The cold air that descends at the poles moves over the Earth’s surface towards the equator, and by about 60 o latitude it begins to rise, creating a Polar Cell between 60 o and 90 o . Between 30 o and...The cold air that descends at the poles moves over the Earth’s surface towards the equator, and by about 60 o latitude it begins to rise, creating a Polar Cell between 60 o and 90 o . Between 30 o and 60 o lie the Ferrel Cells, composed of sinking air at 30 o and rising air at 60 o (Figure \PageIndex3).
The cold air that descends at the poles moves over the Earth’s surface towards the equator, and by about 60 o latitude it begins to rise, creating a Polar Cell between 60 o and 90 o . Between 30 o and...The cold air that descends at the poles moves over the Earth’s surface towards the equator, and by about 60 o latitude it begins to rise, creating a Polar Cell between 60 o and 90 o . Between 30 o and 60 o lie the Ferrel Cells, composed of sinking air at 30 o and rising air at 60 o (Figure \PageIndex3).
The cold air that descends at the poles moves over the Earth’s surface towards the equator, and by about 60 o latitude it begins to rise, creating a Polar Cell between 60 o and 90 o . Between 30 o and...The cold air that descends at the poles moves over the Earth’s surface towards the equator, and by about 60 o latitude it begins to rise, creating a Polar Cell between 60 o and 90 o . Between 30 o and 60 o lie the Ferrel Cells, composed of sinking air at 30 o and rising air at 60 o (Figure \PageIndex3).
