N15E86 Data 2022-01-23
Long Jupiter 57 area 30
New region 12936 [N15E86] 30 rotated into view on January 23 as S7314 [N15E86]N16E76 Data 2022-01-24
Long Jupiter 68 area 30
New region 12936 [N16E76] 30 rotated into view on January 23 as S7314 [N16E76]N17E62 Data 2022-01-25
Long Jupiter 83 area 30
New region 12936 [N17E62] 30 rotated into view on January 23 and was numbered by SWPC 2 days later. C flares are possible. C1 flares: C1.0 @ 09:26 UTN17E48 Data 2022-01-26
Long Jupiter 97 area 100
Region 12936 [N17E48] 100 developed slowly and was mostly quiet.N17E33 Data 2022-01-27
Long Jupiter 112 area 110
Region 12936 [N17E33] 110 developed further and has become a compact region capable of producing M class flares. C1 flares: C1.2 @ 07:28 UT. The region has produced several low level C flares early on January 28.N17E19 Data 2022-01-28
Long Jupiter 127 area 400
Region 12936 [N17E19] 400 developed quickly and is a large, compact region capable of producing major flares. C1 flares: C1.4 @ 02:34, C1.1 @ 02:46, C1.0 @ 04:16, C1.0 @ 08:15, C1.1 @ 17:21 UT.N17E05 Data 2022-01-29
Long Jupiter 142 area 640
Region 12936 [N17E05] 640 continued to develop quickly gaining area and many spots. Major flares, even X flares are possible. The region has a few weak magnetic delta structures, primarily near the center of the region, and one at the southern edge of the nearly symmetrical leading penumbra. C1 flares: C1.4 @ 01:19, C1.1 @ 05:36, C1.0 @ 07:11, C1.3 @ 10:33, C1.1 @ 15:24, C1.3 @ 15:35, C1.6 @ 21:37 UT.N17W08 Data 2022-01-30
Long Jupiter 156 area 720
Region 12936 [N17W08] 720 has a minor magnetic delta in the southwestern part of the largest trailing penumbra. Otherwise some decay was observed in the central parts. The region still has the potential to produce major flares. C1 flares: C1.6 @ 06:57, C1.7 @ 15:44, C1.6 @ 23:30 UT.N17W21 Data 2022-01-31
Long Jupiter 170 area 750
Region 12936 [N17W21] 750 decayed slowly in the central section, however, both the leading and trailing penumbra are large. Although the region was mostly quiet, there is some polarity intermixing and the potential to produce major flares remains.N17W35 Data 2022-02-01
Long Jupiter -175 area 670
Region 12936 [N17W35] 670 lost a few spots and was mostly quiet. C1 flares: C1.2 @ 19:16 UTN17W48 Data 2022-02-02
Long Jupiter -161 area 650
Region 12936 [N17W48] 650N17W62 Data 2022-02-03
Long Jupiter -146 area 650
Region 12936 [N17W62] 650 gained area in the central spot section while decay was observed in the trialingN17W62 Data 2022-02-04
Long Jupiter -145 area 500
Region 12936 [N17W62] 500 decayed significantly in the trailing spot section. An M class flare is still possible. C1 flares: C1.4 @ 03:37, C1.1 @ 20:26 (wrongly attributed to AR 12939 by SWPC), C1.8 @ 22:12 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. |