After an impulsive M1.1 solar flare at 02:23 UTC today, a second M-class solar flare erupted from AR 1904 located around the west limb. The latest event peaked at 12:27 UTC as M1.0 solar flare. No Earth directed CMEs were observed.
Image credits: NOAA SWPC/NASA
An impulsive M1.1 solar flare was detected around departing Sunspot 1899 at 02:32 UTC on November 23, 2013. The source was actually a newly numbered Region 1904 (N12W60, Dai/beta-gamma). This region appeared to have enough of a separation in SDO HMI/Magnetogram imagery
A moderate M1.2 solar flare was detected around sunspot 1893 at 11:11 UTC on November 21, 2013. This active region is now located behind the west limb, so any subsequent coronal mass ejections (CMEs) would be too far west to impact Earth. This same region is
In last 24 hours solar activity was at moderate levels due to two M1 flares at 04:53 UTC and 07:49 UTC from Region 1900. No Earth-directed coronal mass ejections were observed.
There are currently 10 numbered sunspot regions on the
Active Region 1897 unleashed moderate M1.4 solar flare on November 13, 2013 at 15:20 UTC. This region has 'Beta-Gamma' magnetic configuration and is capable of producing strong eruptions on the Sun. It is still rotating into geoeffective position
Active Region 1897 emerged yesterday on eastern limb of the Sun and erupted today with long duration M2.4 solar flare at 11:18 UTC. No Earth-directed CME was observed but this region already produced multiple C-class flares today.
The
After increased solar activity in second half of October, solar activity was down to minor and moderate levels for last couple of days. On November 3, 2013 new sunspot group AR 1890 emerged off the southeastern limb and produced a C9.9 flare at 16:28 UTC.
When
Moderate M1.6 solar flare erupted from Sunspot 1884 at 22:21 on November 2, 2013. Active Region 1884 is now located at the center of the visible solar disk and any strong eruptions can generate Earth-directed plasma cloud.
Few hours later, at 05:22 UTC on
Impulsive solar flare measuring M6.3 erupted on November 1, 2013 at 19:53 UTC. The source of this event is centered around AR 1884 located at the center of disk and very geoeffective.
A 10 cm Radio Burst (TenFlare) was associated with the
Moderate M1.9 solar flare erupted from the vicinity of departuring regions 1879 and 1877 at the southwest limb. This latest event erupted at 13:51 UTC on October 31, 2013.
Solar activity was relatively calm in the past 24 hours compared to strong
