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大陆岩石圈与地球深部动力过程的协同演化
Translated title of the contribution
:
Co-evolution of continental lithosphere and deep mantle dynamics
Lijun Liu, Ling Chen
Earth Science and Environmental Change
Research output
:
Contribution to journal
›
Article
›
peer-review
Overview
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Dive into the research topics of 'Co-evolution of continental lithosphere and deep mantle dynamics'. Together they form a unique fingerprint.
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Keyphrases
Deep Mantle
100%
Lithospheric Mantle
100%
Continental Lithosphere
100%
Mantle Dynamics
100%
Cratonic Lithosphere
66%
Cratons
44%
Earth Surface
22%
Subduction
22%
Geodynamics
22%
Mantle Lithosphere
22%
Oceanic Plate
22%
East Asia
11%
Low Density
11%
Large Volume
11%
Delamination
11%
Structural Deformation
11%
Human Being
11%
Associated Surface
11%
High Viscosity
11%
Energy Exchange
11%
New Research Directions
11%
Climate Change
11%
System Behavior
11%
Upper Mantle
11%
Dynamic Force
11%
Earth Sciences
11%
Energy Efficiency
11%
Environmental Change
11%
Weak Interlayer
11%
Lower Mantle
11%
Western North America
11%
Gravitational Instability
11%
Surface Uplift
11%
Dynamic Disturbance
11%
Gravity Anomaly
11%
Atlantic Ocean
11%
Earth System
11%
Mass Exchange
11%
Traditional View
11%
Plate Boundary
11%
Co-evolving
11%
Melt Extraction
11%
Cratonic
11%
Flat Subduction
11%
Lithospheric Deformation
11%
Mantle Convection
11%
Weak Zone
11%
Geological Time
11%
Lithospheric Thinning
11%
Crust Formation
11%
Intracratonic Basin
11%
Surface Subsidence
11%
Continental Rifting
11%
Plate Tectonic Theory
11%
Lithospheric Discontinuities
11%
Plume-lithosphere Interaction
11%
Supercontinent Cycle
11%
Craton Destruction
11%
Seismic Constraints
11%
Geoid
11%
Lithosphere Delamination
11%
Lithospheric Delamination
11%
Geodynamic Processes
11%
Continental Plate
11%
Traditional Wisdom
11%
Tectosphere
11%
Earth and Planetary Sciences
Lithosphere
100%
Continental Lithosphere
100%
Mantle Dynamics
100%
Coevolution
100%
Craton
41%
Geodynamics
25%
Delamination
25%
Earth Surface
16%
Thinning
16%
North America
8%
Earth Science
8%
Upper Mantle
8%
Recycling
8%
Climate Change
8%
Lower Mantle
8%
Environmental Change
8%
Subsidence
8%
East Asia
8%
Gravitational Instability
8%
Atlantic Ocean
8%
Plate Boundary
8%
Continental Interior
8%
Rifting
8%
Geological Time
8%
Mantle Convection
8%
Plate (Tectonics)
8%
Intracratonic Basin
8%
Supercontinent
8%
Geoids
8%
Gravity Anomaly
8%