N17E84 Data 2022-09-22
Long Jupiter -88 area 160
New region 13110 [N17E84] 160 rotated into view September 22 as S7884 [N17E84]N17E71 Data 2022-09-23
Long Jupiter -74 area 160
New region 13110 [N17E71] 160 rotated into view September 22 and developed quickly September 23. The region is compact and has a magnetic delta structure. Further M class flares are possible. C1 flares: C1.9 @ 02:38, C1.8 @ 12:41 UTN17E58 Data 2022-09-24
Long Jupiter -60 area 240
Region 13110 [N17E58] 240 developed slowly and has 2 small magnetic delta structures. M flares are possible. C1 flares: C1.9 @ 05:42, C1.8 @ 05:53, C1.6 @ 09:48, C1.9 @ 11:43 UTN17E45 Data 2022-09-25
Long Jupiter -47 area 320
Region 13110 [N17E45] 320 consolidated and has a mature leader spot. There is a small magnetic delta in the trailing spot section and an M flare is possible. C1 flares: C1.4 @ 19:02, C1.9 @ 19:34, C1.1 @ 20:49 UTN16E30 Data 2022-09-26
Long Jupiter -31 area 300
Region 13110 [N16E30] 300 decayed in the trailing and intermediate spot sections. C1 flares: C1.2 @ 14:46 UTN16E17 Data 2022-09-27
Long Jupiter -17 area 220
Region 13110 [N16E17] 220 was quiet and stable.N16E03 Data 2022-09-28
Long Jupiter -2 area 240
Region 13110 [N16E03] 240 gained spots just ahead of the largest penumbra as new flux emerged. C flares are possible.N16W10 Data 2022-09-29
Long Jupiter 12 area 180
Region 13110 [N16W10] 180 decayed slowly and quietly.N16W23 Data 2022-09-30
Long Jupiter 26 area 170
Region 13110 [N16W23] 170 was quiet and stable.N17W37 Data 2022-10-01
Long Jupiter 41 area 160
Region 13110 [N17W37] 160 developed polarity intermixing when new flux emerged to the northeast of the largest spot with negative polarity flux inside a large area of positive polarity. This cused the region to become unstable and a major flare occurred at 20:10 UT. The region was the source of an M8.7 flare at 02:21 UT on October 2.N18W51 Data 2022-10-02
Long Jupiter 56 area 180
Region 13110 [N18W51] 180 developed further with a major part of the negative polarity area in the north surrounded by positive polarity. The inversion line is fairly long and two major flares occurred along that line. Further major flares are likely.N18W65 Data 2022-10-03
Long Jupiter 71 area 180
Region 13110 [N18W65] 180 decayed quickly during the latter half of the day. A small magnetic delta remains at the center of the region and further M class flares are possible. The negative polarity spots are slowly rotating westward compared to the positive polarity spots.N18W79 Data 2022-10-04
Long Jupiter 86 area 180
Region 13110 [N18W79] 180 decayed further and became gradually less active. There is a chance of an M class flare while the region is near the northwest limb. C1 flares: C1.5 @ 06:47, C1.6 @ 19:46 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. |