Subduction results from convection in the asthenosphere. The heat from the core of the earth that is imparted to the mantle causes the mantle to convect much the way
boiling water convects in a pan on the stove. Hot mantle at the core-mantle boundary rises while cool mantle sinks, causing convection cells to form.
A is called a subduction zone, where an oceanic plate converges with another tectonic plate, typically a continental plate, and is forced down into the asthenosphere. This process can lead to the formation of deep ocean trenches and volcanic arcs. The intense pressure and heat in the asthenosphere can cause the subducting plate to partially melt, contributing to magma formation and volcanic activity. Subduction zones are key areas for understanding plate tectonics and associated geological phenomena.
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Mars does not have an asthenosphere like Earth. The asthenosphere is a layer in Earth's upper mantle that is semi-fluid and allows for plate tectonics to occur. Mars does not have active plate tectonics, so it does not have a comparable asthenosphere.
The inferred temperature at the interface between the stiffer mantle and the asthenosphere is closest to approximately 1300 to 1500 degrees Celsius (2372 to 2732 degrees Fahrenheit). This temperature range is crucial for the behavior of the asthenosphere, as it becomes partially molten and more ductile, allowing for mantle convection and tectonic plate movement.
Convergent with the oceanic plate subducting under the continental plate.
A is called a subduction zone, where an oceanic plate converges with another tectonic plate, typically a continental plate, and is forced down into the asthenosphere. This process can lead to the formation of deep ocean trenches and volcanic arcs. The intense pressure and heat in the asthenosphere can cause the subducting plate to partially melt, contributing to magma formation and volcanic activity. Subduction zones are key areas for understanding plate tectonics and associated geological phenomena.
When an oceanic plate subducts below another continental or oceanic plate, the cold, wet, dense rock and sediments slowly dive into the asthenosphere, where, due to the volume of water contained in the subducting plate, the melting point of the subducting plate is lower than the surrounding rock. Volcanoes may result from the rising of molten material created by the subduction.
When an oceanic plate subducts below another continental or oceanic plate, the cold, wet, dense rock and sediments slowly dive into the asthenosphere, where, due to the volume of water contained in the subducting plate, the melting point of the subducting plate is lower than the surrounding rock. Volcanoes may result from the rising of molten material created by the subduction.
No, subducting plate and oceanic plate are not the same. An oceanic plate is a type of tectonic plate that lies beneath the ocean, while a subducting plate refers to an oceanic plate that is descending beneath another tectonic plate at a convergent boundary. Subducting plates are a specific category of oceanic plates.
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A subducting ocean plate is a tectonic plate that is moving beneath another plate at a convergent boundary. As it moves, the subducting plate is forced down into the Earth's mantle, creating a subduction zone. This process can lead to volcanic activity, earthquakes, and the formation of deep ocean trenches.
they sit on the asthenosphere
When one plate moves under the other plate
Slab Pull Force occurs when a denser oceanic plate is forced beneath a less dense continental plate or oceanic plate in a process called subduction. It's the force caused by suction of the cold dense lithosphere into the asthenosphere at destructive margins. Basically, because lithosphere is denser than asthenosphere, there is gravitational imbalance which is passed on to the crust. this causes the lithosphere to be sucked inwards at the oceanic trenches into deep asthenosphere.
The asthenosphere is not a plate boundary. It is the layer of Earth's mantle on which tectonic plates float.
The asthenosphere is a section of the upper mantle that enables plate tectonics.
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