Arşiv Perşembe, 4 Haziran 2026 görüntüleniyor

SIDC'den güneş ve jeomanyetik aktivite hakkında günlük bülten

Yayınlandı: 2026 Jun 04 1236 UTC

SIDC Tahmini

Güneş patlamaları

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

Jeomanyetizma

Major (ISES: Severe) magstorm expected (A>=100 or K>=7)

Güneş protonları

Quiet

	10cm akı	Ap
04 Jun 2026	148	024
05 Jun 2026	150	123
06 Jun 2026	150	035

Güneş Aktif Bölgeleri ve parlama

Solar flaring activity was low over the past 24 hours. There are currently 8 numbered regions on the disk. The largest flare was a C5.1 flare (SIDC Flare 7848) peaking on June 03 at 23:43 UTC, which was produced by SIDC Sunspot Group 887 (NOAA Active Region 4459). Sunspot Groups 886 and 887 (NOAA Active Region 4458 and 4459) continued to grow over the period and have magnetic type beta. Sunspot Group 860 (NOAA Active Region 4455) simplified slightly but remains the most complex region on the disk. Sunspot group 853 (NOAA Active Region 4444) has now rotated over the west limb and SIDC Sunspot group 873 and 888 (NOAA Active Regions 4460 and 4446) will rotate over the limb over the next hours. The remaining regions are simple and mostly quiet. Solar flaring activity is expected to be moderate over the next 24 hours, with C-class flares expected and M-class flares probable with a chance for X-class flares.

Koronal Kütle Atılımı

Multiple Coronal Mass Ejections (CMEs) reported yesterday are predicted to impact Earth. The eruptions on June 02, related to the on disk dimmings associated with the M1.2 and M3.3 flares (SIDC Flares 7825 and 7826), were not associated with clear CME signatures in the coronagraph data possibly due to the simultaneous CMEs near the limb. However, any CMEs associated with these events are expected to be caught by the following eruptions from June 03. Three CMEs were detected on June 03 with Earth directed components: Firstly, a halo CME, associated with the M9.3 flare (SIDC flare 7838), seen in SOHO LASCO-C2 and seen STEREO-A COR2 starting at June 03 at 01:53 UTC. Secondly, a partial halo CME (directed to the north-west), detected in SOHO LASCO-C2 from 07:58 UTC on June 03, associated with the M7.7 flare (SIDC flare 7840). Thirdly, a partial halo CME (directed to the north-west), detected in SOHO LASCO-C2 from 11:48 UTC on June 03, associated with the X1.0 flare (SIDC flare 7842). These CMEs are expected to impact Earth from late on June 04 and through June 05.

Güneş rüzgarı

Over the past 24 hours, the solar wind parameters reflected generally slow solar wind conditions. The solar wind speed ranged between 400 and 450 km/s. The total magnetic field increased slightly to 11nT when the interplanetary magnetic field phi angle switched from the negative to the positive sector (directed away from the Sun) at around 19:30 UTC June 03. A large enhancement in the solar wind speed and magnetic field strength is expected on June 04 and June 05, due to the expected arrival of multiple CMEs which left the Sun on June 03.

Jeomanyetizma

The geomagnetic conditions were at quiet to unsettled levels globally and locally (NOAA Kp and K Bel 1-3). Moderate to major storm conditions are expected from late on June 04 with severe storm intervals possible, due to the anticipated combined CME arrivals.

Proton akı seviyeleri

The greater than 10 MeV proton flux was below the 10 pfu threshold over the past 24 hours. It is expected to remain below this threshold level over the next 24 hours.

Jeostatik yörüngedeki elektron akıları

The greater than 2 MeV electron flux, as measured by GOES-19, was above the 1000 pfu threshold and reached a maximum value of 2334. The greater than 2 MeV electron flux is expected to be elevated and just above this threshold over the next 24 hours. The electron fluence was at normal levels and is expected to be at normal levels for the next 24 hours.

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

03 Jun 2026 için güneş endeksleri

Kurt numarası Catania	///
10cm güneş akısı	147
AK Chambon La Forêt	017
AK Wingst	014
Tahmini Ap	013
Tahmini uluslararası güneş lekesi sayısı	142 - 26 istasyonlarına göre

Dikkat çeken olayların özeti

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

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