(SAMPLE FORECAST)
Geomagnetic storming reaches G4 (Severe) levels
Geomagnetic storming reaches G4 (Severe) levels
The geomagnetic storm that began on 22 June has reached G4 (Severe) levels
once again as of 0513 UTC (0113 EDT) on 23 June.
Solar wind conditions remain highly favorable for continued Strong Geomagnetic storming, with both fast solar wind and strong magnetic fields. Aurora watchers in North America, especially northern tier states of the US, should stay alert.
(SAMPLE FORECAST)
once again as of 0513 UTC (0113 EDT) on 23 June.
Solar wind conditions remain highly favorable for continued Strong Geomagnetic storming, with both fast solar wind and strong magnetic fields. Aurora watchers in North America, especially northern tier states of the US, should stay alert.
(SAMPLE FORECAST)
The coronal mass ejection that erupted June 22 in conjunction with the R2 solar flare has been modeled and arrival is expected June 24 at 2300 UT (7 pm EDT). This timing bodes well for aurora watchers in North America. As for the expected intensity, SWPC is continuing to analyze the event and will update the forecast when this analysis is complete. Stay tuned here for updates
(the following is from EarthSky.ORG Release Date: Jun 23, 2015)
(the following is from EarthSky.ORG Release Date: Jun 23, 2015)
Storms on the sun send giant plasma clouds across space, which interact with Earth’s magnetic field. See photos of auroras in U.S. and similar latitudes Monday night!
A geomagnetic storm classified G4 – a very strong storm – took place last night (June 22-23, 2015), sparking displays of auroras, or northern lights. The reports we saw had them as far south as the U.S. state of Virginia and similar latitudes, but we might hear of even more southerly sightings today. The last on this scale happened in March, when auroras were seen as far south as New Mexico. The display might last into the night of June 23-24. Your best chance to catch auroras is to find a country location, far from city lights. Read about the storms on the sun that caused this auroral display
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Although there’s not much nighttime at far-northern latitudes now (being so close to the solstice, or time of the midnight sun above the Arctic Circle), some at very northerly latitudes reported beautiful displays of auroras last night as well.
Astronaut Scott Kelly caught the display from the International Space Station.
We got most of our reports of auroras from Northern Hemisphere locations. But last night’s auroral display was seen in the Southern Hemisphere, too.
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