GB2RS Propagation News
Propagation News 11 May 2014
Every day a new sunspot region appeared, some small, some much larger and complex. Solar activity was low until a M1 class solar flare took on the 6th and the 7th, which increased activity to moderate. Meanwhile, at the opposite side of the Sun a large sunspot region was rotating into view and on the […]
Propagation News – 4 May 2014
Twenty seven minutes after the start of the period an X1 class solar flare took place, however, since then only a sprinkling of C class solar flares took place and then not on every day. Solar activity was high on the 25th due to the X1 flare but then declined to very low on the […]
Propagation News – 27 April 2014
Several large and magnetically complex sunspot regions were visible during the period but only one M class solar flare took place and that was a M7 on the 18th, however, numerous C class solar flares took place every day. Only one new sunspot region appeared during the week. Solar flux levels declined from 172 units […]
Propagation News – 20 April 2014
The number of sunspot regions increased during the period. 11 were visible on the 16th. Several developed in size and magnetic complexity, though solar activity remained at low levels when only large C class solar flares took place. However, late on the 16th, a M1 class solar flare occurred. Solar flux levels increased from 136 […]
Propagation News – Updated 14 April 2014
Now the solar factual data for the period from Friday the 4th of April to Thursday the 10th of April, compiled by Neil Clarke on Friday the 11h of April. Only four new sunspot regions were numbered during the period and all were small. Solar activity was at low levels with only a small number […]
Propagation News – 6 April 2014
New sunspot regions appeared every day, some of which produced solar flares of varying strengths. Solar activity was low on most days but increased to high on the 29th when a X1 class flare took place and again on the 2nd when an M6 class solar flare occurred. In total 58 C class solar flares […]
