Office. While a glancing blow from a previous eruption could arrive March 29–30, confidence is low. Expect the best aurora chances tonight, fading into quieter conditions by Sunday.

Northern lights were detected as far south as north Italy at 45°N!

Active geomagnetic conditions persist, bringing good news for those hoping to catch the northern lights tonight.

NOAA space weather forecasters predict that moderate G2-class geomagnetic storms are possible today as Earth’s magnetic field continues to respond to the impact of the co-rotating interaction region (CIR) from March 25.

Good news aurora chasers! Anticipated moderate (G2) geomagnetic storm conditions tonight could spark northern lights as far south as New York and Idaho.

The NOAA Space Weather Prediction Center projects that the Kp index will peak at 5.67 over the next 24 hours. For an up-to-date breakdown of timings, check out NOAA’s 3-day forecast.

However, additional weak CME glancing blows may be on the way, along with a fast stream of solar wind expected to arrive by mid-week. As a result, geomagnetic activity remains elevated, keeping the chances of northern lights high for those in high-latitude regions.

The NOAA Space Weather Prediction Center has issued a strong (G3) geomagnetic storm watch for tonight, aurora chasers be alert!

An incoming coronal mass ejection that left the sun on March 21, could impact Earth early March 23 (UTC) and trigger a strong geomagnetic storm which may spark northern lights as far south as Illinois and Oregon.

There is a chance of possible minor geomagnetic storms over the weekend due to the anticipated arrival of several coronal mass ejections (CMEs) and subsequent enhanced solar wind speeds which could spark good northern lights displays at high latitudes.

The NOAA Space Weather Prediction Center projects that the Kp index will peak at 3.67 over the weekend. For an up-to-date breakdown of timings, check out NOAA’s 3-day forecast.

With several coronal mass ejections — expulsions of plasma and magnetic field from the sun — heading toward Earth conditions remain favorable for good northern lights shows at high latitudes.

What’s more, today is the first day of northern spring, the vernal equinox. And auroras love equinoxes! At this time of year “cracks” can form in Earth’s magnetic field, so even a weak stream of solar wind can get through and spark a promising display, according to Spaceweather.com, this is known as The Russel-McPherron effect. It arises around the equinox when Earth is not tilted toward or away from the sun (as it is during the rest of the year). When there is no tilt, the solar wind’s magnetic field is more attracted to Earth’s magnetic field, resulting in a more substantial “funneling” of energy down into the atmosphere, resulting in stronger auroras.

Minor (G1) geomagnetic storms are possible on Thursday (March 20) as these three coronal mass ejections (CMEs) make their way from the sun towards Earth. Northern lights are possible as far south as Scotland and northwest Canada as these bursts of solar plasma and magnetic field interact with Earth’s atmosphere.

Minor G1 geomagnetic storms are possible on Thursday (March 20) thanks to four coronal mass ejections (CMEs) that exploded from the sun on Tuesday (March 17), according to the U.K.’s Met Office. These could make the northern lights visible as far south as northern Scotland later this week, but are expected to only make weak, glancing blows with Earth.

Unfortunately, quiet solar conditions mean St. Patrick’s Day revelers won’t be seeing any green in the skies tonight  — at least not from the northern lights.

The NOAA Space Weather Prediction Center projects that the Kp index will peak at 3.67 over the next 24 hours. For an up-to-date breakdown of timings, check out NOAA’s 3-day forecast.

Geomagnetic activity really picked up throughout the night, reaching G2 (moderate) geomagnetic storm levels at 9:42 p.m. EDT (0142 GMT). The sky decided to put on quite the show for those lucky skywatchers in the right place at the right time. Aurora chaser, Rj Rolden, captured an aurora corona overhead and the total lunar eclipse.

More G1 (minor) geomagnetic storms could be on the horizon as Earth continues to be buffeted by a high-speed solar wind released from a coronal hole on the sun’s surface. Strong northern lights displays possible at high latitudes.

The NOAA Space Weather Prediction Center projects that the Kp index will peak at 3.67 over the next 24 hours. For an up-to-date breakdown of timings, check out NOAA’s 3-day forecast.

