New sunspot emerging from the southeastern limb, numbered as AR 1882, announced itself with moderate M 2.9 flare at 03:02 UTC on October 25, 2013. The event started at 02:55 UTC, peaked at 03:02 UTC and ended at 03:17 UTC.
A Type II and IV radio emissions were
Only 3 hours after impulsive M 2.7 solar flare, Active Region 1875 erupted multiple solar flares registered as M 1.4 at 23:33 UTC on October 23, 2013 followed by M 3.1 at 00:08 UTC on October 24, 2013. This active region will probably continue with its high
Impulsive and moderate solar flare registered as M 2.7 erupted from Active Region 1875. The event started at 20:41 UTC, peaked at 20:53 UTC and ended at 20:59 UTC on October 23, 2013.
GOES X-Ray 1 minute flux plot with SDO's EVE (Credit:
After two M1.0 solar flares today, AR 1875 treated us with another one. At 21:20 UTC an impulsive solar flare measuring M4.2 erupted. A Type II Radio Emission was registered indicating a Coronal Mass Ejection was associated with the event. AR 1875 is in
Active Region 1875 erupted with second M-class solar flare today. The latest event started 14:49, peaked at 15:20 as M1.0 solar flare and ended at 15:28 UTC.
The same region, Beta-Gamma-Delta classified AR 1875, delivered short duration M1.0 solar
Beta-Gamma-Delta classified Active Region 1875 delivered short duration M1.0 solar flare on October 22, 2013 at 00:22 UTC. The event started at 00:14 and ended at 00:28 UTC.
This region is now almost at the center of the disk, the perfect
A long duration solar flare measuring M1.2 erupted at 15:41 UTC on October 17, 2013. The responsible region is "beta-gamma" classified AR 1861 located near the west limb. If CME was generated it would be directed mostly away from
Sunspot 1865 produced an impulsive M1.3 solar flare at 23:36 UTC on October 15, 2013. Due to the location of this region, solar plasma could be Earth-directed. This same sunspot already produced M 1.1 flare earlier in the day. Sunspot 1865 has a
In last 24 hours solar activity has been at moderate levels with many C-class flares detected from sunspots 1865, 1861 and from new approaching region behind the east limb. Active Region 1865 produced an M1.1 flare at 09:00 UTC. There are clear dimming
A moderate solar flare measuring M1.7 erupted on Sunday, October 13, 2013. The event peaked at 00:43 UTC and a Type II Radio Emission was associated. Type II emissions occur in association with eruptions on the Sun and typically indicate a Coronal Mass Ejection is
