Good News, Aurora Chase – Round Two can go tonight!
If you missed last night G4 Geomagnetic Storm last night or not enough to get the Northern lightsStay alert: Geomagnetic storm conditions are expected to continue, so keep your eyes on the sky and your Aurora alerts moved.
The active state of geomagnetic storm can proceed early on June 2, According to the NOAA prophetic centerAs the magnetic field of land from Coronal Mass Ejection (CME) effect at early hours of June 1. It also beat by high-speed Solar air From Coronal holes and another CME can strike later than June 2.
The easy solar storm hit WORLD On June 1 traveled around 1,938 km / so 4.3 million mph. It is complicated and composed of material from many CMEs, so we can keep up with the effects of this effect in a 24 hour effect.
“We just entered what” core “looks like the first structure,” Space Weath Phoysist Tamitha Smov speaks on Space.com. “Considering this storm is composed of material from many CMEs compressed at a time to have a chance of having a look at 24 hours from now.”
And that’s not all! We have one, however small, CME leading to the ground, which can evoke geomagnetic activity again on June 2 or June 3.
“This storm is expected to arrive at the afternoon on June 2, so we can see the cessation on June 3 UTC time,” Skov told Space.com. “That said, expect Aurora to be weakened to be weaker than today. Probably, we can only be at a level G1-G2 level of Udday June 3.”
If G2 level reaches, we can see Auroras Strath to the south New York and Idaho (usually 55 ° Geomagnetic Lat.)
How are cmes caused by geomagnetic storms and auroras?
CMES brings electrically charged atomknown as ions. If these are such Cartidades in Yons magnineosphereThey can prompt geomagnetic storms – major chaos of magnetospha on the ground. Time in storms, yons associate with gases in Atmosphere on the groundrelease the force in the form of light. This light was observed as northern lights, or Aurora Borealis, in the northern hemisphere, and the lights of the south, or Aurora Australia, in southern hemisphere. Geomagnetic storms are classified with G-scale that measures their strength, from G1 for the G5 storms, the worst.
Editor’s note: If you snap a great picture of the north or southern lights and want to share it with the Space.com readers, send your photo (s), comments, and location to [email protected].