The NOAA Space Weather Prediction Center projects that the Kp index will peak at 3.67 over the next 24 hours. For an up-to-date breakdown of timings, check out NOAA’s 3-day forecast.

After a flurry of activity from the northern lights, things seem to be quieting down for now.

According to the U.K. Met Office, the auroral oval is nearing background levels through March 11-12. However, an onset of fast solar wind may bring slight enhancements on March 13.

Enhanced auroras were visible deep into mid-latitudes as Earth was hit by a fast stream of solar wind, which appeared to hide a stealthy solar storm within. One hit Earth on March 8 and sparked more than 10 hours of geomagnetic storms, according to Spaceweather.com.

A giant coronal hole in the sun’s atmosphere is currently spewing high-speed solar wind toward Earth. This is great news for aurora chasers as the emerging stream should reach our planet by March 9-10, potentially sparking G1 (minor) geomagnetic storm conditions and dazzling northern lights at high latitudes.

The NOAA Space Weather Prediction Center projects that the Kp index will peak at 4.67 over the weekend. For an up-to-date breakdown of timings, check out NOAA’s 3-day forecast.

Currently, solar wind speeds are slightly elevated but declining according to the U.K. Met Office, leading to mostly quiet to unsettled geomagnetic conditions, which are not particularly favorable for strong northern lights. However, the outlook improves later this week.

Around March 8 and 9, Earth is predicted to be impacted by a high-speed solar wind stream from a coronal hole facing our planet. The elevated solar wind conditions could spark geomagnetic storm conditions, with a chance of G1 (minor) to isolated G2 (moderate) geomagnetic storms. If conditions align, this could bring auroras to mid-latitude locations during peak activity!

Enhanced geomagnetic activity from an incoming solar storm could continue to ignite northern lights tonight. According to the U.K. Met Office, a coronal mass ejection (CME) that erupted from the sun on March 1 is likely delivering a glancing blow to Earth, with its effects expected to persist through today.

The NOAA Space Weather Prediction Center projects that the Kp index will peak at 3 over the next 24 hours. For an up-to-date breakdown of timings, check out NOAA’s 3-day forecast.

If you’re hoping to catch the northern lights, there is a chance of increased activity late tonight, March 4, and into March 5. A minor to moderate geomagnetic storm (G1/G2) is possible due to a glancing blow from a coronal mass ejection (CME) that erupted on March 1. High-latitude locations such as northern Europe, Canada, and the northern U.S. may have the best viewing opportunities if the storm strengthens.

Great news, aurora chasers! A partially Earth-directed solar storm is on its way, and if it hits just right, we could see geomagnetic storm activity reaching G1 to G2 levels by March 5, according to space weather physicist Tamitha Skov.

Until then, northern lights will mainly be confined to high latitudes primarily above the Arctic Circle.

Here we go again! Earth is currently experiencing minor G1 geomagnetic storm levels. The threshold was reached at 9:59 a.m. EST (1459 GMT). Kp levels of 5 are currently being observed. All we need now is for the sun to go down so we can head out northern lights hunting!

Elevated geomagnetic conditions could continue through the night, so aurora chasers, get those camera batteries charged. We could be in for a northern lights delight tonight!

If you’re interested in tracking space weather and knowing when and where to spot auroras, download a space weather app that provides forecasts based on your location. One option I use is “My Aurora Forecast & Alerts,” available for both iOS and Android. However, any similar app should work well. I also use the “Space Weather Live” app, which is available on iOS and Android, to get a deeper understanding of whether the current space weather conditions are favorable for aurora sightings.

Northern lights could stretch into mid-latitudes during the current G2 geomagnetic storm.

Enhanced northern lights may stretch deeper into mid-latitudes tonight as Earth experiences the effects of an incoming high-speed solar wind stream. This wind originates from a coronal hole on the sun’s surface and is expected to push speeds beyond 600 km/s, enhancing the chances of auroral activity.

