The mountain collapses into an emptied magma chamber
It would have to be a caldera. A caldera is a depression in the ground, so it is logical that one would contain a lake (and some do). A volcanic neck is a pillar or mountain of rock that solidified inside a volcano, and so could not form a lake.
A caldera.
I actually had problems with this question on my crossword puzzle. The answer is actually a caldera. ---------------------------------- A volcanic crater would also be a correct answer.
When a volcano collapses, it can form a crater or caldera. A crater is a bowl-shaped depression at the top of the volcano, while a caldera is a much larger depression that can form when the center of the volcano collapses. Both features can result in a large, empty space left behind by the volcanic activity.
The rare phenomenon you're talking about is called a calderas.Caldera is the term given to large depressions associated with volcanoes that form when volcanoes explode or collapse into the earth.
It would have to be a caldera. A caldera is a depression in the ground, so it is logical that one would contain a lake (and some do). A volcanic neck is a pillar or mountain of rock that solidified inside a volcano, and so could not form a lake.
A caldera.
I actually had problems with this question on my crossword puzzle. The answer is actually a caldera. ---------------------------------- A volcanic crater would also be a correct answer.
When a volcano collapses, it can form a crater or caldera. A crater is a bowl-shaped depression at the top of the volcano, while a caldera is a much larger depression that can form when the center of the volcano collapses. Both features can result in a large, empty space left behind by the volcanic activity.
The rare phenomenon you're talking about is called a calderas.Caldera is the term given to large depressions associated with volcanoes that form when volcanoes explode or collapse into the earth.
Krakatoa is a volcanic island with a caldera volcano. The caldera was formed during the catastrophic eruption in 1883, which caused the island to collapse and form a large caldera. Today, Krakatoa is composed of three main volcanic cones within the caldera.
Caldera volcanoes form through a process that begins with a massive eruption, where magma is expelled from the magma chamber beneath the volcano. This sudden loss of pressure causes the ground above to collapse, creating a large depression known as a caldera. Over time, the caldera may fill with water or be reformed by subsequent volcanic activity, leading to the development of new volcanic features. The result is a large, often circular basin that can be several kilometers in diameter.
In cases where a volcanic mountain erupts, leaving behind part of its neck, to form a kind of depression or hollowed remnant called a Crater. When water gets into such cavity and becomes traped and stagnant it leads to a "Cratic Lake" mostly known as a "Caldera".
When a large explosive volcanic eruption destroys most of the volcano, the resulting large crater is called a caldera.
A caldera is the depression atop a volcanic landform, either active or dormant. It can be very large and becomes less visible after a long period of erosion. A crater lake forms when the surface of the caldera is impermeable rock, and there is no way for precipitation to drain. On high mountains with glaciers, small lakes can form seasonally from meltwater.
When a volcano uses up the magma in its chamber, the roof of the chamber can collapse, leading to the formation of a large depression called a caldera. This caldera can later fill with water to form a crater lake. Alternatively, the collapse can result in the formation of smaller depressions known as volcanic craters.
When a cone collapses into the magma chamber, the resulting depression is called a caldera. Calderas form due to the collapse of the ground following a volcanic eruption when the magma chamber is emptied. This can create a large, basin-like structure that may eventually fill with water or become the site of new volcanic activity.