Region 3654 sure has been a point of contention this week. Despite a lot of big flares, the eruptions that have occurred have been rather unspectacular-- or so we all thought. Twice now, we have had stealthy
#solarstorms
hit Earth. (See the disk imagery, the arrows point to the…
Direct Hit! A snake-like filament launched as a big
#solarstorm
while in the Earth-strike zone. NASA predicts impact early July 19. Strong
#aurora
shows possible with this one, deep into mid-latitudes. Amateur
#radio
&
#GPS
users expect signal disruptions on Earth's nightside.
Talk about Polar Vortex! Material from a northern prominence just broke away from the main filament & is now circulating in a massive polar vortex around the north pole of our Star. Implications for understanding the Sun's atmospheric dynamics above 55° here cannot be overstated!
A Direct Hit! The impressive
#solarstorm
launched in the Earth-strike zone has been modeled by NASA. The storm is predicted to hit Earth by midday December 1. Along with two earlier storms already en route means we have a 1,2,3-punch. If the magnetic field is oriented correctly,…
Direct Hit! An Earth-directed
#solarstorm
is on its way. NASA & NOAA predictions show the time window for impact begins the afternoon of February 17. Once the storm hits,
#aurora
is possible to mid-latitudes. Expect amateur
#radio
&
#GPS
reception issues on Earth's nightside.
Direct Hit! Our
#Sun
launches a beauty of a
#solarstorm
and it's headed straight for Earth. NASA prediction models show impact near mid-day October 11. Expect
#aurora
views down to mid-latitudes, with
#GPS
& amateur
#radio
disruptions likely on Earth's nightside!
The long snake-like filament cartwheeled its way off the
#Sun
in a stunning ballet. The magnetic orientation of this Earth-directed
#solarstorm
is going to tough to predict. G2-level (possibly G3) conditions may occur if the magnetic field of this storm is oriented southward!
Direct Hit! A snake-like filament launches as a
#solarstorm
and it is Earth-directed. NASA predictions show impact late September 19.
#Aurora
possible to mid-latitudes. Expect amateur
#radio
&
#GPS
signal disruptions when the storm hits.
#UAV
pilots watch your magnetometers.
What a Whopper! Region 3500 on our Sun just fired a near X-class flare and launched a strong Earth-directed
#solarstorm
. Waiting for coronagraph imagery, but it looks like this storm could arrive by December 1. Excellent
#aurora
chances, possibly G3-G4 level with this one,…
A Direct Hit for
#Halloween
! The
#solarstorm
launched during the X-flare today is indeed Earth-directed! NASA predictions confirm impact by early October 31. Expect
#aurora
to mid-latitudes, as well as
#GPS
reception issues and
#amateur
radio disruptions on Earth's nightside!
Direct Hit at long last! A
#solarstorm
launches while in the Earth-strike zone today. NASA prediction shows impact by mid-day November 5. This storm will be sandwiched by glancing blows before & fast solar wind after, making
#aurora
possible to mid-latitudes until November 10!
Direct hit! The big
#solarstorm
launched earlier today is coming fast! NOAA and NASA predictions show impact early March 25. G3-level conditions possible with
#aurora
visible deep into mid-latitudes. HF/VHF
#radio
operators,
#GPS
users, &
#aviators
expect communications issues,…
Sunnuntai-ilta yö tarjosi hienot revontulet, joissa punainen oli poikkeuksellinen hyvin esillä. Havaintoja on saatu Länsi- ja Etelä-Suomesta. Kuvan otti Mustasaarella Sebastian Sainio.
The X-factor is Back! Region 3341 fires an X1.1-flare. R3-level radio blackout now on Earth's dayside. Expect HF communications & GPS reception to be impacted over the next hour, especially Europe, West Africa, Canada, USA, Mexico, and Hawaii (colored regions in map).
The expected
#solarstorm
has arrived earlier than predicted. At 800 km/sec it is the fastest moving storm I've seen since Solar Cycle 23. The initial impact hit hard enough to bring us up to G4-levels. However, the field has flipped northward so
#aurora
may dim momentarily. Stay…
Agreed.
#Aurora
photographers get ready! We finally have an Earth-directed
#solarstorm
worthy of solar maximum. This could easily give us G2, possibly G3-level impacts, sometime late March 25 or early March 26. Waiting for NASA and NOAA model runs to confirm.
Direct Hit! Several
#solarstorms
are expected this week, led by this first one below. This one should hit May 10, but multiple storm hits will follow, possibly clear through May 12 before things calm down. In fact, another Earth-directed storm is launching NOW, as I write this.
