Caldera
Sometimes after an eruption , the top of a volcano may collapse down into the partially emptied magma chamber. Which creates a very large opening called a caldera.
A caldera may form inside the crater of a large volcano. A caldera is a large depression caused by the collapse of the summit of the volcano following a massive eruption. It can be several kilometers in diameter.
A caldera is a depression formed by an extremely large, explosive volcanic eruption. The largest eruptions drain huge amounts of magma from underground, causing the ground above to collapse into the space left behind.
A large opening formed by a collapsed volcano is known as a caldera. This geological feature occurs when a volcano erupts and expels a significant amount of magma, leading to the collapse of the ground above the emptied magma chamber. Calderas can vary in size and may eventually fill with water, creating lakes, or be surrounded by new volcanic activity. Notable examples include the Yellowstone Caldera in the United States and the Santorini Caldera in Greece.
The eruption of Krakatoa in 1883 was one of the most powerful in recorded history, causing a series of massive explosions that resulted in the collapse of the volcano's summit. This collapse caused a large portion of the island to slide into the sea, leading to the disappearance of much of Krakatoa.
caldera
Sometimes after an eruption , the top of a volcano may collapse down into the partially emptied magma chamber. Which creates a very large opening called a caldera.
A caldera may form inside the crater of a large volcano. A caldera is a large depression caused by the collapse of the summit of the volcano following a massive eruption. It can be several kilometers in diameter.
a vent i think
composite volcano
A caldera is a depression formed by an extremely large, explosive volcanic eruption. The largest eruptions drain huge amounts of magma from underground, causing the ground above to collapse into the space left behind.
A large opening formed by a collapsed volcano is known as a caldera. This geological feature occurs when a volcano erupts and expels a significant amount of magma, leading to the collapse of the ground above the emptied magma chamber. Calderas can vary in size and may eventually fill with water, creating lakes, or be surrounded by new volcanic activity. Notable examples include the Yellowstone Caldera in the United States and the Santorini Caldera in Greece.
These are called composhit volcanoes or stratovolcanoes.
The eruption of Krakatoa in 1883 was one of the most powerful in recorded history, causing a series of massive explosions that resulted in the collapse of the volcano's summit. This collapse caused a large portion of the island to slide into the sea, leading to the disappearance of much of Krakatoa.
A caldera is a large depression in a volcano. Most calderas form in one of two ways: by collapse of the top of a composite volcano after the magma chamber is drained.
Caldera.
The opening of the volcano is called crater. A crater may be large in dimension or deep. This is where the magma erupts.