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The subcontinental lithospheric mantle (SCLM) is the uppermost solid part of Earth's mantle associated with the continental lithosphere. The modern understanding of the Earth's upper mantle is that there are two distinct components - the lithospheric part and the asthenosphere. The lithosphere, which includes the continental plates, acts as a brittle solid whereas the asthenosphere is hotter and weaker due to mantle convection. The boundary between these two layers is rheologically based and is not necessarily a strict function of depth. Specifically, oceanic lithosphere (lithosphere underneath the oceanic plates) and subcontinental lithosphere, is defined as a mechanical boundary layer that heats via conduction and the asthenosphere is a convecting adiabatic layer. In contrast to oceanic

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  • El manto litosférico subcontinental (SCLM, del inglés subcontinental lithospheric mantle) es la parte sólida superior del manto terrestre asociado con la litosfera continental. La comprensión moderna del manto superior de la Tierra es que hay dos componentes distintos: la parte litosférica y la astenosfera. La litosfera, que incluye las placas continentales, actúa como un sólido frágil, mientras que la astenosfera es más caliente y más débil debido a la convección del manto. El límite entre estas dos capas tiene una base reológica y no es necesariamente una función estricta de profundidad. Específicamente, la litosfera oceánica (litosfera debajo de las placas oceánicas) y la litosfera subcontinental, se define como una capa límite mecánica que se calienta por conducción y la astenosfera es una capa adiabática convectiva. A diferencia de la litosfera oceánica, que experimenta tasas más rápidas de reciclaje, la litosfera subcontinental es químicamente distinta, fría y más antigua. Esto se tradujo en las diferencias entre el SCLM y el . Hay dos tipos diferentes de litosfera subcontinental que se formaron en diferentes momentos de la historia de la Tierra: el manto subcontinental arqueo y fanerozoico. (es)
  • The subcontinental lithospheric mantle (SCLM) is the uppermost solid part of Earth's mantle associated with the continental lithosphere. The modern understanding of the Earth's upper mantle is that there are two distinct components - the lithospheric part and the asthenosphere. The lithosphere, which includes the continental plates, acts as a brittle solid whereas the asthenosphere is hotter and weaker due to mantle convection. The boundary between these two layers is rheologically based and is not necessarily a strict function of depth. Specifically, oceanic lithosphere (lithosphere underneath the oceanic plates) and subcontinental lithosphere, is defined as a mechanical boundary layer that heats via conduction and the asthenosphere is a convecting adiabatic layer. In contrast to oceanic lithosphere, which experiences quicker rates of recycling, subcontinental lithosphere is chemically distinct, cold, and older. This translated into the differences between the SCLM and the . There are two different types of subcontinental lithosphere that formed at different times in Earth's history: Archean and Phanerozoic subcontinental mantle. (en)
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  • El manto litosférico subcontinental (SCLM, del inglés subcontinental lithospheric mantle) es la parte sólida superior del manto terrestre asociado con la litosfera continental. La comprensión moderna del manto superior de la Tierra es que hay dos componentes distintos: la parte litosférica y la astenosfera. La litosfera, que incluye las placas continentales, actúa como un sólido frágil, mientras que la astenosfera es más caliente y más débil debido a la convección del manto. El límite entre estas dos capas tiene una base reológica y no es necesariamente una función estricta de profundidad. Específicamente, la litosfera oceánica (litosfera debajo de las placas oceánicas) y la litosfera subcontinental, se define como una capa límite mecánica que se calienta por conducción y la astenosfera es (es)
  • The subcontinental lithospheric mantle (SCLM) is the uppermost solid part of Earth's mantle associated with the continental lithosphere. The modern understanding of the Earth's upper mantle is that there are two distinct components - the lithospheric part and the asthenosphere. The lithosphere, which includes the continental plates, acts as a brittle solid whereas the asthenosphere is hotter and weaker due to mantle convection. The boundary between these two layers is rheologically based and is not necessarily a strict function of depth. Specifically, oceanic lithosphere (lithosphere underneath the oceanic plates) and subcontinental lithosphere, is defined as a mechanical boundary layer that heats via conduction and the asthenosphere is a convecting adiabatic layer. In contrast to oceanic (en)
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  • Manto litosférico subcontinental (es)
  • Subcontinental lithospheric mantle (en)
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