In addition to the solar wind, recent coronal mass ejections (CMEs) may play a role. While none are directly Earth-bound, a couple of glancing blows from filament eruptions remain possible. These could introduce brief periods of geomagnetic unrest, potentially leading to minor storm conditions (G1) tonight and tomorrow.

Geomagnetic activity remains relatively quiet, confining the northern lights primarily to high latitudes.

There is a possibility of G1 (Kp5) and a lower chance of G2 (Kp6) geomagnetic storms on Feb. 25, driven by weak coronal mass ejection impacts and potential effects from a coronal hole. After this, geomagnetic activity is expected to diminish to quiet or unsettled levels (Kp1-3) through Feb. 27.

Solar activity has recently picked up with a strong X-class solar flare erupting yesterday (Feb. 24) While a coronal mass ejection accompanied the eruption, unfortunately for aurora chasers, it is unlikely to affect Earth as the CME was fired off the far Western limb. However, another CME is expected to arrive on Feb. 24, with a slight chance of triggering geomagnetic storms.

According to the U.K. Met Office, geomagnetic activity is forecast to be quiet to unsettled, with minor to moderate geomagnetic storms possible on Feb. 24.

Right now, geomagnetic activity is on the quieter side, meaning the northern lights are mostly sticking to high-latitude regions. But that could change soon! A coronal mass ejection (CME) that erupted from the sun on Feb. 19 is predicted to brush past Earth on Feb. 23, according to the UK Met Office. If this solar storm makes contact, we could see a minor G1 geomagnetic storm, potentially pushing auroras farther south — possibly reaching northern Michigan and Maine.

For now, NOAA’s Space Weather Prediction Center expects the Kp index to remain low, peaking at 1.67 over the next 24 hours. But space weather can be unpredictable, so if you’re hoping for a northern lights show, keep an eye on NOAA’s 3-day forecast for the latest updates!

Geomagnetic activity is currently low with northern lights confined to high latitudes.

However, things could pick up on Feb. 23 when a coronal mass ejection (CME) released from the sun on Feb. 19 may deliver Earth with a glancing blow, according to the UK Met Office. If the CME hits Earth it could trigger minor G1 level geomagnetic storms and subsequent auroras stretching further south toward northern Michigan and Maine.

Overnight on Tuesday (Feb. 18), some aurora watchers at mid-latitudes were fortunate enough to catch a glimpse of the northern lights much farther south than usual. “Beautiful auroras made an appearance near Lewisburg, Pennsylvania,” wrote one photographer on X.

However, aurora activity and geomagnetic effects are expected to subside over the next 24 hours as effects from a glancing coronal mass ejection (CME) subside. “As solar wind speeds slowly wane and the recent CME (Coronal Mass Ejection) effects gradually diminish, aurora activity is expected to be confined to high latitudes,” the U.K.’s Met Office wrote on Wednesday (Feb. 19).

While there is still a small chance of northern lights (aurora borealis) at high latitudes, low space weather activity means they could be rare. “There are no CMEs currently assessed as Earth directed, however a couple of weak ejections from 14-15 Feb may pass nearby, with glancing influence possible” on Feb. 18, the U.K.’s Met Office forecasted.

Aurora watchers could have a great Valentine’s Day weekend ahead of them as geomagnetic activity continues to rise, generating colorful northern lights at high latitudes!

Auroras have already been spotted over Iceland, SpaceWeather.com reports. Chances of minor to moderate radio blackouts will continue through the weekend as streams of solar wind flow from a hole in the sun’s atmosphere towards Earth.

Geomagnetic activity continues to rise, boosting the chances of dazzling northern lights at high latitudes!

Geomagnetic conditions have been unsettled to active (Kp 3-4), due to various solar wind streams and another wave of fast solar wind is expected to arrive on Feb. 13, potentially sparking G1 Minor Storms on the evening of Feb. 13 into Feb. 14.

Great news aurora chasers! Geomagnetic activity is on the rise, boosting the chances of dazzling northern lights at high latitudes!

A fast solar wind stream from a coronal hole continues to influence Earth’s space weather, with wind speeds ranging from 500-600 km/s.

