In the same way that the other mountains of the Cascade Range were formed. The Juan de Fuca Plate subducted under the North American Plate. The water that subducted with the Juan de Fuca Plate lowered the melting temperature of the rock above it, causing magma to form. The magma built up and rose, causing the formation of all the mountains in the Cascade Range.
Mt Mazama was formed by repeated flows of volcanic lava and deposits of ash, one on top of another, over a period of roughly 400,000 years. It grew to a height of over 2 miles before it collapsed 7700 years ago.
No. Mount Mazama is associated with a subduction zone.
No. Mount Mazama is associated with a subduction zone, which is formed by converging plates.
Mount Mazama is on the North American Plate.
The last eruption of Mount Mazama was 7,700 years ago, too long ago for us to know how many died in the explosion.
It was in 1599 when mount mazama erupted for the last time
In the Cascade Mountain Range in the US
No. Mount Mazama is associated with a subduction zone, which is formed by converging plates.
It was formed by the collapse of the volcano Mount Mazama.
Crater Lake formed after Mount Mazama, a volcano, collapsed during a cataclysmic eruption.
Crater Lake formed after the collapse of Mount Mazama.
The eruption of Mount Mazama that formed Crater Lake was a caldera forming eruption. This is the most violent type of volcanic eruption.
Mount Mazama is part of the Cascade Mountain Range
Mt. Mazama is 8,159 ft.
Mount Mazama is on the North American Plate.
No. Mount Mazama is a stratovolcano with a caldera.
No. Mount Mazama still exists. Between 6,000 and 8,000 years ago Mount Mazama underwent a cataclysmic eruption and much of the mountain collapsed.
Mount Mazama is not in the ocean. It is in the US state of Oregon. It is 117 miles from the Pacific Ocean.
No. Mount Mazama, the volcano that holds Crater Lake, formed as a result of a subduction zone.