Arşiv Perşembe, 6 Şubat 2025 görüntüleniyor

SIDC'den güneş ve jeomanyetik aktivite hakkında günlük bülten

Yayınlandı: 2025 Feb 06 1231 UTC

SIDC Tahmini

Güneş patlamaları

M-class flares expected (probability >=50%)

Jeomanyetizma

Active conditions expected (A>=20 or K=4)

Güneş protonları

Warning condition (activity levels expected to increase, but no numeric forecast given)

	10cm akı	Ap
06 Feb 2025	190	014
07 Feb 2025	188	015
08 Feb 2025	186	007

Güneş Aktif Bölgeleri ve parlama

Solar flaring activity reached high levels, with one M-class flare and multiple C-class flares recorded over the past 24 hours. The largest flare was an M7.6 flare (SIDC Flare 3524) peaking at 11:04 UTC on February 06, associated with SIDC Sunspot Group 391 (NOAA Active Region 3981; beta-gamma). There are currently nine numbered active regions visible on the solar disk. SIDC Sunspot Group 391 (NOAA Active Region 3981; beta-gamma-delta), that is largest and magnetically most complex active region on the disk was the main driver of the flaring activity observed over the past 24 hours together with SIDC Sunspot Group 368 (NOAA Active Region 3977, beta-gamma). Low flaring activity was also produced by SIDC Sunspot Group 360 (NOAA Active Region 3978; beta), SIDC Sunspot Group 388 (NOAA Active Region 3976; beta) and SIDC Sunspot Group 395 (NOAA Active Region 3984; beta). Other regions on the disk have simple configurations of their photospheric magnetic fields (alpha and beta) and did not show any significant flaring activity. Solar flaring activity is expected to be at moderate levels over the next 24 hours, with M-class flares likely and a small chance for X-class flares.

Koronal Kütle Atılımı

No Earth-directed Coronal Mass Ejections (CMEs) have been detected in the available coronagraph images. Further analysis of the CME observed in SOHO/LASCO-C2 data at 02:12 UTC on February 05 indicates that no impact on Earth is expected.

Koronal delikler

A negative polarity coronal hole (SIDC Coronal Hole 88) began crossing the central meridian today, February 06. An associated high- speed stream may arrive at Earth on February 09.

Güneş rüzgarı

Over the past 24 hours the solar wind parameters (ACE and DSCOVR) became slightly elevated. The interplanetary magnetic field reached a maximum value of 11 nT at 03:57 on February 06. The southward component of the interplanetary magnetic field fluctuated between -7 nT and 7 nT. The solar wind speed varied between 360 and 470 km/s. The magnetic field orientation was predominantly in the positive sector (directed away from the Sun). Slow solar wind conditions are expected over the next days, although minor enhancements in the solar wind speed and magnetic field may be possible on February 06 - 07 due to possible arrival of a CME that left the Sun on February 02.

Jeomanyetizma

Geomagnetic conditions over the past 24 hours were quiet to unsettled both globally and locally over Belgium (NOAA Kp: 1-3; K-Bel: 1-3). Geomagnetic conditions are expected to remain mostly quiet to unsettled, with a chance of reaching active or minor storm conditions on February 06 - 07, due to possible CME arrival.

Proton akı seviyeleri

Over the past 24 hours, the greater than 10 MeV GOES proton flux was at nominal levels and is expected to remain so over the next days. There is a slight chance that the proton flux may increase if any high energy flares or eruptions occur.

Jeostatik yörüngedeki elektron akıları

The greater than 2 MeV electron flux, as measured by the GOES-16 satellite, remained below the 1000 pfu alert threshold, and it is expected to remain below the threshold during the next 24 hours. The 24h electron fluence was at normal levels and is expected to remain at these levels.

Bugünün tahmini uluslararası güneş lekesi sayısı (ISN): 1 Tahmini gunes lekesi sayisi, 2 Istasyon sayisi.

05 Feb 2025 için güneş endeksleri

Kurt numarası Catania	///
10cm güneş akısı	191
AK Chambon La Forêt	013
AK Wingst	008
Tahmini Ap	006
Tahmini uluslararası güneş lekesi sayısı	159 - 19 istasyonlarına göre

Dikkat çeken olayların özeti

Güneş Etkileri Veri Analiz Merkezi tarafından sağlanmıştır© - SIDC - SpaceWeatherLive tarafından işlendi

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