Continued elevated geomagnetic activity may enhance northern lights at high latitudes in the coming days!

Earth continues to be buffeted by a fast-flowing solar wind stream emitted from a recent coronal hole in the sun’s atmosphere. It has already sparked minor G1-class geomagnetic storm conditions, with more activity expected as Earth moves deeper into the stream. Further coronal hole enhancement is likely around Feb. 12 and 13 according to the UK Met Office.

Heads up aurora chasers, elevated geomagnetic activity could enhance northern lights at high latitudes.

Earth has entered a stream of fast-flowing solar wind emitted from a recent coronal hole in the sun’s atmosphere. It has already sparked minor G1-class geomagnetic storm conditions, with more activity expected as Earth moves deeper into the stream.

A weak glancing blow from a Feb. 5 eruption might reach Earth late Friday into Saturday (Feb 7-8), bringing a slight chance of auroral activity. The real potential comes later in the weekend, as a high-speed solar wind stream is expected to arrive on Sunday, Feb. 9.

Two coronal mass ejections (CMEs) are in the forecast, but their impact on Earth is uncertain. One CME from Feb. 2 might deliver a glancing blow on Feb. 6, while another from Feb. 5 has a small chance of arriving on Feb. 7-8. A high-speed solar wind stream is also expected around Feb.9. For the most part, geomagnetic activity should stay quiet to unsettled (Kp 0-3), but if a CME arrives, we could see some G1-G2 (Kp 5-6) storming. There’s also a slight chance of a minor storm (Kp 5) if the high-speed stream kicks in. Aurora chasers, watch this space!

There is still a good chance of seeing the northern lights at high latitudes despite waning geomagnetic activity conditions.

The NOAA Space Weather Prediction Center projects that the Kp index will peak at 2.33 over the next 24 hours. For an up-to-date breakdown of timings, check out NOAA’s 3-day forecast.

There is a good chance of seeing the northern lights from high-latitude regions tonight as geomagnetic activity remains unsettled.

Earth is still feeling the effects of the fast solar wind stream from a coronal hole but solar wind speeds are gradually slowing down and will likely return to normal by Feb. 5.

Earth is still experiencing the effects of a high-speed solar wind stream from not one but two giant coronal holes. The chances of seeing the northern lights at high latitudes remain favorable.

The NOAA Space Weather Prediction Center projects the Kp index to peak at 4 over the next 24 hours. For an up-to-date breakdown of timings check out NOAA’s 3-day forecast.

The NOAA Space Weather Prediction Center projects the Kp index to peak at 4.67 over the weekend. For an up-to-date breakdown of timings check out NOAA’s 3-day forecast.

A giant coronal hole is currently aiming aurora-sparking solar wind directly at Earth. The incoming solar wind is expected to arrive around Jan. 31 to Feb. 1. In doing so it could potentially spark minor (G1) geomagnetic storm conditions which could see auroras reach as far south as northern Michigan and Maine.

Unsettled geomagnetic activity is expected tonight with a slight chance of minor G1 geomagnetic storm conditions should any incoming coronal mass ejections (CMEs) land Earth with a glancing blow.

The northern lights remain confined to high latitudes but could reach mid-latitudes if geomagnetic storm conditions intensify.

Enhanced geomagnetic activity is expected tonight, with northern lights likely visible at high latitudes, particularly above the Arctic Circle. Earth is anticipated to experience a glancing impact from a coronal mass ejection (CME) released on January 26, which could spark minor (G1) geomagnetic storm conditions, according to Spaceweather.com.

The NOAA Space Weather Prediction Center projects the Kp index to peak at 2.67 within the next 24 hours.

Geomagnetic activity is expected to remain quiet over the next few days, with northern lights primarily visible at high latitudes, especially above the Arctic Circle.

The NOAA Space Weather Prediction Center projects the Kp index to peak at 1.67 within the next 24 hours.

The first CME was released during an M-class solar flare eruption on Jan. 21 and the second from a filament eruption on Jan. 22.

