N17E61 Data 2022-01-30
Long Jupiter 87 area 160
New region 12940 [N17E61] 160 rotated into view on January 30 as S7325 [N18E73]N17E61 Data 2022-01-31
Long Jupiter 88 area 160
New region 12940 [N17E61] 160 rotated into view on January 30 and was observed by SWPC the next day. The region is by far the most active on the visible disk and could produce M class flares. The region is developing and gained spots and area. C1 flares: C1.6 @ 00:23, C1.4 @ 02:16 (wrongly attributed to AR 12936 by SWPC), C1.0 @ 04:42, C1.1 @ 10:55, C1.9 @ 20:09, C1.0 @ 21:59, C1.8 @ 22:07, C1.2 @ 23:34 UTN17E48 Data 2022-02-01
Long Jupiter 102 area 410
Region 12940 [N17E48] 410 gained spots and was unstable. An M class flare is possible. C1 flares: C1.2 @ 02:57 (wrongly attributed to AR 12936 by SWPC), C1.3 @ 05:37, C1.8 @ 07:14, C1.6 @ 08:50, C1.8 @ 11:26, C1.0 @ 17:33, C1.4 @ 21:08 UT.N17E34 Data 2022-02-02
Long Jupiter 117 area 180
Region 12940 [N17E34] 180N17E20 Data 2022-02-03
Long Jupiter 132 area 180
Region 12940 [N17E20] 180 decayed and had no polarity intermixing by the end of the day. C1 flares: C1.5 @ 13:58 UT.N16E08 Data 2022-02-04
Long Jupiter 145 area 150
Region 12940 [N16E08] 150 gained spots and area, however, remained magnetically fairly simple structured. C1 flares: C1.6 @ 11:24 UTN17W04 Data 2022-02-05
Long Jupiter 158 area 200
Region 12940 [N17W04] 200 was mostly quiet and stable. C1 flare: C1.1 @ 02:58 UT.N17W18 Data 2022-02-06
Long Jupiter 172 area 200
Region 12940 [N17W18] 200 decayed slowly and quietly.N17W32 Data 2022-02-07
Long Jupiter -173 area 140
Region 12940 [N17W32] 140 decayed significantly after noon and was quiet.N17W45 Data 2022-02-08
Long Jupiter -159 area 140
Region 12940 [N17W45] 140 decayed slowly and quietly.N17W58 Data 2022-02-09
Long Jupiter -145 area 140
Region 12940 [N17W58] 140 decayed slowly and quietly.N17W69 Data 2022-02-10
Long Jupiter -133 area 130
Region 12940 [N17W69] 130 decayed fairly quickly. C1 flares: C1.2 @ 06:30 UTN17W82 Data 2022-02-11
Long Jupiter -119 area 30
Region 12940 [N17W82] 30 decayed further and could soon become spotless. C1 flares: C1.2 @ 12:50 UT
Stefano Zottele - S-Spots Data from Jan Alvested Solen info Position data from Agostino Frosini - Agopax.it Images: Jan Alvested from Solen.info AND Courtesy of NASA/SDO and the AIA, EVE, and HMI science teams. |