Vorhersage Details

Ausgestellt: 2023 Dec 07 0030 UTC
Erstellt von NOAA, Space Weather Prediction Center und verarbeitet SpaceWeatherLive.com

Sonnenaktivität

24h Zusammenfassung
Solar activity remained at moderate levels as Region 3513 (N19E53, Dao/beta) produced an M2.1/2n flare at 06/0541 UTC and an M2.3 flare at 06/2144 UTC. This region was also responsible for a C9.6/Sn flare at 06/0817 UTC, along with several additional C-class flares. Region 3507 (N08W25, Cso/Beta) further increased the number of spots around its periphery, but remained inactive. Region 3510 (S15W20, Dai/beta) exhibited growth in its intermediate spots, while Region 3511 (S22W19, Dao/beta-gamma) remained the most magnetically complex region on the disk. Both regions were mostly inactive. Region 3514 (N09E65, Dao/Beta) was numbered this period, but did not appear to show much activity. An approximately 11 degree-long DSF centered near N1E06 was noted by USAF observatories. This event can be seen in GOES-SUVI 304 Angstroms beginning around 06/0436 UTC and appears to have been mostly reabsorbed. However, a rather narrow, faint CME can can be seen in NASA C2 coronagraph imagery just after 06/0800 UTC that may be associated with this event. Although, timing seems suspect in relation to the source event, analysis and modeling of this particular CME is ongoing at this time.
Vorhersage
Solar activity is expected to be low, with a chance for M-class (R1-R2, Minor-Moderate) flares on 07-09 Dec.

Energiereiche Teilchen

24h Zusammenfassung
The greater than 2 MeV electron flux was at normal to moderate levels, while the greater than 10 MeV proton flux remained at background levels.
Vorhersage
The greater than 2 MeV electron flux is expected to be at normal to high levels on 07-09 Dec due to CH HSS influence. The greater than 10 MeV proton flux is expected to persist at background levels on 07-09 Dec.

Sonnenwind

24h Zusammenfassung
Solar wind speed gradually decreased from over 625 km/s to end the period near 550 km/s as negative CH HSS influence began to subside. Total field strength was steady near 4 nT, Bz fluctuated between +/- 4 nT, and Phi angle remained in a predominately negative orientation.
Vorhersage
CH HSS effects are expected to continue its decreasing trend on 07 Dec, with conditions returning to near background levels by 08-09 Dec.

Geospace

24h Zusammenfassung
The geomagnetic field was at quiet to unsettled levels.
Vorhersage
Quiet to unsettled levels are expected, with a lingering chance for an isolated active period, on 07 Dec as CH HSS influence persists. Mostly quiet levels should return by 08-09 Dec as CH HSS influences dissipate.

Neueste Nachrichten

Unterstützen Sie SpaceWeatherLive!

Um unseren vielen Besuchern auch bei starkem Ansturm eine optimale Polarlicht-Vorhersage bieten zu können, braucht es eine teure Serverausstattung. Unterstützen Sie dieses Projekt mit ihrem Beitrag, damit der Betrieb aufrechterhalten werden kann!

100%
Unterstütze SpaceWeatherLive mit unseren Merchandise-Artikeln
Schaue nach unseren Merchandise-Artikeln

Weltraumwetter Fakten

Letzte Klasse X-Eruption07/08/2023X1.51
Letzte Klasse M-Eruption06/12/2023M2.3
Letzter geomagnetischer Sturm02/12/2023Kp5+ (G1)
Tage ohne Flecken
Letzter fleckenlose Tag08/06/2022
Monatliche mittlere Sonnenfleckenzahl
November 2023105.4 +6

An diesem Tag in der Geschichte*

Sonneneruptionen
12006M2.0
22013M1.2
31999M1.0
41999C8.7
52001C8.2
ApG
1200625G1
2201425G1
3202216G1
4199417
5200015
*seit 1994

Soziale Netzwerke