Nonuniform surface uplift of the Andean plateau revealed by deuterium isotopes in Miocene volcanic glass from southern Peru

Keyphrases

• Miocene Volcanics 100%
• Volcanic Glass 100%
• Southern Peru 100%
• Andean Plateau 100%
• Surface Uplift 100%
• Deuterium Isotope 100%
• Nonuniform Surface 100%
• D-value 40%
• Temperature Sensitivity 40%
• Central Plateau 40%
• Paleoelevation 40%
• Uplift Mechanism 40%
• Lithospheric Removal 40%
• Mantle Lithosphere 20%
• Late Miocene 20%
• General Circulation Models 20%
• Hydrogen Isotopes 20%
• Basin Fill 20%
• Fold-and-thrust Belt 20%
• Elevation Change 20%
• Surface Elevation 20%
• Crustal Thickening 20%
• Western Cordillera 20%
• Model Support 20%
• Highlands 20%
• Early-Middle Miocene 20%
• Paleotopography 20%
• Isotope Data 20%
• Lower Estimate 20%
• Crustal Shortening 20%
• Local Variability 20%
• Central Depression 20%
• Threshold Height 20%
• Topographic Growth 20%
• Temperature Shift 20%
• Isotope Shift 20%
• Tectonic Model 20%
• Plateau Uplift 20%
• Horizontal Distance 20%
• Upper Bound Estimate 20%
• Northern Plateau 20%
• Irregular Surface 20%
• Isotopic Composition of Precipitation 20%
• Negative Value 20%
• Lower-middle Miocene 20%

Earth and Planetary Sciences

• Miocene 100%
• Volcanic Glass 100%
• Deuterium 100%
• Peru 100%
• Tectonics 25%
• Lithosphere 25%
• Pliocene 25%
• Hydrogen Isotopes 25%
• Basin Fill 25%
• Isotopic Composition 25%
• Crustal Thickening 25%
• Paleotopography 25%
• General Circulation Model 25%
• Crustal Shortening 25%