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at the poles
The aurora borealis occur at times of heightened states of solar activity, this also applies to the aurora australius.
The described activity causes the generation of the Aurora Borealis and the Aurora Australis.
The constituent particles of the solar wind are trapped by the earth's magnetic field and enter the earth's upper atmosphere as aurora. It is described as aurora borealis in the northern hemisphere.
the aurora borealis (northern lights) occurs when the highly charged electrons interact with earth's atmophere.
at the poles
The aurora borealis occur at times of heightened states of solar activity, this also applies to the aurora australius.
All of the planets in the solar system have auroras, except for Mercury; which has no significant atmosphere where an aurora can form.Auroras have also been observed on some of Jupiter's moons.None of the dwarf planets have any aurora activity.
yes it is
The aurora occurs in the ionosphere of the earth, over 60 miles (80 km) above the surface of the earth. There is no vegetation there.
the Aurora Borealis is an side effect of a solar storm, it does not directly affect the earth. (I'm a astronomy student)
The described activity causes the generation of the Aurora Borealis and the Aurora Australis.
Charged particles come from the sun, especially after sunspot activity and solar flares. They stream through space and are attracted to the magnetic poles of the earth. In the ionosphere they collide with oxygen and nitrogen atoms, which give out green, blue and red light. This light is known as the Aurora Borealis, or Aurora Australis, the Northern and Southern Lights.
Aurora
The constituent particles of the solar wind are trapped by the earth's magnetic field and enter the earth's upper atmosphere as aurora. It is described as aurora borealis in the northern hemisphere.
No. The aurora has no conscience nor intelligence. It is a phenomenon resulting from the interaction of the solar wind and the Earth's magnetic field.
the aurora borealis (northern lights) occurs when the highly charged electrons interact with earth's atmophere.