N13E88 Data 2022-11-03
Long Jupiter -54 area 150
New region 13141 [N13E88] 150 rotated partly into view on November 3 as S7980 [N14E88]N13E79 Data 2022-11-04
Long Jupiter -44 area 150
New region 13141 [N13E79] 150 rotated partly into view on November 3 and received its NOAA number the next day. The region has mature spots and may have M class flare potential. C1 flares: C1.0 @ 06:41, C1.5 @ 18:52, C1.6 @ 22:27 UTN13E66 Data 2022-11-05
Long Jupiter -30 area 190
Region 13141 [N13E66] 190 was quiet and stable. M class flares are possible.N14E53 Data 2022-11-06
Long Jupiter -16 area 460
Region 13141 [N14E53] 460 displayed only minor changes with no change in total penumbral area compared to the previous day. Only a few small spots were added. Another M class flare is possible. C1 flares: C1.2 @ 01:13, C1.7 @ 12:10, C1.3 @ 15:24, C1.6 @ 21:25, C1.7 @ 21:50 UTN14E39 Data 2022-11-07
Long Jupiter -1 area 600
Region 13141 [N14E39] 600 became more complex as new small spots formed. A magnetic delta might be forming in the southern central part of the region. A major flare is possible. C1 flares: C1.1 @ 04:02, C1.4 @ 06:55 UTN14E26 Data 2022-11-08
Long Jupiter 12 area 540
Region 13141 [N14E26] 540 decayed and simplified magnetically. A major flare is possible. C1 flares: C1.2 @ 17:02 UTN14E26 Data 2022-11-08
Long Jupiter 13 area 530
Region 13141 [N14E26] 530 became more complex again as new spots emerged near the large trailing penumbra. A major flare is possible. C1 flares: C1.2 @ 18:05 UTN14E26 Data 2022-11-10
Long Jupiter 14 area 600
Region 13141 [N14E26] 600 developed becoming more complex magnetically. A small magnetic delta formed at the western edge of the largest penumbra and several flares both on November 10 and early on November 11 seem to have their origin there. A major flare is possible. C1 flares: C1.2 @ 06:10, C1.3 @ 12:14, C1.0 @ 17:17, C1.4 @ 21:41 UTN14E26 Data 2022-11-11
Long Jupiter 15 area 610
Region 13141 [N14E26] 610 lost area and displayed decay both in the leading and trailing spot sections while a small magnetic delta developed in the northern part of the leading spot section. A major flare is possible. C1 flares: C1.3 @ 03:41, C1.9 @ 05:56, C1.3 @ 06:09, C1.7 @ 09:47, C1.0 @ 13:43, C1.5 @ 17:52, C1.4 @ 18:09, C1.1 @ 22:32 UTN13W42 Data 2022-11-13
Long Jupiter 85 area 270
Region 13141 [N13W42] 270 decayed further losing area and spots. While flare frequency and magnitude decreased, M class flaring is still possible. C1 flares: C1.0 @ 01:06, C1.2 @ 04:34, C1.2 @ 06:53, C1.5 @ 22:50 UTN13W56 Data 2022-11-14
Long Jupiter 100 area 300
Region 13141 [N13W56] 300 decayed further losing area and spots. The region was mostly inactive.N14W70 Data 2022-11-15
Long Jupiter 115 area 220
Region 13141 [N14W70] 220 decayed slowly and quietly.N14W82 Data 2022-11-16
Long Jupiter 128 area 130
Region 13141 [N14W82] 130 rotated partly out of view and was quiet.
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. |