The region between the equator and the north pole is called the "northern Hemisphere".
The region between the equator and the south pole is called the "Southern Hemisphere".
The two of them put together cover the whole earth.
Temperate latitudes. These are regions on Earth located between the tropics and the polar regions, characterized by moderate temperatures and distinct seasons.
No, the equator is not a polar region. The equator is an imaginary line that divides the Earth into the Northern and Southern Hemispheres, while the polar regions are located near the North and South Poles. The equator is known for its warm and tropical climate, while the polar regions are characterized by cold temperatures and ice.
Tropical, temperate, and polar climates can occur at different latitudes. Tropical climates are found near the equator, temperate climates are found in the mid-latitudes, and polar climates are found near the poles.
Polar latitudes experience the most variation between seasons, with long, harsh winters and brief, cool summers. Equatorial latitudes have the least variation, with consistently warm temperatures year-round. Subtropical and intermediate latitudes fall somewhere in between, with noticeable changes in temperature and weather patterns between seasons.
You would typically find more oxygen in ocean water in the northern latitudes compared to near the equator. This is because colder water in the northern latitudes can hold more dissolved oxygen compared to warmer water near the equator. Additionally, factors such as upwelling and mixing in polar regions can further increase oxygen levels.
Temperate latitudes. These are regions on Earth located between the tropics and the polar regions, characterized by moderate temperatures and distinct seasons.
From Wikipedia, the free encyclopediaThe mid-latitudes (sometimes midlatitudes) are the areas on earth between the tropics and the polar regions, approximately 30° to 60° north or south of the equator. The mid-latitudes are an important region in meteorology, having weather patterns which are generally distinct from weather in the tropics and the polar regions. Weather fronts and extratropical cyclones are usually found in this area, as well as occasional tropical cyclones which have traveled from their areas of formation closer to the equator.
The arctic is NOT "under the equator." It is at the north polar region. The Antarctic is at the south polar region; the average temp in the polar regions are much colder than at the equator.
No, the equator is not a polar region. The equator is an imaginary line that divides the Earth into the Northern and Southern Hemispheres, while the polar regions are located near the North and South Poles. The equator is known for its warm and tropical climate, while the polar regions are characterized by cold temperatures and ice.
Tropical, temperate, and polar climates can occur at different latitudes. Tropical climates are found near the equator, temperate climates are found in the mid-latitudes, and polar climates are found near the poles.
low rates of evaporation(novanet/Gradpoint)
All these can be explained by simple gear mechanism. You have to put three gears A B C in a row above the equator and below the equator. Above the equator westerlies move in anticlockwise direction and below it moves in clockwise direction. So two gears move in opposite direction. This is normal phenomena. Energy for this is provided by sun. As equator is hottest, air is bound to go upwards. It can go all the way to polar region and go down. But this does not happen and you have three cells. That means Hadley cell, Ferrel cell and polar cell. In Hadley cell at equator air moves upwards at equator. From there it moves towards polar direction and then at tropic of cancer and tropic of Capricorn it it goes downwards. As air from there has already travelled to equator. Then Ferrel cell behave against the natural law. That means air flows from hot to cold region. Energy for this abnormal movement is provided by Hadley cell as well as polar cell. Here both the cells provide 'equal' energy. Then you have polar cell. It is normal to move air from cold region to hot region. As air from hot region will go up. So it needs no explanation. So in trade winds air moves from tropic of cancer and Capricorn to equator, in north and south poles respectively. In Ferrel cells you have westerlies. Air flows from tropic of cancer and tropic of Capricorn to 60 latitude. And in polar cell you have air flowing from polar region to 60 latitude. It causes polar easterlies. So movements of winds are explained.
The westerlies (winds from the west) which blow in the middle latitudes between 30 degrees and 60 degrees north and south of the equator. Also called the Polar Front
Tropics- area near equator polar- area closer to the poles
Polar latitudes experience the most variation between seasons, with long, harsh winters and brief, cool summers. Equatorial latitudes have the least variation, with consistently warm temperatures year-round. Subtropical and intermediate latitudes fall somewhere in between, with noticeable changes in temperature and weather patterns between seasons.
Low air pressure typically occurs at the equator (0° latitude) and in the polar regions (around 60-70° latitude). At the equator, air is warm and rises, creating a region of low pressure. In the polar regions, cold air sinks and creates high pressure, resulting in low pressure areas at the surface.
You would typically find more oxygen in ocean water in the northern latitudes compared to near the equator. This is because colder water in the northern latitudes can hold more dissolved oxygen compared to warmer water near the equator. Additionally, factors such as upwelling and mixing in polar regions can further increase oxygen levels.