Major eye candy! Up close, this noteworthy M5.7-flare shows not only massive plumes during the
#solarstorm
launch, but also long-lasting coronal rain afterwards as a solar slinky reforms on the Sun. Despite being a limb event, it is possible we could get a glancing blow at Earth!
A direct hit! The
#solarstorm
our
#Sun
launched is confirmed to be Earth-directed! NASA prediction models show impact early February 23. Because Earth's shield is already rattled due to the recent fast
#solar
wind, we could be in for great
#aurora
views, deep into mid-latitudes!
An Earth-directed
#solarstorm
comes! NASA predicts arrival late on 26 February. Enhanced
#radiation
storm levels will continue until the storm arrives. Expect
#GPS
reception & HF
#radio
communication issues near the polar regions till then. Airline pilots check
#ICAO
advisories!
Solar Do-Over! Once again an Earth-directed
#solarstorm
is on its way.
#NASA
model predicts impact early November 4.
#NOAA
modeling of an earlier eruption hints this new event will catch up to the earlier one, making this a 1,2-punch! So better odds for
#aurora
than on Halloween!
Direct Hit! Both
#NOAA
&
#NASA
prediction models agree we have an Earth-directed
#solarstorm
that will impact around 12pm March 23! This one is dense & strong so it could pack a decent punch! Expect
#hamradio
&
#GPS
disruptions on Earth's nightside, plus
#aurora
to mid-latitudes!
Our Sun wakes up! Region 3283 launches a
#solarstorm
while in the Earth-strike zone. Coronagraph images confirm it's Earth-directed. Waiting for model predictions, but impact likely by midday April 24. Expect
#aurora
to mid-latitudes,
#GPS
& HF
#radio
issues on Earth's nightside.
Direct Hit: NOAA predictions show the coming
#solarstorm
will hit Earth early April 24. Easily a G2-level storm at mid-latitudes,
#aurora
chances are high. The storm must still have the right magnetic orientation for sustained shows. Expect
#HFradio
&
#GPS
issues on the nightside
Incoming: An Earth-directed
#solarstorm
is on its way. NASA predictions show impact late November 19. Waiting for NOAA's predictions, which should be pretty close. Not expecting a fast storm with this one, but it could bump us to minor storm (G1) levels so
#aurora
is possible.
The Sun celebrates
#NewYearsEve
with an Earth-directed
#solarstorm
! NASA predictions show impact early January 2.
#Aurora
possible to mid-latitudes. Amateur
#radio
operators &
#GPS
users expect issues on Earth's nightside. Drone pilots should calibrate often once the storm hits.
A
#Solarstorm
Encore: A new direct hit comes! NOAA & NASA models show impact expected by November 12 (optimistic estimates say late November 11 if the storm is fast). Although not as strong as the recent storm, this one could reach G2-levels & bring
#aurora
to mid-latitudes!
Double Take: Not just one, but now two
#solarstorms
are headed for Earth. NASA & NOAA predictions agree this second storm should arrive mid-day April 14 UTC time.
#Aurora
possible down to mid-latitudes with this 1,2-punch. Expect
#GPS
& HF
#radio
issues on Earth's nightside.
X2.3-flare now! Region 3229 makes a grand entrance with a R3-level
#radio
blackout & huge
#solarstorm
launch. Despite being on the East limb, this storm may graze Earth. Waiting for coronagraphs. Dayside
#HF
radio communications,
#pilots
&
#GPS
users expect issues over next hour!
The recent
#solarstorm
was strong enough to bring
#aurora
views clear up to Queenscliff Victoria, Australia! Here is an amazing capture, complete with a rainbow lighthouse beam from Leanne Smith.
Of course we get an X2.8-flare while I'm at
#AGU2023
. Region 3514 launched a possibly Earth-directed
#solarstorm
as well. (Waiting for coronagraph imagery to tell for sure.) Expect risk for R3- level
#RadioBlackouts
&
#RadiationStorms
to remain high for the next 3 days.
We will likely hit G4-levels (Kp 8) putting us at the "severe" storm level. Hp60 has reached even higher. But no worries, this intensity will subside as we exit the sheath region and solar wind density drops. Magnetic field is flipping now too so all is good. Enjoy the
#aurora
!
