Solar Storm: Stream Geomagnetic Storm Travelling at 2.1 Million KM Per Hour Hits Earth

A stream of swift solar wind has begun to strike the Earth today, with G1-class geomagnetic storm conditions expected tomorrow, according to the National Weather Service's Space Weather Prediction Center (SWPC).

Geomagnetic Storm Watch Confirmed: Sunspot Blast to Hit Earth — Photo from Pixabay

A geomagnetic K index of 4 is anticipated anytime between 1345 and 2359 UTC on June 15, according to the SWPC. In a warning notice released today, the SWPC stated, "Area of Impact predominantly poleward of 65 degrees Geomagnetic Latitude." It's possible to get induced currents and mild power grid variations. This evening, the Aurora Borealis, commonly known as the "Northern Lights," may be seen in high latitudes such as Canada and Alaska.

G1 Geomagnetic Storm

Geomagnetic Jerks Finally Reproduced and Explained (IMAGE) — Visualization of the interior of the Earth's core, as represented by a computer simulation model (view of the equatorial plane and a spherical surface near the inner core, seen from the North Pole). Magnetic field lines (in orange) are stretched by turbulent convection (in blue and red). Hydromagnetic waves are emitted from the inner core, and spread along the magnetic field lines up to the core's boundary, where they are focused and give rise to geomagnetic jerks. © Aubert et al./IPGP/CNRS Photo library

(Photo : © Aubert et al./IPGP/CNRS Photo library)

On Wednesday and Thursday, a G1 Geomagnetic Storm Watch is in force, with G1-Minor conditions probable. The SWPC expects the geomagnetic storm conditions will have passed by Friday. The effect region of this geomagnetic storm is largely poleward of 60 degrees geomagnetic latitude. On Earth, induced currents and mild power grid oscillations are possible, whereas small effects on satellite operations are likely above the Earth. According to the SWPC, the aurora may be observed in high latitudes, such as in Michigan and Maine in the continental United States.

Similar Space Weather

SWPC issues Alerts, Watches, and Warnings to the general public on what to anticipate from Space Weather, similar to the bulletins issued by the National Weather Service local forecast offices. These advisories indicate the severity of solar activity that might have an effect on the Earth's environment.

The National Weather Service's Space Weather Prediction Center keeps an eye on this developing space weather event. While the National Oceanic and Atmospheric Administration (NOAA) and its National Weather Service (NWS) are best recognized for their weather forecasts, they are also in charge of "space weather." While commercial firms and other organizations monitor and forecast space weather, the Space Weather Prediction Center is the primary source for space weather alerts and warnings (SWPC).

SWPC

The SWPC is a service center of the NWS, which is part of NOAA and is based in Boulder, Colorado. The Space Weather Prediction Center is one of nine National Centers for Environmental Prediction (NCEP) that track current space weather activities around the clock, 365 days a year.

Previous Solar Activities

The solar outburst predicted for this week is one of many that have lately touched Earth. On May 25, the Earth was struck by a geomagnetic storm. On May 22, a powerful solar flare interrupted radio transmission. On May 18 and 19, Earth was hit by a geomagnetic storm, which resulted in a spectacular aurora over northern latitudes. On May 14, a coronal hole produced the incident. One of the greatest geomagnetic storms to hit Earth in a long time struck on May 12, prompting the Space Weather Prediction Center to issue a G3 - Strong - Geomagnetic Storm Warning. On May 2, a solar wind at a speed of 1,118,468 mph collided with Earth.

Also Read : Rosetta Eruption May Help Scientists Learn More About Solar Eruptions, Flares, And Storms

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Tags Space weather , Sun , Solar activity , Solar storm , CME , Geomagnetic Storm