Web Analytics
7 Mclass solar flares from geoeffective region Earthdirected CME

7 Mclass solar flares from geoeffective region Earthdirected CME

<

7 M-class solar flares from geoeffective region, Earth-directed CME produced, S1 radiation storm

Long duration M3.7 flare erupts from Sun's central region, CME to impact Earth on November 7

Geoeffective Region 2673 unleashed M1.2 solar flare, Earth-directed CMEs possible

Long duration M6.5 solar flare erupts from Region 2371, 4th Earth-directed CME produced

... Earth-directed CMEs are likely. Sunspots on September 4, 2017

Two M1 solar flares, flurry of C-class erupt from geoeffective Region 2567

A long-duration C1.5 solar flare erupted from geoeffective Active Region 2699 on February 12, 2018. The event started at 00:15, peaked at 01:35 and ended at ...

CME produced by the M3.6 solar flare from Region 2423 on September 28, 2015. Credit: NASA SDO/AIA 304

Solar activity increasing - Two more M-class solar flares after powerful X- class event

Should a coronal mass ejection (CME) be associated, it will likely be directed away from Earth. Still a great looking event courtesy of the Solar Dynamics ...

Moderately strong M6.4 solar flare erupted from geoeffective region, glancing blow possible

... 2017 M1.2 solar flare September 4, 2017 - AIA image

X1.6 solar flare from sunspot region 2192

X2.7 Solar Flare and Coronal Mass Ejection (5/5/2015) - SolarHam.com

Sun Erupts With Two Massive X-Class Solar Flares (VIDEOS)

Direct CME hit expected, G3 Strong geomagnetic storm watch issued. Solar FlaresStormsThunderstorms. 7 M-class solar flares from geoeffective region ...

NASA observes 'significant solar flare' on the sun that thankfully missed Earth | Watts Up With That?

Sunspot 1429 is now in a great geoeffective position for Earth directed Coronal Mass Ejections. This region just produced a strong M6.3 Solar Flare at 03:53 ...

Solar X-Ray Event: M1.2 Class Flare | September 04, 2017

... and away from Earth. All other visible sunspots were stable during the past day. Region 2222 will remain a threat for M-Class solar flares.

For the fourth time, the active region has produced a major X-Class solar flare. The latest event measured X1.2 and peaked at ...

Seven M-Class Solar Flares, Long-Duration X2.2 Flare and Major X9.3 Flare: Direct CME hit expected & G3 Geomagnetic Storm Watch

... geoeffective during the next few days (Jan 30-31). Enhanced geomagnetic activity will be possible at high latitudes. Sky watchers, especially around the ...

A coronal mass ejection (CME) was observed off the northwest limb and is directed away from our planet. Stay tuned for the latest information.

Event probabilities 08 Jan-10 Jan. Class M ...

September 6, 2017 CME produced by X9.3 solar flare (LASCO C2)

... region 2192 was responsible for at least 26 M-Class flares and 6 X-Class solar flares while in Earth view, none of which produced a noteworthy CME.

NASA detects solar flare pulses at Sun and Earth

limb_strip.jpg

... C-Class solar flares. All other visible regions remained stable. No Earth directed coronal mass ejections were observed during the past day.

With each passing hour, region 2673 rotates closer towards the west limb and the chances for an Earth directed eruption will decrease because of this.

M3.0 Solar Flare and CME Sunspot 1976 surprised everybody this morning and produced a moderate M3.0 solar flare at 07:56 UTC. The event was associated with ...

Because of the spot location, the plasma cloud will likely be directed mostly to the southwest. More updates regarding a possible Earth directed component ...

Here on the left we can see a CME associated with the C5.3 Sf from Sunspot Region 1444 as seen from SDO AIA 304 on March 27th at 2:57UTC.

Just like with the previous M4.4 event, an Earth directed coronal mass ejection (CME) is unlikely. Additional flaring will be possible.

Sunspot 1865 located in the southeast quadrant produced a moderate M1.7 solar flare at 00:43 UTC early Sunday morning. Both sunspots 1861 and 1865 are now ...

Region 2335 would again flare at 17:24 UTC with a fairly rapid M2.6 event (pictured). Additional soalr flares will remain possible around both regions 2335 ...

Direct CME hit expected, G3 Strong geomagnetic storm watch issued | Geomagnetic storm, Solar flares and Solar

Scientist Say Giant Magnetic Space Shield Could Protect Earth from Devastating Solar Flares

M6.3+solar+flare+sdo+1429+march+9+2012.gif

The large active region remains magnetically complex and could produce another moderate to strong solar flare. Stay tuned for the latest updates.

M4.5 Solar Flare and CME Region 2158 produced a long duration M4.5 solar flare this evening peaking at 00:29 UTC. The event was associated with Type II and ...