The first in a succession of SIX
#solarstorms
is hitting Earth now! NASA/CCMC's Mary Aronne got this run spot on (see graphic). NOAA/SWPC has the other five hitting in machine-gun fashion starting on the 18th. Magnetic field is northward thus far but expect
#aurora
to build soon!
Direct Hit! An impressive
#solarstorm
launch in the Earth-strike zone means a new chance for
#aurora
by midday Jan 22. We could see a G2-G3 with this one if the magnetic field of the storm is oriented correctly. Amateur radio &
#GPS
users, expect disruptions on Earth's nightside.
More observations of the
#SolarPolarVortex
reveal it took roughly 8 hours for material to circumnavigate the pole at approximately 60° latitude. This means an upper bound in the estimation of horizontal wind speed in this event is 96 kilometers per second or 60 miles a second!
We have one, if not two
#solarstorms
headed for Earth today! The first launched near Region 3555. It is expected to hit early to midday January 22. The second is a side-swiping storm launched near 3559. It may give us a glancing blow January 23. Also, an unstable filament is in…
At a loss for words:
#Aurora
is gracing the skies over Greece. Even though this
#solarstorm
peaked at a G3, such a view is indeed special. Wonder if the changing magnetic field of Earth and growing equatorial
#auroral
shows are playing a role here?
Direct Hit! NOAA (left) & NASA (right) prediction models show
#solarstorm
to hit Earth between 12:00 & 21:00 UTC March 13. Impact should be strong! Expect
#aurora
deep into mid-latitudes, amateur
#radio
&
#GPS
reception issues, especially near dawn/dusk, & on Earth's nightside!
The X-factor Returns! Region 3435 fires a near M8.8-flare and launches a
#solarstorm
inside the Earth-strike zone! Looks like we might get another chance for
#aurora
. Waiting for coronagraph images to backfill so we can get a better estimate for prediction models.
Yes! So glad to see people waiting for the big
#solarstorm
to arrive even though it meant a sleepless night &
#aurora
through dawn! What amazing sacrifices you all make for this
#SpaceWeather
community!
The
#aurora
I've been waiting for! The strong CME hit and a G3 magnetic storm occurred.
In the field quick edit from Spooner, Wisconsin. Colors straight off camera. No color correction! Bit dimmer to the eye, But the reds were so bright right into dawn!
#wiwx
#northernlights
Did they check the
#SpaceWeather
? These civilian astronauts & crew just launched into an S1-level
#Radiation
Storm. Hope they knew the expected radiation dose before flying. Guaranteed they got more than a few chest-Xrays worth. This is why astronauts are called radiation workers
So much eye candy: This massive
#solarstorm
launch just occurred near old Regions 3565 and 3569. It is not Earth-directed, but it sure is a beauty! We've been waiting for these regions to rotate into view and we shall see if they have any more surprises in store in a few days.
@Brad_Williamson
Sadly, many people conflate solar flares with
#solarstorms
(aka CMEs), but they are not the same thing. Solar flare effects, like the flashes of light we see on the Sun and radio blackouts at Earth, take 8 minutes to arrive. Solar storms, which can cause
#aurora
, take days to…
Ready for
#aurora
? A
#solarstorm
direct hit is coming. NASA predicts impact 20 April. Additional glancing storms launched earlier mean activity could pick up late on April 19. Expect extended aurora at high latitudes with good chance of views down to mid-latitudes by the 20th.
Second Chances: For those who missed seeing
#aurora
during the recent
#solarstorm
, now is the time. A coronal hole that sent us fast solar wind four months in a row, will strike again starting Dec 4. Experience shows G1-G2 levels (red Kp5+ bars below) are possible through Dec 5.
Rapid Fire X-class flares from Region 3590! An X1.9 followed by an X1.7, both causing short-lived R3-level
#RadioBlackouts
. Ongoing radio &
#GPS
/
#GNSS
disruptions over Australia, Indonesia, India, and East Africa now (see colored regions in map). Aviators check ICAO advisories!
Direct Hit: An Earth-directed
#solarstorm
is coming! NASA prediction model shows impact early April 25. Coronagraph shows a full-halo (teal line) ring around the Sun confirming the storm is Earth directed. Expect amateur
#radio
&
#GPS
reception issues &
#aurora
to mid-latitudes!
Intense! Extremely red
#aurora
were seen over Mongolian skies this morning during the initial impact of this ongoing
#solarstorm
. Sadly, we wont reach G3-levels again, as the second half of this storm is turning out to be much weaker than the first half. Thanks for reporting!
