Dazzling aurora could be visible in the night sky as far south as in northern New York THIS WEEK

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Dazzling aurorae could be visible in the night sky as far south as in northern New York State THIS WEEK, a geomagnetic storm heading towards Earth

  • SWPC indicates that a G1 storm watch is an effect of hostel from Wednesday to Friday
  • At the height of the storm, the storm will reach the G2 level, posing little threat to the Earth.
  • Although this may cause slight electrical disturbances, it will cause magnificent auroras
  • These will be visible in the northern United States until the end of the week.

By Cheyenne Macdonald For Dailymail.com

Published on: 6:36 pm EDT, May 14, 2019 | Update: 6:43 pm EDT, May 14, 2019

A geomagnetic storm is heading for the Earth's atmosphere and could bring auroras back to the north three nights in a row.

The NOAA Space Weather Forecast Center released a storm watch earlier this week from Wednesday to Thursday and has since extended the forecast until Friday.

This means that the Earth could experience minor effects from a series of coronal mass ejections emitted by the sun since May 10th, including minor power grid disturbances.

The warning storm also means that people in some northern latitudes, including the United States, may have a chance to see the aurora borealis.

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At the height of the storm, the storm will reach G2 or moderate, posing little risk for field activities. However, it will cause bright flashes of light, also called northern lights visible in northern latitudes, between the green and yellow lines of the map above.

At the height of the storm, the storm will reach G2 or moderate, posing little risk for field activities. However, it will cause bright flashes of light, also called northern lights visible in northern latitudes, between the green and yellow lines of the map above.

WHAT ARE AURORAS?

The northern and southern lights are natural sunglasses that are triggered in our atmosphere, also known as the aurora.

There are two types of Aurora – Aurora Borealis, which means "North Dawn" and Aurora Australis, "South Dawn".

Screens come on when electrically charged sun particles enter the Earth's atmosphere.

Usually, particles, sometimes called solar storms, are deflected by the Earth's magnetic field.

But during strong storms, they enter the atmosphere and collide with gas particles, including hydrogen and helium.

These collisions emit light. Auroral screens appear in many colors, although pale green and pink are common.

SWPC announced that a G1 storm watch would remain in effect from Wednesday to Friday, following three continuing education events (CMEs) since last week.

A CME, or coronal mass ejection, is an event in which the sun emits approximately one billion tons of plasma.

It takes a few days to reach the Earth's magnetosphere.

"The first two CME events are expected to arrive on May 15, and the third CME is expected to arrive in the second half of May 16," said SWPC.

While major geomagnetic storms are likely to wreak havoc on satellite operations and terrestrial electrical systems, this week's disturbances are relatively minor.

At the height of the storm, the storm will reach G2 or moderate, posing little risk for field activities.

However, it will cause bright lights, also called aurora borealis.

The phenomenon, called aurora borealis, will be better perceived in more northern latitudes.

This will include much of the northern United States, including Michigan and much of northern New York State.

SWPC announced that a G1 storm watch would remain in effect from Wednesday to Friday, following three continuing education events (CMEs) since last week. It takes a few days to reach the Earth's magnetosphere.

SWPC announced that a G1 storm watch would remain in effect from Wednesday to Friday, following three continuing education events (CMEs) since last week. It takes a few days to reach the Earth's magnetosphere.

A geomagnetic storm is heading toward the Earth's atmosphere and could bring auroras back north three nights in a row this week. Photo file

A geomagnetic storm is heading toward the Earth's atmosphere and could bring auroras back north three nights in a row this week. Photo file

When electrons from ejections from the sun collide with the Earth's upper atmosphere, interactions trigger colorful rays that seem to dance in the sky.

"Accelerated electrons follow Earth's magnetic field to the polar regions where they collide with atoms and molecules of oxygen and nitrogen in the Earth's upper atmosphere," says SWPC.

"In these collisions, electrons transfer their energy into the atmosphere, stimulating atoms and molecules to higher energy levels.

"When they relax to find lower states of energy, they release their energy in the form of light. It looks like the way a neon works. "

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