S23E81 Data 2023-03-05
Long Jupiter 66 area 50
New region 13247 [S23E81] 50 rotated into view on March 5 as S8337 [S23E81]S23E68 Data 2023-03-06
Long Jupiter 79 area 50
New region 13247 [S23E68] 50 rotated into view on March 5 and was numbered the next day by SWPC.S22E43 Data 2023-03-08
Long Jupiter 107 area 100
Region 13247 [S22E43] 100 developed slowly and was mostly quiet. The easternmost spots may be another group. C1 flare: C1.7 @ 23:26 UTS23E28 Data 2023-03-09
Long Jupiter 122 area 70
Region 13247 [S23E28] 70 was quiet and stable. AR 13250 was split off.S23E15 Data 2023-03-10
Long Jupiter 135 area 70
Region 13247 [S23E15] 70 was quiet and stable.S24E03 Data 2023-03-11
Long Jupiter 148 area 70
Region 13247 [S24E03] 70 was quiet and stable.S24W11 Data 2023-03-12
Long Jupiter 163 area 60
Region 13247 [S24W11] 60 was quiet and stable.S24W19 Data 2023-03-13
Long Jupiter 172 area 30
Region 13247 [S24W19] 30 developed as new flux emerged in the trailing spot section.S24W32 Data 2023-03-14
Long Jupiter -175 area 20
Region 13247 [S24W32] 20 developed slowly in the trailing spot section and was mostly quiet. C1 flares: C1.4 @ 08:09, C1.2 @ 22:26 UTS23W43 Data 2023-03-15
Long Jupiter -162 area 10
Region 13247 [S23W43] 10S23W57 Data 2023-03-16
Long Jupiter -149 area 10
Region 13247 [S23W57] 10 decayed slowly and quietly.S23W70 Data 2023-03-17
Long Jupiter -133 area 10
Region 13247 [S23W70] 10 decayed slowly and was unstable for a few hours after noon. C1 flares: C1.3 @ 18:42 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. |