Northern lights/Aurora borealis today in Mongolia 🇲🇳
Aurora appears crimson red when solar particles react with oxygen at high altitudes of over 241 km, where the air is thinner. Red is considered the rarest colour of the Northern Lights.
#ТуйлынТуяа
#bloodaurora
#полярноесияние
Confirmed: NOAA & NASA predictions agree a coming
#solarstorm
will graze Earth by Jan 19. Slow traffic in the solar wind ahead will likely cause a pileup before the storm so effects begin Jan 18.
#Aurora
possible to mid-latitudes.
#HF
&
#GPS
signal disruptions on the nightside.
Direct Hit! We have an Earth-directed
#solarstorm
plus two side-swiping solar storms that could bring
#aurora
to mid-latitudes starting September 2. NOAA/SWPC prediction shows peak impact September 3. The latest storm launch (just now) includes an S1-level
#RadiationStorm
too.
Region 3590 continues to fire big X-flares! This recent R3
#RadioBlackout
is hitting the Pacific region hard, causing severe HF radio communications issues on Earth's dayside (watch radio contacts disappear on the globe). These flares are not directly affecting the
#ATToutage
.
The super
#solarstorm
launched during a X4.98-flare New Year's Eve will clip Earth. NOAA prediction shows impact early January 2 (UTC). The storm should hit hard, but last less than a day. Expect bright, but short-lived
#aurora
plus
#radio
signal disruptions on Earth's nightside.
We may have another
#solarstorm
on the way! Region 3425 fires an M2-flare and partially launches a filament at the edge of the Earth-strike zone. Waiting for coronagraph imagery now to see if this
#solarstorm
might graze Earth. If so, impact could be late Sep 10 or early Sep 11.
Agreed. So glad to see others in this
#SpaceWeather
community getting the word out. Please help distribute this factual post by Dr.
@RyanJFrench
widely!
Some people are attributing cell network outages (AT&T, Verizon) in the U.S to last night’s X-class
#SolarFlare
. However, flares only cause radio degradation on the *dayside* of the Earth. As you can see below, the U.S was not affected by the event. So it’s just a coincidence!
Confirmed:
#Aurora
graces the skies over Geneseo, New York, USA. The first
#solarstorm
to hit in a 1,2-punch has started off strong. Expect more views like these over the next 48 hours. Look to the north horizon, take long exposures with a camera or cell phone. Thx for reporting!
Hope everyone is catching the
#SolarEclipse
either in person or online today! I shot this using eclipse glasses over my cell phone camera, off the east deck of my house. Wild that it works! I'm sharing a heartfelt newsletter about the eclipse today too:
Might this be a
#solarstorm
fizzle? Although this storm will continue for hours yet, whether it will contain southward magnetic field is the key for big
#aurora
shows. At Solar Orbiter (see the figure below), the storm has a weak "South-East-North" configuration, meaning the axis…
M6.8-flare now! Region 3559 fires an R2-level
#RadioBlackout
& S1-level
#radiation
storm. Expect
#HF
radio &
#GPS
disruptions in Australia, Asian Pacific, India, Africa over next hour (see colored regions in map). Polar region navigation & airline comms impacts will last 2-3…
It's about time! We have an Earth-directed
#solarstorm
launch to celebrate
#StPatricksDay
. This one could bring us some
#aurora
possibly down to mid-latitudes starting late March 19 or early March 20. Waiting for coronagraph data to inform prediction model runs. Stay tuned!
The Sun launches double punch
#solarstorms
on
#July4th
! NASA prediction shows impact before noon July 7 UTC. The first storm is slower & will go mainly northeast. The second is faster & more a direct hit. Fast solar wind follows. G1-level possible with
#aurora
to mid-latitudes.
This may be some of the most phenomenal dynamics I have ever seen from a G3-level
#solarstorm
impact. Talk about going from "mild to wild" in a hot minute! What a glorious capture. Thanks for reporting!
NASA prediction model shows Earth-directed
#solarstorm
launched early today will hit early October 4. This should be on the tail end of some fast
#solar
wind & will increase
#aurora
chances. Expect amateur
#radio
disruptions &
#GPS
reception issues to worsen on Earth's nightside.
Woah. Long-duration
#solar
flares from Regions 3182 & 3191 today means
#RadioBlackouts
& at least one Earth-directed
#solarstorm
! Estimated storm arrival: January 17. Waiting on coronagraph & modeling to confirm.
#Aurora
possible to mid-latitudes plus HF & GPS signal disruptions.
