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Visualization of lithosphere subduction: application to the mantle evolution beneath the Japanese Islands

Andreas Helfrich-Schkarbanenko, S. Honda, Alik T. Ismail-Zadeh, Aron Sommer, Igor Tsepelev

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Abstract

In this article we illustrate how visualization of scientific data helps in interpreting results of three-dimensional numerical modeling. We visualize the evolution of the descending lithosphere (lithosphere subduction) beneath the Japanese Islands assimilating geophysical, geodetic, and geological data. Using three-dimensional visualization tools we illustrate here that the hot mantle upwelling beneath the descending Pacific plate penetrated through the plate into the mantle wedge.

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What this paper is about

In this article we illustrate how visualization of scientific data helps in interpreting results of three-dimensional numerical modeling. We visualize the evolution of the descending lithosphere (lithosphere subduction) beneath the Japanese Islands assimilating geophysical, geodetic, and geological data. Using three-dimensional visualization tools we illustrate here that the hot mantle upwelling beneath the descending Pacific plate penetrated through the plate into the mantle wedge.

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Available abstract

In this article we illustrate how visualization of scientific data helps in interpreting results of three-dimensional numerical modeling. We visualize the evolution of the descending lithosphere (lithosphere subduction) beneath the Japanese Islands assimilating geophysical, geodetic, and geological data. Using three-dimensional visualization tools we illustrate here that the hot mantle upwelling beneath the descending Pacific plate penetrated through the plate into the mantle wedge.

Key concepts: Geology, Lithosphere, Subduction, Mantle (geology), Hotspot (geology), Mantle wedge, Geodetic datum, Geophysics

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