Uplift history and structure of the Transantarctic Mountains: new evidence from fission track dating of basement apatites in the Dry Valleys area, southern Victoria Land

Keyphrases

• Valley Area 100%
• Fission Track Dating 100%
• Uplift History 100%
• New Evidence 100%
• Dry Valleys 100%
• Southern Victoria Land 100%
• Transantarctic Mountains 100%
• Apatite 100%
• Mountain Range 40%
• Apatite Fission Track Age 40%
• Early Cenozoic 40%
• McMurdo Sound 20%
• Dolerite Sill 20%
• Length Distribution 20%
• Rapid Cooling 20%
• Stratigraphic Thickness 20%
• Age Profiles 20%
• Thermal Gradient 20%
• Break-in-slope 20%
• Polar Ice Cores 20%
• Track Width 20%
• Basement Rocks 20%
• Mountain Front 20%
• Tectonic Stability 20%
• Rapid Uplift 20%
• Apatite Fission Track 20%
• Fault Zone 20%
• Fission-track Analysis 20%
• Vertical Offset 20%
• Differential Uplift 20%
• Major Fault 20%
• Elevation Profile 20%
• Late Cretaceous 20%

Earth and Planetary Sciences

• Fission Track Dating 100%
• Calcium Phosphate 100%
• Mountain Range 25%
• Polar Cap 12%
• Late Cretaceous 12%
• Tectonics 12%
• Fault Zone 12%
• Basement Rock 12%
• McMurdo Sound 12%
• Diabase 12%