South Pole

The farthest place north of the equator from the equator is the North Pole.

Apparently it hasn't always been there. Once all the contents were joined together as one land mass called Pangaea, this split apart and continent drift took the continents to their current locations. They are still moving.

It is estimated that in the time of Pangaea, the land mass that is now Antarctica was a temperate climate; continental drift has brought it to its present position, and in time it will again move to warmer latitudes.

The cosmic ray flux is higher at the poles compared to the equator due to the Earth's magnetic field deflecting many cosmic rays away from the equator and towards the poles. At the equator, the magnetic field is more parallel to the cosmic rays, allowing them to penetrate deeper into the atmosphere and be absorbed before reaching the surface.

The coast of Antarctica that is closest to the South Pole is the coast of the Ross Sea, which is located in the Pacific Ocean. It is approximately 700 kilometers (435 miles) from the Ross Sea coast to the South Pole.

The 2 percent of land that isn't covered by ice at the North Pole or the South Pole mainly consists of landmasses such as islands in the Arctic and Antarctic regions. These areas include parts of Greenland, northern Canada, Alaska, and Antarctica that are not covered by ice sheets.

Just off the coast of Antarctica.

In 1998, the Magnetic South Pole was estimated to be located at 64.6 degrees south, 138.5 degrees east. In 2004, 63.5 degrees south, 138 degrees east. More recently, in 2007, it was estimated at 64.497 degrees south and 137.684 degrees east.

Yes, the South Pole is currently experiencing a small increase in ice due to the accumulation of snowfall. This growth, however, is relatively minor compared to the overall loss of ice occurring in Antarctica due to higher global temperatures causing ice melt.

At the North Pole, there are no countries as it is located in the middle of the Arctic Ocean. At the South Pole, the entire continent of Antarctica surrounds it. Multiple countries have territorial claims in Antarctica through the Antarctic Treaty System, including the United States, Russia, and other nations.

Sunrise at the South Pole is on about the 21st of September every year. Sunset is on about the 22nd of March the following year. The reverse is the case at the North Pole. So a polar day is about 6 months and a polar night is also about 6 months.

There are an infinite number of possible meridians of longitude, and every one of

them has the same nominal length . . . half of the Earth's polar circumference.

The South Pole experiences continuous sunlight during its summer months due to its location within the Antarctic Circle, where the sun does not set for several months. This phenomenon is known as the Midnight Sun. Conversely, during the winter months, the South Pole experiences continuous darkness due to its location on the opposite side of the Earth from where the sun is shining.

No, Earth's magnetic poles are not located exactly on its geographical poles. The magnetic poles are located slightly off-axis and can shift over time due to changes in the Earth's magnetic field.

I think from wherever on earth you are accept the equator down is the direction toward somewhere warmer and up is toward colder regions. From the North and South Poles down is every direction you can go

It is a very good question:

Any direction is always relative to your frame of reference.

On the Earth, down is normally towards the centre of the Earth - no matter where you are, England, US, Australia, Mexico or the South Pole.

We look down at the floor and look up to the ceiling.

However, if you were standing on your head, you could say that you are looking up at your feet whilst looking down at the floor, whilst someone standing next to you would say a) you look silly and b) you are wrong. Down is towards my feet, but both agree on the direction but not terminology. The frame of reference.

If you were on Jupiter the same rules would apply, but if you were floating in space then there would be no real up nor down.

Generally down is always going to be the direction of the greatest gravitational attraction or in which direction an object will fall in free fall. Hence you "fall down", not "fall up".

The answer is that at the equator, the daily hours of sunlight are almost exactly 12 hours, while at the poles, a day includes either 24 hours of sunlight or 24 hours of night (ignoring the effect of cloud cover).

However, all parts of the Earth's surface will receive approximately the same amount of sunlight annually, that is, the time when the Sun is above the horizon. The difference is in the timing, with some areas receiving longer days for one half of the year, while the other half receives shorter days. These are the summer and winter seasons.

In the Earth's equatorial region, between the Tropic of Cancer (about 23.5°N) and the Tropic of Capricorn (about 23.5°S), days and nights are always about the same, 12 hours each, with some periods of twilight before dawn and after sunset. The actual day is very slightly longer than 12 hours.

At the higher latitudes, nearing the poles, the period of sunlight begins to reach the other extreme, with sunlight for 24 hours for at least some days in the year, and 24 hours of night or twilight in the opposite season. The poles themselves experience 6 months of continuous day, with the Sun circling the horizon, followed by 6 months of twilight or night, when the Sun never rises (it may provide twilight conditions for several weeks).

Zero hours of sunlight. The Winter Solstice on the 21st of June is the day that the sun is furthest away from the South Pole. Sunrise at the South Pole is on about the 21st of September every year. Sunset is on about the 22nd of March the following year. The reverse is the case at the North Pole. So a polar day is about 6 months and a polar night is also about 6 months.

15/02/2011 He is 137 today. He was born in 1874 and died at the age of 47 in1922.

Yes, warm currents can cause isotherms to be deflected towards the south pole by transferring heat energy from lower latitudes to higher latitudes. This can result in a warmer climate in regions that would otherwise be cooler due to their higher latitude.

The gravitational acceleration will decrease slightly as you move from the equator to the poles due to the Earth's shape (oblate spheroid). This is because the centrifugal force is greater at the equator compared to the poles, which causes a slight decrease in the net gravitational force experienced at the equator.

Near the South Pole, the long daylight hours during the summer months, sufficient water availability from melting ice and snow, and nutrient-rich volcanic soils can help stimulate lush plant growth. Additionally, the absence of herbivores and competition from other plants can also contribute to healthy vegetation in some areas.

Yes, the North Pole experiences continuous daylight, referred to as the Midnight Sun, during the summer months. This phenomenon occurs because of the Earth's axial tilt towards the sun, allowing areas within the Arctic Circle to receive sunlight 24 hours a day.