The tilt of the earth and its 'face' to the sun, coupled with the location of each of these regions on the planet dictate the mount of sunlight each receives.
Antarctica experiences extended periods of no sunlight because it is polar and that region tilts away from the sun periodically: Panama is equatorial, meaning that it is always available -- 'faces' -- the sun.
Antarctica is polar, and is turned away from the sun for about half the year. Panama, which is equatorial, faces the sun all year.
Antarctica is the location of the South Pole. It is the southern-most point on Earth. Panama, on the other hand, is near the equator, which is the middle of the Earth. The sun is constantly emitting energy in the form of radiation waves. Because Earth is a sphere tilted, this radiation has less atmosphere through which to pass near the equator than Antarctica at the southern end of this sphere. Therefore, the radiation coming into the surface at Antarctica is attenuated - reduced- relative to Panama, and the surface is heated less.
The technical definition of a desert is an area of land that receives on average less than 250mm of precipitation in a year. The inland Arctic receives less than 150mm and so is indeed a desert (the second largest in the world, with the first being Antarctica).
Yes, ozone depletion is more over antarctica despite of less inhabitants. It is because ozone depletion requires very less temperature to initiate.
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Antarctica is polar, and is turned away from the sun for about half the year. Panama, which is equatorial, faces the sun all year.
Antarctica is the location of the South Pole. It is the southern-most point on Earth. Panama, on the other hand, is near the equator, which is the middle of the Earth. The sun is constantly emitting energy in the form of radiation waves. Because Earth is a sphere tilted, this radiation has less atmosphere through which to pass near the equator than Antarctica at the southern end of this sphere. Therefore, the radiation coming into the surface at Antarctica is attenuated - reduced- relative to Panama, and the surface is heated less.
Mars
Neptune radiates MORE heat that it receives from the Sun - the reason is still unknown. Possible reasons are atmospheric interaction or magnetic waves.
A desert is defined as a region that receives less than 10 inches (250 mm) of precipitation per year on average. Antarctica meets that definition and is classified as a desert.
A desert is defined as a region that receives less than 10 inches (250 mm) of annual precipitation on average. Both the Sahara and Antarctica receive even less precipitation so are considered as deserts.
The biggest desert in the world is the continent of Antarctica. It has little to no vegetation and receives less than 51mm of precipitation a year.
The technical definition of a desert is an area of land that receives on average less than 250mm of precipitation in a year. The inland Arctic receives less than 150mm and so is indeed a desert (the second largest in the world, with the first being Antarctica).
No!!! Amount of rainfall is not less in the lower latitudinal regions. Polar regions receive less heat so the process of evaporation is very slow there. As a result, it receives less rainfall. Thus,the regions having higher latitudes receives less rainfall.
A desert is defined as a region that receives less than 10 inches (250 mm) of precipitation per year on average. The Antarctic receives virtually no precipitation each year so qualifies as a desert.
Antarctica IS a desert - the largest and coldest desert on earth. A desert is defines as a region that receives less than 10 inches (250 mm) of precipitation per year on average. The Antarctic meets this definition.
1st thing is EARTH is far away from sun ie., 3rd planet among all the planets.THIS IS THE REASON BEHIND AND ALSO,IT SHOWS V R PROTECTING OUR ATMOSPHERE ,WELL.FOR THESE RESONS,EARTH MAY RECEIVES LESS HEAT FROM SUN