The odds of a flare on the Earth side of the sun are ticking upward and

News and information about meteor showers, solar flares, auroras, and near- Earth asteroids

Because the returning region is not yet directly facing Earth, the plasma cloud was directed away from Earth. Image below courtesy of SDO/AIA.

We now see there IS a CME associated with this X flare event. Earth is well connected with the region of 1515. This CME was not directly Earth directed as ...

Geoeffective Sunspot 2158 produced a strong solar flare this afternoon (Sept. 10) measuring X1.6 at 17:45 UTC. Because the region is in a great position, ...

Type II (est. speed 1148 km/s) and Type IV radio sweeps were also emitted with this flare.

Breaking News: Unexpected Sunspot Shoots Earth Directed Solar Flares, Radio blackouts

June[edit]

NASA's Solar Dynamics Observatory spacecraft captured this view of an X1.7-class solar

On Saturday, February 9th, 2013 around 0640 UT, a magnetic filament in the

Solar flare with the energy of a billion hydrogen bombs lights up British skies

JHV_screenshotm2.1_created_2012-06-07_07.53.47.jpg

New sunspot 1884 rotated into view on Saturday and is currently producing moderate M-Class solar flares. A fairly impulsive M3.5 event was detected at 12:48 ...

NASA Solar Dynamics Observatory recorded the flare's extreme UV flash

Meanwhile, solar activity is low. NOAA forecasters estimate a mere 1% chance of M- or X-class solar flares.

Solar storm of 2012[edit]

The Earth directed bright CME (Coronal Mass Ejection) that was associated with today's M8.4 flare as seen today on STEREO A

SDO's view of X1.4 class solar flare in the 304 wavelength.

H-Alpha solar images featuring Substantial Flaring Activity from AR2673 Few Hours after the Powerful X9.3 Solar flare Event (taken last September 6, ...

... the flare, a CME emerged from the blast site. NOAA forecasters estimate a 60% chance of geomagnetic storms on April 13th when the cloud reaches Earth.

Direct CME hit expected, G3 Strong geomagnetic storm watch issued | Geomagnetic storm, Solar flares and Solar

Event probabilities 08 Jan-10 Jan. Class M ...

3rd X-class solar flare: Major X1.3 flare erupts from Region 2673, CME produced

Monster sunspot 1890 has today rotated into a direct line with Earth, raising the possibility of any geoeffective events over the next 48-72 hours.

In this STEREO Ahead C 2 image we clearly see the CME as it is ejected away from the solar disk. Notice that a large portion of the material is ejected ...

This eastern unrest is not Earth directed. Forecasters say the greater threat for geoeffective activity comes from sunspot 1247 (finder); it has a " ...

Direct CME hit expected, G3 Strong geomagnetic storm watch issued | Geomagnetic storm, Solar flares and Solar

Looking back at the first X-class flare. The CME was clearly visible in STEREO imagery and as of the first LASCO images available we can already tell the ...

Monster Sunspot Returns: Strong Solar Flares Could Be In The Offing

In the mean time we made a video if the X1.75 solar flare from this morning:

Today in Romania, solar photographer Maximilian Teodorescu captured this snapshot of plasma currents surging inside the sunspot's magnetic ...

... magnetic field that harbors energy for M-class solar flares. Because the sunspot is facing Earth, any eruptions today would be geoeffective.

Big sunspot 1429 poses a threat for X-class solar flares with today: -a 60% chance for M flares -a 15% chance for X flares

Because the sunspot is facing Earth, any flares emanating from it are going to be geoeffective. So far, the extreme ultraviolet “crackles” have produced ...

Direct CME hit expected, G3 Strong geomagnetic storm watch issued | Geomagnetic storm, Solar flares and Solar

There was a large bright CME seen in association with this LDE Flare

Possible Glancing Blow from M6.6 Associated CME

Analysis ...

Earth is to the Left in this image

Magnetic fields above AR1504 erupted on June 13th at 1319 UT, producing a long-duration M1-class solar flare. NASA's Solar Dynamics Observatory recorded the ...

Meanwhile, solar activity is low. NOAA forecasters estimate a mere 1% chance of M- or X-class solar flares.

UPDATE: There was a CME (Coronal Mass Ejection) produced in association with todays event as we can see on STEREO B (here to the left).

CME_01-06_S1-SolarRadiationStorm,ProtonStorm,R1-RadioBlackoutInProgress-M+C-

Far-side sunspot unleashed at least two M-class solar flares last week is now turning toward Earth. NASA's Solar Dynamics Observatory caught the active ...

PARTING SHOT: The odds of a geoeffective solar flare are dropping as sunspot AR2051 rotates off the visible solar disk. NASA's Solar Dynamics Observatory ...

465382main_SpWeather-orig_full.jpg

STRONG FLARE: An active region just over the suns eastern limb exploded today, May @ 1730 UT, producing a strong solar flare.

Event probabilities 08 Jan-10 Jan. Class M ...