A new coupled ice sheet/climate model: Description and sensitivity to model physics under Eemian, Last Glacial Maximum, late Holocene and modern climate conditions

Earth & Environmental Sciences

• Eemian 81%
• Last Glacial Maximum 64%
• climate conditions 62%
• ice sheet 57%
• climate modeling 51%
• physics 50%
• Holocene 47%
• moisture 12%
• ice 11%
• albedo 7%
• mass balance 7%
• surface temperature 6%
• climate 6%
• air temperature 6%
• ice margin 5%
• feedback loop 5%
• surface energy 4%
• meltwater 4%
• ablation 4%
• simulation 3%
• snow 3%
• boundary condition 3%
• timescale 2%
• distribution 1%
• effect 0%

Mathematics

• Climate Models 95%
• Climate 85%
• Physics 50%
• Moisture 26%
• Model 20%
• Heat 9%
• Ablation 7%
• Performance Model 6%
• Coupled Model 6%
• Surface Energy 6%
• Feedback Loop 6%
• Conserve 5%
• Simulation 5%
• High Resolution 5%
• Margin 5%
• Resolve 4%
• Time Scales 4%
• Configuration 3%

Engineering & Materials Science

• Climate models 100%
• Ice 62%
• Physics 52%
• Moisture 14%
• Earth (planet) 10%
• Interfacial energy 5%
• Ablation 5%
• Snow 4%
• Air 4%
• Hot Temperature 3%
• Fluxes 3%
• Temperature 3%
• Boundary conditions 3%
• Feedback 2%