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Aurora Borealis was amazed last year, with great offers in the far south such as Dormset, Essex, Cambridgeshire and Berkshire.
Increasing numbers of offers have been monitored, with more country’s ability to take amazing tourist attractions.
In short, Aurora Burialis’s scenes have increased in recent years and the interpretation is well known in the science community, according to MET office.
“Activity on the sun, especially the number of visible solar spots, varies over a period of 11 years, known as the solar cycle,” said Christa Hammond, director of the MOSWOC weather operations center (MOSWOC).
The last minimum solar energy, when the sun had the slightest frequency of solar spots in the solar cycle, in December 2019.
This means that the sun’s activity is currently increasing, with the expectation of the next solar limit in July this year.
As a result, more electrically charged sun molecules are moving towards Earth and moving in their magnetic field, resulting in more Urra effect.
“During the coming years, as we continue to the maximum solar energy, we can expect to see an increase in the frequency of satellite weather events, with more opportunities to see Ura Purleles on the United Kingdom,” Krista added.
Can I see the northern lights in the UK?
the Royal Museums Greenwich He said: “Aurora Burielis can be seen in the northern hemisphere, while Australia Ura is located in the southern hemisphere,” he said.
“While the best places to see Ura is concentrated around the polar areas, Aurora Burialis can sometimes be seen in the UK.
“The more likely to see the screen north – but the growing solar activity means that the northern lights have been seen in the south such as Cornwal and Breton.
“Conditions still need to be right. Dark and clear nights, preferably with a little light pollution, provides the best opportunity to see Ura.”
What causes the northern lights?
the Royal Museums Greenwich He explained: “Solar storms on the surface of our star give huge clouds of electrically charged molecules. These particles can travel millions of miles, and some may eventually collide with the earth.
“Most of these particles are deviated, but some are captured in the Earth’s magnetic field, and they rush down to the northern and southern columns to the atmosphere. For this reason, Aurora’s activity is concentrated on the magnetic columns.”
“These particles are invalidated in atoms and molecules in the Earth’s atmosphere and heated mainly,” added the astronomer Royal Observatory, Tom Cers.
“We call this material” excitement “, but it is very similar to heating the gas and making it a glow.”
