Aurora are generated when magnetic storms from the sun hit the earth's atmosphere and interact with it.
Both polar regions experience aurora: Aurora Australis occurs in the Southern Hemisphere, and Aurora Borealis occurs in the Northern Hemisphere.
Yes, Aurora Australis are visible for all the months of no sunrises.
No. In the Northern hemisphere it is called the Aurora Borealis, but when seen in Antarctica, it is called the Aurora Australis.
Yes, it is the result of the magnetism at the geographic North Pole of the Earth.
The northern lights show up over the Arctic and the southern lights show up over Antarctica.
You can read more about the phenomenon of aurora, below.
They'd be the Southern Lights, not northern.
There are no northern lights in Antarctica. However, the southern lights -- Aurora Australis -- are visible from the continent.
Antarctica. (excluding the northern lights)
The Southern Lights- like the Northern Lights, but in the South.
No they're in the Arctic that is why they're the NORTHERNlights
Operation Northern Lights happened on 2006-03-22.
Northern Lights - online game - happened in 1992.
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.
Antarctica does not get the "Northern Lights (Aurora Borealis)", being at the South Pole, it gets the "Southern Lights" or the Aurora Australis. The source of both the Aurora Australis and Aurora Borealis is the sun. A stream of particles known as the "Solar Wind" spills around the edges of the Earth's magnetic sphere and, when it collides with gases in the ionosphere, the particles glow very spectacularly.
No. It is down to activity on the Sun, which is unpredictable. When there is unusual activity on the surface of the sun that is seen by astronomers, they can predict that the Northern Lights will be visible in a few days after that. That can happen at any time. There is no pattern in terms of when it can happen. Most of the time the required activity is not happening on the sun, so the Northern Lights don't appear at all.
Antarctica has no land in the northern hemisphere.
the northern lights are caused by magnetic energy being shot out of the passing through the earths atmosphere it also happen in the southern hemisphere because the atmosphere is weaker in these parts