Aurora chasers, get ready — things are looking promising! An incoming solar storm could light up the skies with northern lights potentially visible as far south as northern Michigan and Maine on Jan. 24.

NOAA’s Space Weather Prediction Center forecasts that the Kp index will peak at 2 over the next 24 hours, and rise to 4.33 by Jan. 24.

There’s a slight chance of minor G1-level geomagnetic storms through Jan. 24 according to the UK Met Office. However, forecasters are still waiting for an analysis to see if the incoming CME has any Earth-directed components. We’ll keep you informed of any significant developments!

Mainly quiet to unsettled geomagnetic activity confines the northern lights primarily to northern latitudes tonight.

According to NOAA’s Space Weather Prediction Center, the Kp index is forecast to peak at 2.67 over the next 24 hours.

There is a good chance of seeing the northern lights at high latitudes tonight. According to NOAA’s Space Weather Prediction Center, the Kp index is forecast to peak at 2.67 over the next 24 hours.

Geomagnetic conditions have been unsettled over the last few days due to elevated solar winds from an Earth-facing coronal hole. These conditions will ease from Jan. 21 onward as the coronal hole rotates away from Earth.

The northern lights will be confined primarily to high latitudes this weekend due to relatively quiet geomagnetic activity but an Earth-facing coronal hole could elevate conditions.

According to NOAA’s Space Weather Prediction Center, the Kp index is forecast to peak at 3.67 over the weekend.

There is a good chance of seeing the northern lights at high latitudes tonight. According to NOAA’s Space Weather Prediction Center, the Kp index is predicted to peak at 2.33 over the next 24 hours.

Aurora hunting conditions could improve in the coming days due to a giant Earth-facing coronal hole. This is great news for aurora chasers as coronal holes release high-speed solar wind streams. When these particles interact with Earth’s magnetic field, they increase geomagnetic activity, which can spark intense auroras.

Over the weekend relatively quiet geomagnetic activity will confine the northern lights primarily to high latitudes above the Arctic Circle. According to NOAA’s Space Weather Prediction Center, the Kp index is forecast to peak at 3.33 over the weekend.

According to the UK Met Office, aurora activity may slightly increase on Jan.10 due to the influence of a high-speed solar wind stream emanating from a small coronal hole. A possible filament eruption from the sun might enhance geomagnetic conditions on Jan. 12.

Relatively quiet geomagnetic activity will confine the northern lights primarily to high latitudes above the Arctic Circle tonight. According to NOAA’s Space Weather Prediction Center, the Kp index is forecast to peak at 1.67 over the next 24 hours.

A brief uptick in solar wind speed is expected around Jan. 10–11, according to the UK Met Office. This is due to a small coronal hole in the sun, allowing solar wind to escape more readily into space. The elevated solar wind could trigger enhanced auroras at high latitudes.

Currently, solar activity is relatively low, with no Earth-directed solar storms. As such, tonight’s northern lights will most likely be confined to latitudes above the Arctic Circle.

According to NOAA’s Space Weather Prediction Center, the Kp index is predicted to peak at 2.33 over the next 24 hours.

The northern lights forecast looks promising for high-latitude observers tonight. According to NOAA’s Space Weather Prediction Center, the Kp index is predicted to peak at 2.67 over the next 24 hours.

However, more unsettled space weather could be on the way. A large, active sunspot region is rotating into Earth’s view and showing signs of intense activity. Just yesterday, sunspot group AR3947 unleashed a powerful M-class solar flare, accompanied by what appears to be an Earth-directed coronal mass ejection (CME).

According to NOAA’s Space Weather Prediction Center, the Kp index is forecasted to reach highs of 4 over the next 24 hours.

Aurora chasers could be in for yet another treat this weekend as NOAA has issued another geomagnetic storm watch, this time for minor G1 conditions from Jan. 4 to Jan. 5. Northern lights are expected at high latitudes.

According to NOAA’s Space Weather Prediction Center, the Kp index is forecasted to reach highs of 4.67 over the weekend.

The elevated conditions are due to two coronal holes spewing high-speed solar wind toward Earth. When directed at Earth these solar wind streams can interact with our planet’s magnetic field and trigger geomagnetic storm conditions.