Have you seen the Sun's Polar Vortex? Learn how this new piece of the solar puzzle will lead to new discoveries, watch big-flare players launch multiple
#solarstorms
& see why
#radio
operators,
#GPS
users, &
#airline
pilots should stay vigilant this week:
Waiting patiently for the official NOAA/SWPC
#solarstorm
prediction to compare with this one from NASA, which shows a glancing blow late on July 19. NASA predicts up to a G3-level storm, but it depends upon storm magnetic orientation, speed & how directly the storm hits Earth.
Radio communication is getting hammered recently due to numerous R1 to R3-level
#RadioBlackouts
from solar flares and a polar cap absorption event from an ongoing, strong S2-level radiation storm.
#HF
radio operators,
#GPS
/
#GNSS
users, and
#aviators
should check conditions often.
X1.1-flare now! Region 3615 continues to fire big flares. R3-level
#RadioBlackout
conditions. HF radio operators & GPS users stay vigilant on Earth's dayside over the next hour (colored areas in map). No
#solarstorm
launch with this one, but
#radiation
storm risk remains high.
Yes! This is the expected big filament
#solarstorm
and it has arrived early! It's a fast mover and stronger than expected. This means the potential for red or rainbow
#aurora
down to mid-latitudes is high. If the field turns strongly southward, we could see a G3 from this one.
Today's X-1.1 flare is likely only a beginning for this complex set of sibling regions. 2993 & 2994 are already visible. Soon one more (old region 2976) will join them! Expect dayside amateur
#radio
blackouts,
#GPS
reception issues & later this week, a potential for
#solarstorms
!
Simply floored. I am truly honored to receive the
#AGU2023
SPARC Award. A special thank you to my nominators, to
@theAGU
Awards Committee, and to everyone in this wonderful
#SpaceWeather
community. Without your heart, grace, and camaraderie, none of this would have been possible.
M3.5-flare now! Likely an X-flare player, a new region not even in Earth-view yet is causing an R1-level
#RadioBlackout
! Along with an ongoing
#RadiationStorm
, this means radio communications & GPS reception issues on Earth's dayside over the next hour (colored regions in map).
Region 3515 fires its biggest flare yet, an M2.3-flare, while launching a non-Earth-directed
#solarstorm
.
#RadioBlackouts
on Earth's dayside will continue as this region is still changing rapidly. Expect issues with radio communications &
#GPS
reception over the next few days.
In case anyone is wondering why I haven't posted yet on all the
#solar
activity and the
#solarstorm
hitting now, I am furiously working to get my forecast done. I have updated it THREE times in the last 24 hours to ensure it is relevant before releasing it to the public. Up soon!
M5.7-flare now! Region 3363 screams an R2-level
#RadioBlackout
as it gets ready to rotate to the Sun's farside. Expect HF
#radio
, airline comms &
#GPS
disruptions on Earth's dayside next 1+hour. A
#radiation
storm also builds. Expect S1-levels soon. Pilots check
#ICAO
advisories.
Wait, your local TV news weather forecaster put the NOAA/SWPC model on TV? You've made my day! This heightened awareness is exactly what our
#SpaceWeather
community has been working towards for years now. Do you know who the weather forecaster is? I want to thank them personally!
Near M5.5-flare from Region 3511 now! R2-level
#RadioBlackout
on the dayside of Earth. Amateur
#radio
operators &
#GPS
/GNSS users expect signal reception issues over the next hour, especially near local noon in the southern hemisphere, and anywhere near dawn and dusk.
First we saw, Crimea, then Turkey, then Greece and now China! This is the second time this year we have seen
#aurora
in China. Well done
#SpaceWeather
community! Your reporting has gone above and beyond my wildest expectations! Thank you all for spotting
#aurora
around the globe!
Stunning! The red and green auroras were dancing together in harmony in
#Mohe
, north China's
#Heilongjiang
Province on the evening of Nov 5. This is the first time that green
#aurora
dancing has been recorded on video in
#China
.
This has got to be one of the coolest things I've ever seen a pilot do unannounced for passengers aboard! Spreading the
#SpaceWeatherLove
through an airborne
#aurora
panorama!
X1.9-flare now! Region 3590 fires a big flare at an R3-level
#RadioBlackout
over the Western Pacific, especially Western USA & Canada, New Zealand, Eastern Australia & Indonesia (colored regions in map). Although short-lived, expect more activity from this region!
