Chapter 9 The Oligocene-Miocene Boundary - Antarctic Climate Response to Orbital Forcing

Keyphrases

• Drill Core 100%
• Early Miocene 100%
• Ice Volume 100%
• Antarctic Climate 100%
• Antarctic Ice Sheet 100%
• Oligocene-Miocene Boundary 100%
• Orbital Forcing 100%
• Climate Response 100%
• Chapter 9 100%
• Ice Sheet 66%
• Obliquity 66%
• Oligocene-Miocene 66%
• Deep Sea 66%
• Isotope Records 66%
• Amplitude Variability 66%
• High-resolution 33%
• Eccentricity 33%
• Antarctica 33%
• Sea Level Rise 33%
• Glacial Advance 33%
• Cape 33%
• Antarctic Margins 33%
• Rapid Growth 33%
• Model Support 33%
• High Amplitude 33%
• Ice-sheet Models 33%
• Atmospheric CO2 Concentration 33%
• Paleoceanography 33%
• Glacial Expansion 33%
• Swift 33%
• Victoria Land Basin 33%
• Climate Models 33%
• Western Ross Sea 33%
• Earth Orbit 33%
• Environmental Data 33%
• Sea-level Fall 33%
• Volume Estimation 33%
• Cratons 33%
• Low Eccentricity 33%
• Greenhouse Gas Forcing 33%
• Model Ice 33%
• Water Masses 33%
• Mass Development 33%
• CIROS 33%
• Coastal Sea Level 33%
• Greenhouse Gases Concentration 33%
• Low Amplitude 33%
• Rapid Decay 33%
• Climate System 33%
• Transient Growth 33%
• Magnesium-calcium 33%
• Palaeo-sea Level 33%
• Paleothermometer 33%
• Vegetation Recovery 33%
• Transience 33%
• Tectonic Influence 33%
• Additional Records 33%
• Climate Thresholds 33%
• Isotopic Values 33%

Earth and Planetary Sciences

• Miocene 100%
• Oligocene 100%
• Orbital Forcing 100%
• Ice Sheet 75%
• Sea Level 50%
• Greenhouse Gas 25%
• Obliquity 25%
• Deep Sea 25%
• Antarctic Region 12%
• Vegetation 12%
• Tectonics 12%
• Craton 12%
• Cyclicity 12%
• Atmospherics 12%
• Climate Modeling 12%
• Water Mass 12%
• Paleoceanography 12%
• Environmental Data 12%
• Carbon Dioxide 12%
• Earth Orbit 12%