S16E88 Data 2022-09-18
Long Jupiter -96 area 50
New region 13105 [S16E88] 50 rotated into view as a compact region with many spots as S7876 [S16E88]S16E74 Data 2022-09-19
Long Jupiter -81 area 50
New region 13105 [S16E74] 50 rotated into view as a compact region with many spots. M class flares are possible. C1 flares: C1.5 @ 17:01, C1.5 @ 19:36 UTS16E48 Data 2022-09-20
Long Jupiter -54 area 30
Region 13105 [S16E48] 30S16E48 Data 2022-09-21
Long Jupiter -53 area 200
Region 13105 [S16E48] 200 gained area and may be capable of producing a major flare. C1 flares: C1.6 @ 02:36, C1.7 @ 18:24, C1.6 @ 18:58 UTS16E35 Data 2022-09-22
Long Jupiter -39 area 490
Region 13105 [S16E35] 490 has M class flare potential, however, only minor polarity intermixing is currently observed. C1 flares: C1.6 @ 09:51, C1.8 @ 10:24, C1.8 @ 13:11, C1.7 @ 20:28 UTS16E22 Data 2022-09-23
Long Jupiter -25 area 370
Region 13105 [S16E22] 370 decayed in the leading spot section as the largest penumbra split into smaller penumbrae and lost area. The region was mostly quiet.S17E09 Data 2022-09-24
Long Jupiter -11 area 300
Region 13105 [S17E09] 300 decayed slowly and quietly losing some penumbral area.S17W02 Data 2022-09-25
Long Jupiter 0 area 220
Region 13105 [S17W02] 220 decayed slowly and quietly.S17W15 Data 2022-09-26
Long Jupiter 13 area 150
Region 13105 [S17W15] 150 decayed slowly and quietly. New flux and a few spots emerged to the south of the largest trailing penumbra and in the central parts of the region.S17W30 Data 2022-09-27
Long Jupiter 30 area 120
Region 13105 [S17W30] 120 produced a few flares and has polarity intermixing. C1 flares: C1.1 @ 14:48, C1.3 @ 14:59 UTS17W43 Data 2022-09-28
Long Jupiter 44 area 90
Region 13105 [S17W43] 90 gained a magnetic delta in the leading spot section. C flares are likely and there is a chance of a minor M class flare. C1 flares: C1.1 @ 11:15 UTS18W55 Data 2022-09-29
Long Jupiter 57 area 30
Region 13105 [S18W55] 30 decayed slowly and quietly.S18W68 Data 2022-09-30
Long Jupiter 71 area 10
Region 13105 [S18W68] 10 decayed slowly and quietly.
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. |