Tectonic development of the Colorado Plateau Transition Zone, central Arizona: Insights from lower lithosphere xenoliths and volcanic host rocks

Keyphrases

• Age Distribution 20%
• Arc Magma 20%
• Arclogite 80%
• Arizona 20%
• Asthenosphere Upwelling 20%
• Batholith 60%
• Cenozoic 20%
• Central Arizona 100%
• Chino 20%
• Clinopyroxene 20%
• Colorado Plateau 100%
• Consanguineous 20%
• Continental Arc 60%
• Creek 20%
• Early Cenozoic 20%
• Eclogite 20%
• Elevated Temperature 20%
• Entrainment 20%
• Equilibration 20%
• Farallon Plate 40%
• Garnet 40%
• Garnet Clinopyroxenite 20%
• Homogeneous Type 20%
• Host Rock 100%
• Igneous Rocks 20%
• Jadeite 20%
• Laramide 20%
• Late Jurassic 20%
• Late Oligocene 20%
• Lower Crust 20%
• Mafic 20%
• Mafic Volcanics 20%
• Magmatism 20%
• Mantle Wedge 20%
• Meso-Cenozoic 20%
• Miocene 40%
• Mojave 20%
• Mojave Desert 40%
• New Locations 20%
• Nodule 40%
• Plate Subduction 20%
• Pluton 20%
• San Carlos 20%
• Shallow Angles 20%
• Sm-Nd 20%
• Southern California 60%
• Spinel Peridotite Xenoliths 20%
• Subducting 20%
• Subduction 40%
• Tectonic Evolution 100%
• Titanite 20%
• Transition Zone 100%
• U-Pb Age 20%
• Volcanic 100%
• Western Colorado 20%
• Whole Rock 20%
• Xenolith 100%
• Zircon 20%
• Zircon U-Pb 20%

Earth and Planetary Sciences

• Age Structure 16%
• Arizona 100%
• Asthenosphere 16%
• Batholith 50%
• Clinopyroxene 16%
• Colorado 100%
• Continental Arc 50%
• Eclogite 16%
• Garnet 50%
• Host Rock 100%
• Igneous Rock 16%
• Late Jurassic 16%
• Leading Edge 16%
• Lithosphere 100%
• Locale 66%
• Lower Crust 16%
• Magma 16%
• Magmatism 16%
• Miocene 33%
• Oligocene 16%
• Peridotite 16%
• Southern California 50%
• Tectonics 100%
• Titanite 16%
• Xenolith 100%
• Zircon 33%