Several solar storms hit Earth over New Year’s. For more than 9 hours, Earth’s magnetosphere was rattled by powerful (G3 and G4) geomagnetic storms, producing widespread auroras deep into mid-latitudes.

While many celebrated New Year’s Eve with bursts of glittering fireworks, Earth joined the festivities with a natural display of its own: the northern lights.

A coronal mass ejection (CME) struck Earth’s magnetic field on Dec. 31 at 11:21 a.m. EST (16:21 GMT), sparking minor geomagnetic storm conditions and painting the night sky with vivid aurora displays as far south as California, U.S, Austria, and Germany.

The sun fired off a series of intense solar flares on Christmas Day, Dec. 25, and some of them may amplify the changes of enhanced auroars over the weekend and days leading into New Year’s Eve and New Year’s Day.

According the U.K. Meteorology Office’s space weather center, solar activity is fairly low, with up to 14 sunspot regions on the Earth-facing side of the sun.

The sun may be giving some skywatchers a gift this Christmas with a hightened northern lights watch for stargazers across the northernmost U.S. states, as well as north upper Midwest states. A class G1 geomagnetic storm watch is still in effect due to the arrival of solar winds from a coronal mass ejection (CME) that erupted from the sun on Dec. 23. As we said yesterday, such storms can spawn amazing auroral displays, sometimes visible as far as the mid-latitudes.

According to NOAA’s Space Weather Prediction Center, the Kp index for Dec. 24 to Dec. 25 reached Kp 4.

The northern lights forecast looks promising in the coming days, driven by the influence of fast solar winds and the potential glancing blow of an incoming coronal mass ejection (CME). CMEs are massive eruptions of plasma and magnetic field from the sun, when they interact with Earth’s magnetic field, they can trigger geomagnetic storms. These storms can result in striking auroral displays, sometimes visible as far as the mid-latitudes.

According to NOAA’s Space Weather Prediction Center, the highest anticipated Kp index for Dec. 24 to Dec. 25 is Kp 5.33.

There is a very good chance of northern lights at high latitudes. According to NOAA’s Space Weather Prediction Center, the highest anticipated Kp index for Dec. 23 to Dec. 24 is 3.

Aurora chasers at high latitudes could be in for a Christmas treat. On Dec. 24, Earth could receive a glancing blow from a minor coronal mass ejection (CME) that left the sun on Dec. 21. CMEs are vast plumes of plasma and magnetic field from the sun. If they strike Earth and the conditions are right, they can trigger geomagnetic storms, which in turn lead to spectacular aurora displays.

There is a fair chance of northern lights at high latitudes. According to NOAA’s Space Weather Prediction Center, the highest anticipated Kp index for Dec. 20 to Dec. 22 is 1.67.

It would be a very different story if we were on the other side of the sun. There are some incredibly active regions on the farside of the sun unleashing a barrage of powerful coronal mass ejections (CMEs). Had this happened on the Earth-facing side of the sun, we would have been in for a series of mighty solar storms.

There is still a good chance of northern lights at high latitudes. According to NOAA’s Space Weather Prediction Center, the highest anticipated Kp index for the next 24 hours is 2.

Aurora watchers at mid-latitudes may feel it’s been a while since a major geomagnetic storm lit up the skies. However, that could soon change. Several highly active sunspot regions will be rotating into view in the coming days, raising the potential for dramatic auroral displays.

According to NOAA’s Space Weather Prediction Center, the highest anticipated Kp index for the next 24 hours is 3.

Solar activity is improving for aurora chasers with favorable northern lights conditions predicted for tonight for those at high latitudes.

A coronal mass ejection — a plume of plasma and magnetic field from the sun — unexpectedly impacted Earth this morning at 12:19 a.m. EST (Dec. 17) at 0519 GMT. The CME was only predicted to narrowly miss Earth, but instead, it delivered a direct hit, triggering G1 geomagnetic storm conditions. Strong auroras were visible in the northern U.S. and Canada.

