N28E82 Data 2022-09-26
Long Jupiter -83 area 100
New region 13111 [N28E82] 100 rotated into view September 26 as S7892 [N28E82]N28E69 Data 2022-09-27
Long Jupiter -69 area 100
New region 13111 [N28E69] 100 rotated into view September 26 and was numbered by SWPC the next day.N28E57 Data 2022-09-28
Long Jupiter -56 area 130
Region 13111 [N28E57] 130 was quiet and stable.N28E44 Data 2022-09-29
Long Jupiter -42 area 120
Region 13111 [N28E44] 120 was quiet and stable.N27E31 Data 2022-09-30
Long Jupiter -28 area 100
Region 13111 [N27E31] 100 gained a few spots and produced a few flares during the latter half of the day.N27E19 Data 2022-10-01
Long Jupiter -15 area 90
Region 13111 [N27E19] 90 gained a few spots and was mostly quiet.N27E06 Data 2022-10-02
Long Jupiter -1 area 70
Region 13111 [N27E06] 70 decayed slowly and quietly.N27W07 Data 2022-10-03
Long Jupiter 13 area 70
Region 13111 [N27W07] 70 was quiet and stable.N27W20 Data 2022-10-04
Long Jupiter 27 area 60
Region 13111 [N27W20] 60 was quiet and stable.N27W33 Data 2022-10-05
Long Jupiter 41 area 60
Region 13111 [N27W33] 60 was quiet and stable.N27W46 Data 2022-10-06
Long Jupiter 55 area 50
Region 13111 [N27W46] 50 was quiet and stable.N28W59 Data 2022-10-07
Long Jupiter 69 area 40
Region 13111 [N28W59] 40 developed slowly late in the day when new flux emerged close to the leader spot.N28W73 Data 2022-10-08
Long Jupiter 83 area 20
Region 13111 [N28W73] 20 developed slowly and quietly losing mature penumbra.N28W84 Data 2022-10-09
Long Jupiter 94 area 10
Region 13111 [N28W84] 10 decayed slowly and quietly.
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. |