Two, Three or not Two, Three? For those who missed the
#aurora
, we have two, if not three more
#solarstorms
headed for Earth! NASA models show impact beginning early August 4 for the first, a drive-by graze for the second late the same day, & the third hitting early on August 5.
One of the early glancing
#solarstorms
has arrived and it is stronger than predicted. Even though this is a slow storm, the high density & strong magnetic field should cause
#aurora
to brighten quickly. High-latitudes should already be getting shows. Mid-latitudes, stay ready!
X-1.35 Flare! Region 2975 fires again with a possible Earth-directed
#solarstorm
too! Expect waning
#RadioBlackout
&
#GPS
reception issues near dawn & dusk over next hour especially for USA, Canada, S.America, Hawaii, & W.Europe (colored regions in map).
The new
#SpaceWeatherWoman
forecast is up! Learn the details of back-to-back incoming
#solarstorms
launched in the Earth-strike zone, find out when & where
#aurora
may be visible, & see why amateur
#radio
operators smile while
#GPS
users groan this week.
Strange to see satellite startups feeling blindsided by how much orbit degradation their LEO sats experience & how much fuel it takes to keep them aloft now that solar activity has increased. This is exactly what I (along with others) forewarned years ago.
More than a glancing blow! NOAA prediction model shows the Earth-directed
#solarstorm
launched yesterday should impact early on August 1. NASA concurs. G1-G2 storm conditions possible, with
#aurora
views possibly through August 2.
The first of at least two
#solarstorms
has hit! Impact is mild thus far. The storm magnetic field is northward so
#aurora
remains at high latitudes. If the field turns southward & the speed stays the same, aurora shows will improve. For now enjoy a boost in HF
#radio
propagation!
Fast Hit or Slow? An Earth-directed
#solarstorm
is on its way to Earth, but NASA & NOAA predictions disagree on impact time. NASA (shown below) says impact will be near midnight March 28, but NOAA believes 18 hours earlier. Either way
#aurora
could reach to mid-latitudes! (1/2)
The Sun aims south! A partly Earth-directed
#solarstorm
launched today. NASA & NOAA agree, a glancing blow is expected early November 30. This one is going mainly south of Earth so minor effects expected.
#Aurora
possible at high latitudes,
#GPS
& amateur
#radio
impacts minimal.
Our
#Sun
celebrates
#July4
with its own special fireworks! We have two partly Earth-directed
#solarstorms
(aka CMEs) on their way. The second storm will catch up to the first giving us a 1,2-punch. Model predictions show impact likely July 7. I'll post NASA model runs next.
Today's R3-level
#RadioBlackout
from the X3.38 solar flare caused severe amateur radio communication impacts over the Atlantic. Now the ongoing
#RadiationStorm
has reached the S2-level.
#Aviation
&
#UAV
pilots check ICAO advisories often, especially if flying near the poles.
I will be going LIVE in a few moments to give a briefing on the ongoing
#solarstorm
that recently hit G4-levels. Join the informal forecast and Q&A here:
At long last we have a
#solarstorm
coming (somewhat) towards Earth. The NASA prediction model run indicates we could have a glancing blow by early February 7. Mild effects to
#GPS
reception & amateur
#radio
are expected, but chances for
#aurora
increase by late Monday evening.
Surreal! Owens Peak is south of Las Vegas and about 100 miles east of Bakersfield, California, USA. Seeing pillars so high in the sky at this latitude is nothing short of spectacular. Thanks for reporting!
Never thought I’d see the
#NorthernLights
in Southern California! 😱🤩 I took this pic on my phone, no filter! In the Owens Peak Wilderness in the Southern Sierra.
#AuroraBorealis
#aurora
M4.8-flare now! Region 3088 fires it's largest flare yet. Just like the other flares from today (shown below) expect an R1 (near R2-level)
#radio
blackout on Earth's dayside (especially Alaska, Hawaii, Asian Pacific, Northern Australia, India, & East Russia) over the next hour!
Quite possible. Recent X-flares from Region 3590 are showing radio bursts beyond 12 GHz. This could degrade radio signals way beyond the L-band (e.g. those used by GPS, satellite phones), impacting signals clear up to the X and Ku bands (e.g. those used by Starlink and NASA).
Ready for a 1,2-Punch? Our
#Sun
launches a big Earth-directed
#solarstorm
on the heels of fast
#solar
wind! NASA & NOAA predictions disagree, but give an impact window of 06:00-20:00 UTC Dec 9. If it arrives early, expect
#aurora
& HF radio issues deep in mid-latitudes for 48hrs!