The structural geometry, metamorphic and magmatic evolution of the Everest massif, High Himalaya of Nepal-South Tibet

Earth and Planetary Sciences

• Detachment 100%
• Tibet 100%
• Leucogranite 100%
• Himalayas 100%
• Massif 80%
• Slab 80%
• Sillimanite 60%
• Footwall 60%
• Sill 40%
• Extrusion 40%
• Thermobarometry 40%
• Crustal Thickening 40%
• Normal Fault 40%
• High Temperature Metamorphism 20%
• Initiation 20%
• Lower Crust 20%
• Granulite Facies 20%
• Metamorphism 20%
• Collision 20%
• Altitude 20%
• Plateau 20%
• Muscovite 20%
• Miocene 20%
• Oligocene 20%
• Geometry 20%
• Regional Metamorphism 20%
• Garnet 20%
• Friction 20%
• Upper Crust 20%
• Tourmaline 20%
• Tectonic Evolution 20%
• Upper Mantle 20%
• Pyramid 20%
• Map 20%
• Datum 20%
• Model 20%
• Extension 20%
• Depth 20%
• Region 20%
• Support 20%
• Mountain 20%
• Crust 20%
• Heat 20%
• Nepal 20%
• Rill 20%
• Asia 20%
• Thrust 20%
• High Temperature 20%
• Geochronology 20%
• Petrology 20%
• Structural Geology 20%
• Amount 20%
• Cordierite 20%

INIS

• tibet 100%
• slabs 80%
• metamorphism 60%
• gneisses 60%
• extrusion 40%
• geometry 20%
• depth 20%
• zones 20%
• data 20%
• tectonics 20%
• levels 20%
• convergence 20%
• shear 20%
• heat 20%
• cross sections 20%
• friction 20%
• maps 20%
• origin 20%
• motion 20%
• asia 20%
• mountains 20%
• valleys 20%
• geology 20%
• collisions 20%
• geochronology 20%
• topography 20%
• altitude 20%
• granulites 20%
• slip 20%
• high temperature 20%
• muscovite 20%
• garnets 20%
• petrology 20%
• nepal 20%
• ballooning instability 20%
• tourmaline 20%