N17E19 Data 2022-09-06
Long Jupiter -38 area 10
New region 13098 [N17E19] 10 emerged September 6 as S7844 [N16E47]N17E19 Data 2022-09-07
Long Jupiter -37 area 10
New region 13098 [N17E19] 10 September 7 as S7844 [N17E32]N17E19 Data 2022-09-08
Long Jupiter -36 area 10
New region 13098 [N17E19] 10 emerged September 6 and was numbered 2 days later by SWPC as many new spots formed. C1 flares: C1.3 @ 09:47, C1.1 @ 13:19, C1.0 @ 15:53, C1.1 @ 20:02 UTN18E04 Data 2022-09-09
Long Jupiter -20 area 40
Region 13098 [N18E04] 40 lost some area and a few spots. C1 flares: C1.1 @ 21:05 UTN19W10 Data 2022-09-10
Long Jupiter -5 area 60
Region 13098 [N19W10] 60 developed gaining spots and area despite splitting off AR S7858. C1 flares: C1.2 @ 07:03, C1.1 @ 07:21 UTN20W23 Data 2022-09-11
Long Jupiter 9 area 160
Region 13098 [N20W23] 160 developed fairly quickly and has a magnetic delta in the leading spot section. M class flaring is possible.N19W38 Data 2022-09-12
Long Jupiter 25 area 160
Region 13098 [N19W38] 160 developed further and could produce M class flares.N19W51 Data 2022-09-13
Long Jupiter 39 area 460
Region 13098 [N19W51] 460 developed slowly and still has a magnetic delta in a leading polarity penumbra. M class flares are possible.N19W64 Data 2022-09-14
Long Jupiter 52 area 560
Region 13098 [N19W64] 560 decayed losing both area and spots with the most rapid decay observed in the trailing spots section. The magnetic delta disappeared and only weak polarity intermixing was observed by the end of the day. C1 flares: C1.8 @ 14:23 UTN19W78 Data 2022-09-15
Long Jupiter 67 area 560
Region 13098 [N19W78] 560 decayed slowly and was much less active than during the previous days. C1 flares: C1.5 @ 02:35, C1.5 @ 11:36, C1.6 @ 17:00, C1.7 @ 21:44, C1.7 @ 23:34 UTN20W82 Data 2022-09-16
Long Jupiter 72 area 540
Region 13098 [N20W82] 540 rotated mostly out of view and produced 2 major flares. C1 flares: C1.7 @ 02:11, C1.9 @ 05:53, C1.5 @ 15:25 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. |