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As far as humans are concerned, yes. The aurora borealis will be around longer than we will.
Of course, in the LONG run, the Sun will expand into a red giant and probably incinerate the Earth; certainly, all our atmosphere will be blown into space. With no atmosphere, no auroras. However, this probably won't happen for another 4 billion years or so.
What else can I help you with?
What are the northern light also known as?
The Aurora Borealis
Where in the sky does the Aurora appear?
Both aurora appear around the polar regions. The Aurora Australis appears around Antacrtica and the Aurora Borealis appears around the Arctic.
Why were the northern lights named aurora borealis?
''Aurora'' means Dawn and ''Borealis'' means North. So basically Aurora borealis means ''Dawn of north''.
What are electrical lights around the north and south poles?
aurora borealis
What is aurora borealis commanly know as?
"The Northern Lights" is Aurora Borealis's commonly used name.
When was Aurora Borealis - album - created?
Aurora Borealis - album - was created on 2004-06-22.
Can you see aurora borealis from the Aleutian Islands?
When the Aurora Borealis happen, they can be seen from the Aleutian Islands.
What does borealis mean in Aurora Borealis?
northen lights
How is and aurora borealis different from and aurora australis?
Aurora Borealis occurs in northern parts of the world. Aurora Australis in southern parts of the world. Borealis is more known because there are more places and people to see them.
How do you say Aurora Borealis in Spanish?
Aurora boreal, or even more technical, you can also say it as in Latin "Aurora borealis"[au̯.ˈɾo.ɾa.βo.ɾeˈa.lis]
When do Aurora borealis occurs?
The aurora borealis occur at times of heightened states of solar activity, this also applies to the aurora australius.
Is the Aurora Borealis typically strongest near the equator?
No, the Aurora Borealis, also known as the Northern Lights, is typically strongest near the North and South Poles, far from the equator. This natural light display is caused by solar particles interacting with the Earth's magnetic field closer to the poles where the magnetic field is strongest.
