S14E83 Data 2023-01-12
Long Jupiter 15 area 180
New region 13190 [S14E83] 180 rotated into view on January 12 as S8173 [S14E83]S14E72 Data 2023-01-13
Long Jupiter 28 area 180
New region 13190 [S14E72] 180 rotated into view on January 12 with SWPC assigning a region number the next day. The region played some part in an unusual long duration M1.3 event peaking at 02:06 on January 14, the event had its origin in AR 13191. A major flare is possible.S14E59 Data 2023-01-14
Long Jupiter 41 area 510
Region 13190 [S14E59] 510 has a huge leader spot and could produce a major flare.S14E47 Data 2023-01-15
Long Jupiter 54 area 520
Region 13190 [S14E47] 520 has a huge leader spot and major flare potential.S14E33 Data 2023-01-16
Long Jupiter 69 area 880
Region 13190 [S14E33] 880 has a huge leader spot and major flare potential. Minor magnetic delta configurations was observed at the southern edge of the leading penumbra and in small trailing penumbrae.S14E07 Data 2023-01-17
Long Jupiter 96 area 900
Region 13190 [S14E07] 900 produced the largest flare of the day and has major flare potential. No major changes were observed.S14E07 Data 2023-01-18
Long Jupiter 96 area 950
Region 13190 [S14E07] 950 produced the largest flare of the day and has major flare potential. No major changes were observed.S14W07 Data 2023-01-19
Long Jupiter 112 area 860
Region 13190 [S14W07] 860 was mostly unchanged and produced several C flares. The region still has major flare potential.S14W20 Data 2023-01-20
Long Jupiter 126 area 710
Region 13190 [S14W20] 710 lost spots and area in the trailing spot section. The region was the source of several C flares and still has major flare potential.S14W33 Data 2023-01-21
Long Jupiter 140 area 680
Region 13190 [S14W33] 680 developed a magnetic delta in the northern part of the huge penumbra. A major flare is possible.S14W47 Data 2023-01-22
Long Jupiter 155 area 720
Region 13190 [S14W47] 720 has a moderately large magnetic delta in the northern part of the huge penumbra. A major flare is possible.S13W61 Data 2023-01-23
Long Jupiter 169 area 720
Region 13190 [S13W61] 720 developed further in the new leading spot section which has emerged to the northwest of the largest penumbra. A major flare is possible.S13W61 Data 2023-01-24
Long Jupiter 170 area 880
Region 13190 [S13W61] 880 decayed in the leading spot section. A major flare is possible.S14W83 Data 2023-01-25
Long Jupiter -167 area 680
Region 13190 [S14W83] 680 rotated partly out of view and was the source of the largest flare of the day, an M4.6 event at 10:11.
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. |