According to NOAA’s Space Weather Prediction Center, the highest anticipated Kp index for the next 24 hours is 4.33.

There is a good chance of auroras at high latitudes tonight and over the weekend. According to NOAA’s Space Weather Prediction Center, the highest anticipated Kp index for the next three days is 2.67, currently predicted for Dec. 15.

The rise in Kp by Dec. 14 and Dec. 15 is likely due to the fast solar wind emitted from an Earth-facing coronal hole according to the UK’s national weather and climate service the Met Office.

There is a fair chance of auroras at high latitudes tonight. According to NOAA’s Space Weather Prediction Center, the highest predicted Kp index for the next 24 hours is 1.67.

Enhanced solar wind could be observed on Dec. 14 through Dec. 15 due to a fast solar wind emitted from an Earth-facing coronal hole according to UK’s national weather and climate service the Met Office.

There is a very good chance of auroras at high latitudes tonight. According to NOAA’s Space Weather Prediction Center, the highest predicted Kp index for the next 24 hours is 3.

Though a large coronal hole continues to face us and feed Earth’s magnetosphere with a stream solar wind, these solar wind speeds have eased slightly in the last 24 hours according to the UK’s national weather and climate service the Met Office.

There is a great chance of auroras at high latitudes tonight. According to NOAA’s Space Weather Prediction Center, the highest predicted Kp index for the next 24 hours is 3.67.

The large coronal hole continues to face us and feed Earth’s magnetosphere with a stream of fast-flowing solar wind, which can trigger active geomagnetic conditions and impressive auroras.

Expect good northern lights at high latitudes with possible heightened activity by Dec. 11.

A large coronal hole is currently facing Earth and continues to feed Earth’s magnetosphere with a stream of fast-flowing solar wind triggering active aurora conditions, as reported by space weather and aurora website SolarHam in a post on X.

There is a good chance of auroras at high latitudes over the weekend, with a maximum predicted Kp of 3 according to NOAA’s Space Weather Prediction Center.

While geomagnetic activity is forecasted to remain relatively low in the coming days, this could quickly change with the eruption of a coronal mass ejection (CME), potentially resulting in striking auroral displays. CMEs are enormous eruptions of plasma and magnetic energy released from the sun, often associated with powerful solar flares. Upon reaching Earth, they can induce geomagnetic storm conditions that give rise to breathtaking auroras. We will be sure to update you if any eruptions give rise to Earth-directed CMEs!

Today there is a good possibility of seeing the northern lights at high latitudes primarily above the Arctic Circle. A maximum Kp of around 1.7 is predicted for tonight from around 1:00 – 10:00 p.m. EST (1800-0300 GMT), according to the National Oceanic and Atmospheric Administration (NOAA)’s Space Weather Prediction Center.

A large Earth-facing coronal hole could also bring an increase in geomagnetic activity over Dec. 6 and Dec. 7. When directed at Earth, the stream of solar wind flowing from a coronal hole can impact Earth’s magnetosphere, triggering geomagnetic storm conditions and resulting in impressive aurora displays.

If you’re hoping to catch a glimpse of the northern lights tonight, there’s a decent chance for those at higher latitudes. According to NOAA’s Space Weather Prediction Center, the aurora forecast predicts a maximum Kp index of approximately 1.7. While this is on the lower end of activity, it’s still worth keeping an eye on the skies, especially in areas with minimal light pollution.

Adding to the favorable conditions, tonight’s waxing crescent moon is just 10% illuminated. This means darker skies, offering an ideal backdrop for aurora-hunting and skywatching enthusiasts.

There is a fair chance of seeing auroras at high latitudes tonight, with a maximum predicted Kp of around 2.7, as indicated by NOAA’s Space Weather Prediction Center. The 4% illuminated waxing crescent moon tonight will also provide dark skies perfect for aurora hunting and skywatching.

According to the astronomy website SpaceWeatherLive the aurora probability forecast for tonight is:

There is a good chance of seeing auroras at high latitudes tonight, with a maximum predicted Kp of 3 indicated by NOAA’s Space Weather Prediction Center. The 1% illuminated new moon tonight will also provide dark skies perfect for aurora hunting and skywatching.

