The Northern Lights occur in the northern hemisphere, in the ionosphere, the highest level of the atmosphere.
You don't often see auroras near the equator because the lights occur above the magnetic poles, so the Northern Lights are more often seen from northern latitudes in Canada, Greenland, Iceland, Northern Europe and Russia, and Alaska in the US. If the aurora is very spectacular it can be seen closer to the equator, but hugely spectacular auroras don't occur very often.
No they never occur in the Troposphere(:
The arctic tundra gets the northern lights, or aurora borealis. The southern lights, or aurora australis, occur in high southern latitudes.
The Northern Lights occur in space, and are visible from many countries north of the Equator: the farther north, the higher your chances of seeing them.
The Northern Lights occur in the northern hemisphere, in the ionosphere, the highest level of the atmosphere.
Aurora Borealis, the Northern Lights.
You don't often see auroras near the equator because the lights occur above the magnetic poles, so the Northern Lights are more often seen from northern latitudes in Canada, Greenland, Iceland, Northern Europe and Russia, and Alaska in the US. If the aurora is very spectacular it can be seen closer to the equator, but hugely spectacular auroras don't occur very often.
No they never occur in the Troposphere(:
The term for the colorful lights that occur in the atmosphere above the earth's Northern geomagnetic pole is the aurora borealis, also known as the Northern Lights. This phenomenon is caused by the interaction of charged particles from the sun with the Earth's magnetic field.
The Northern Lights occur in the ionosphere, the highest level of the atmosphere, so all the others layer usually do NOT contain the Northern Lights.
The arctic tundra gets the northern lights, or aurora borealis. The southern lights, or aurora australis, occur in high southern latitudes.
You can have a meteor on any day and the northern lights can occur on any day, so it is hard to predict when both will happen on the same day.You can have a meteor on any day and the northern lights can occur on any day, so it is hard to predict when both will happen on the same day.You can have a meteor on any day and the northern lights can occur on any day, so it is hard to predict when both will happen on the same day.You can have a meteor on any day and the northern lights can occur on any day, so it is hard to predict when both will happen on the same day.You can have a meteor on any day and the northern lights can occur on any day, so it is hard to predict when both will happen on the same day.You can have a meteor on any day and the northern lights can occur on any day, so it is hard to predict when both will happen on the same day.You can have a meteor on any day and the northern lights can occur on any day, so it is hard to predict when both will happen on the same day.You can have a meteor on any day and the northern lights can occur on any day, so it is hard to predict when both will happen on the same day.You can have a meteor on any day and the northern lights can occur on any day, so it is hard to predict when both will happen on the same day.You can have a meteor on any day and the northern lights can occur on any day, so it is hard to predict when both will happen on the same day.You can have a meteor on any day and the northern lights can occur on any day, so it is hard to predict when both will happen on the same day.
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The Northern Lights occur in space, and are visible from many countries north of the Equator: the farther north, the higher your chances of seeing them.
Antartica, alaska, parts of USA, canada
The Northern Lights occur above the earth's magnetic pole, which moves around the polar regions. Sometimes this happens over the ocean. It is often in the north of Canada, though it can be seen for hundreds of miles south of that. The land is frozen tundra.