Het archief bekijken van zaterdag 21 mei 2022

Dagelijks bulletin over zonne- en geomagnetische activiteit van het SIDC

Datum verslag: 2022 May 21 1232 UTC

SIDC Prognose

Geldig van 1230 UTC, 21 May 2022 tot 23 May 2022
Zonnevlammen

C-class flares expected, (probability >=50%)

Geomagnetisme

Quiet (A<20 and K<4)

Proton Flux monitor

Quiet

10cm fluxAp
21 May 2022165011
22 May 2022160008
23 May 2022155006

Bulletin

Solar flaring activity was low but frequent during the last 24 hours, with several C-class flares detected. NOAA plage 3011 produced the most flares, while the brightest flare was a C8 originating from NOAA Active Region (AR) 3019 (magnetic type Alpha, Catania group 18). NOAA AR 3014 (magnetic type Beta-Gamma-Delta, Catania group 14) has lost some of its magnetic complexity and only produced a C3 flare in the last 24 hours. C-class flare activity is highly expected with a fair chance of an isolated M-class flare in the next 24 hours.

Two Coronal Mass Ejections (CME) were automatically detected by CACTus on 20 May at 12:24 and 23:36 UT. They were associated with two flares that erupted from NOAA plage 3011 (located at the North-West of the solar disk) and the CME are possibly geo-effective. Their speeds are estimated to be 800 and 700 km/s respectively and they are expected to arrive on Earth on 23 May.

The greater than 10 MeV proton flux was at nominal levels over the past 24 hours and is expected to remain so for the next 24 hours. The greater than 2 MeV electron flux remained below the 1000 pfu alert threshold and is expected to remain below this threshold during the next 24 hours. The 24h electron fluence was at nominal levels and is expected to remain so.

The Solar Wind (SW) conditions (as measured by the DSCOVR and ACE satellites) continue to be typical of the slow SW regime, but with untypically high electron speed. The SW speed varied between 490 and 610 km/s in the last 24 hours. During the same period the total magnetic field was very low with values between 1 and 7 nT, while its Bz component varied between -7 and 6 nT. The interplanetary magnetic field phi angle was predominantly positive (directed away from the Sun) during the last 24 hours. The solar wind conditions are expected to remain in the same regime in the next 24 hours.

Geomagnetic conditions were globally and locally active (NOAA Kp and K Dourbes 2-4) in the last 24 hours.They are expected to become moderate during the next 24 hours.

Het geschatte internationale zonnevlekkengetal (ISN) van vandaag: 152, gebaseerd op 16 stations.

Zon indexen voor 20 May 2022

Wolfgetal Catania172
10cm zonneflux166
AK Chambon La Forêt019
AK Wingst016
Geschatte Ap014
Geschat internationaal zonnevlekkengetal137 - Gebaseerd op 18 stations

Overzicht opvallende gebeurtenissen

DagStartMaxEindeLocatieSterkteOP10cmCatania/NOAASoorten radio-uitbarstingen
Geen

Aangeboden door het Solar Influences Data Analysis Center© - SIDC - Verwerkt door SpaceWeatherLive

Alle tijden in UTC

<< Keer terug naar de dagelijkse overview pagina

Op basis van de huidige parameters is er nu geen kans op poollicht in België en Nederland

Laatste nieuws

Steun Poollicht.be!

Om ook bereikbaar te blijven bij grote poollichtkansen hebben we een zware server nodig die alle bezoekers aankan. Doneer en steun dit project zodat we online blijven en je geen enkele poollichtkans mist!

Donneer SpaceWeatherLive Pro
Steun SpaceWeatherLive met onze merchandise
Check nu onze merchandise

Laatste alerts

Geen noemenswaardig ruimteweer gebeurd in de afgelopen 48 uur...
Ontvang directe meldingen!

Ruimteweer feitjes

Laatste X-klasse uitbarsting28/03/2025X1.1
Laatste M-klasse uitbarsting22/04/2025M1.3
Laatste geomagnetische storm21/04/2025Kp5+ (G1)
Zonnevlekkenloze dagen
Laatste zonnevlekkenloze dag08/06/2022
Maandelijks gemiddeld zonnevlekkengetal
maart 2025134.2 -20.4
april 2025124.6 -9.6
Afgelopen 30 dagen121.2 -9.9

Deze dag in de geschiedenis*

Zonnevlammen
12001X1.13
22003X1
32003M3.71
42003M3.05
52003M3.02
DstG
11989-132G3
21984-93G4
31981-85G3
41979-80
51960-72
*sinds 1994

Sociale netwerken