Earth has entered a high-speed solar wind stream, and this is causing geomagnetic activity at high latitudes. A minor Geomagnetic Storm (KP=5) is now in progress.The Solar Wind is currently around 600 km/s at this is helping stir up geomagnetic activity at high
Solar activity ranged from very low to moderate levels. Region 1476 (N09, L=180, class/area Fkc/1050 on 09 May) continued to be the major contributor of x-ray flare activity throughout the week. It produced 13 C-class flares and an M-flare.Region 1476 began the
An interplanetary shock wave possibly associated with the M5-class solar flare of May 17th swept past Earth on May 20th around 02:00 UTC according to SpaceWeather. The shock’s arrival caused geomagnetic activity around the poles, and several outbreaks of
A strong solar flare reaching M5.1 took place at 01:47 UTC Thursday morning. The flare was centered around Sunspot 1476 near the northwest limb. A bright CME was generated but because of the spots location, the plasma cloud will be headed mostly to the west.The
The northern lights interfere with radio communications, GPS navigation and satellite communications. Researchers are now going to launch 20 satellites containing world class instruments from the University of Oslo to find out why.Satellites are becoming increasingly
Solar activity ranged from low to moderate levels. Region 1476 (N10, L=180, class/area=Fkc/1050 on 09 May) was responsible for almost all x-ray flare activity during the week. It produced a total of 55 C-class flares, 6 M-class flares, and 69 optical
Analysis of Solar Active Regions and Activity from May 11/21:00 UTC to May 12/21:00 UTC: Solar activity has been at low levels for the past 24 hours. Region 1476 (N11W18) continues to be the source region for a majority of the flares, producing nine C-class flares,
Earth is entering the line of fire as the huge sunspot 1476 rotates across the face of the sun into geoeffective position. Sunspot 1476 is crackling with M-class solar flares and its ‘beta-gamma-delta’ magnetic field harbors energy for X-class flares. NOAA/SWPC
A strong solar flare reaching M5.7 was detected around Sunspot 1476 and peaked at 04:18 UTC on Thursday, May 10, 2012. This event generated a 10cm Radio Burst.TenFlare – a 10cm radio burst indicates that the electromagnetic burst associated with a solar flare at the
Region 1476, now poised just to the east of center on the solar disk, produced an impulsive R1(Minor) Radio Blackout at 12:32 UTC (8:32 EDT) – M4.7 solar flare peaking at 12:32 UT then an M1.8 peaking at 14:08 UTC on May 09, 2012. The region is quite prominent,