According to the astronomy website SpaceWeatherLive the aurora probability forecast for tonight is:

A maximum Kp of around 3 is currently predicted for tonight according to the NOAA’s Space Weather Prediction Center.

A maximum Kp of around 6 is currently predicted for tonight according to the NOAA’s Space Weather Prediction Center.

A maximum Kp of around 3 is currently predicted for tonight according to the NOAA’s Space Weather Prediction Center. But tomorrow night this rises close to Kp 6. NOAA has issued a geomagnetic storm watch for Nov. 28 and 29, with possible G1 and G2 conditions expected.

You might have something to be extra thankful for this Thanksgiving, as the chances of aurora gracing our skies over the holiday are going up! A Nov. 25 coronal mass ejection (CME) from sunspot region 3901 is headed in our direction. The CME has resulted in a G1 (Minor) watch and a G2 (Moderate) watch for Nov. 28 and 29, respectively, according to a post on X from the NOAA Space Weather Prediction Center.

CMEs are powerful eruptions of plasma and magnetic field from the sun, when Earth-directed they can slam into our magnetosphere and trigger geomagnetic storm conditions which in turn can lead to impressive auroras.

A maximum Kp of around 1.7 is currently predicted for tonight according to the NOAA’s Space Weather Prediction Center. Despite low Kp predictions, there’s still a possibility of seeing the northern lights today at high latitudes, particularly in areas above the Arctic Circle.

In recent days, significant solar activity has predominantly occurred on the far side of the sun. On Nov. 21, a massive coronal mass ejection (CME) erupted, triggering the most powerful solar radiation storm recorded since at least 2005. Additionally, earlier this morning at 2:30 a.m. EST (0730 GMT), the sun unleashed an M9.45-class solar flare from a region just beyond the northeast limb. This active region, which nearly produced an X-class flare, is expected to rotate into Earth’s view within the next few days, potentially making any subsequent eruptions Earth-directed.

Over the weekend a maximum Kp of around 3 is currently predicted for Saturday night (Nov. 23) according to the NOAA’s Space Weather Prediction Center. To get a thorough breakdown of the latest Kp predictions from Nov. 22. to Nov. 24, visit NOAA’s 3-day forecast.

A maximum Kp of around 2 is currently predicted for tonight from around 7-10 p.m. EST (0000-0300 GMT on Nov.22), according to the NOAA’s Space Weather Prediction Center. Kp’s of 2 are not uncommon but it is a slight improvement on yesterday’s forecast.

A maximum Kp of around 1.7 is currently predicted for tonight from around 7-10 p.m. EST (0000-0300 GMT on Nov.21), according to the NOAA’s Space Weather Prediction Center.

Today there is still a good chance of seeing the northern lights at high latitudes primarily above the Arctic Circle, despite lower Kp predictions compared to yesterday. A maximum Kp of around 2 is predicted for tonight from around 4 – 7 p.m. EST (2100-0000 GMT), according to the National Oceanic and Atmospheric Administration (NOAA)’s Space Weather Prediction Center. This could bring unsettled aurora activity in high latitudes.

A large coronal hole continues to face Earth and may trigger increased geomagnetic activity over the coming days. When directed at Earth, the stream of solar wind flowing from a coronal hole can impact Earth’s magnetosphere, triggering geomagnetic storm conditions and resulting in impressive aurora displays.

Today there is a good possibility of seeing the northern lights at high latitudes primarily above the Arctic Circle. A maximum Kp of around 3 Kp is predicted for tonight from around 1:00 – 7:00 p.m. EST (1800-0000 GMT), according to the National Oceanic and Atmospheric Administration (NOAA)’s Space Weather Prediction Center. This could bring unsettled aurora activity in high latitudes.

A large Earth-facing coronal hole could also bring an increase in geomagnetic activity over the coming days. When directed at Earth, the stream of solar wind flowing from a coronal hole can impact Earth’s magnetosphere, triggering geomagnetic storm conditions and resulting in impressive aurora displays.