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Earth and Atmospheric Sciences
Earth's Structure and Processes
Glaciology and Glacial Geomorphology
1. Introduction to Glaciology and the Cryosphere
2. Physical Properties of Ice
3. Glacier Formation and Classification
4. Glacier Mass Balance
5. Glacier Dynamics and Ice Flow
6. Glacial Thermal Regime
7. Subglacial Hydrology
8. Glacial Erosion Processes
9. Glacial Sediment Transport and Deposition
10. Glacial Erosional Landforms
11. Glacial Depositional Landforms
12. Glaciofluvial Systems and Landforms
13. Glaciolacustrine and Glaciomarine Environments
14. Periglacial Geomorphology
15. Paleoglaciology and Quaternary Glaciations
16. Glaciers and Climate
17. Glaciers in a Changing Climate
18. Research Methods in Glaciology
19. Applications of Glaciological Knowledge
Glacier Formation and Classification
The Transformation of Snow to Glacial Ice
Snowfall and Accumulation
Snow Crystal Formation
Snowpack Structure
Snow Density
Firnification
Definition of Firn
Processes of Densification
Firn Density Changes
Compaction and Recrystallization
Pressure Sintering
Grain Growth
Metamorphism Processes
Time Scales of Transformation
Bubble Close-off
Air Bubble Evolution
Density Thresholds
Classification of Glaciers
By Thermal Regime
Temperate Glaciers
Characteristics
Distribution
Thermal Profile
Polar Glaciers
Characteristics
Distribution
Thermal Profile
Polythermal Glaciers
Mixed Thermal Regimes
Spatial Variations
By Morphology and Topographic Setting
Ice Sheets
Size Criteria
Continental Ice Sheets
Ice Caps
Size and Characteristics
Highland Ice Caps
Ice Fields
Valley Glaciers
Alpine Glaciers
Formation and Characteristics
Outlet Glaciers
Cirque Glaciers
Location and Morphology
Size Limitations
Piedmont Glaciers
Formation at Valley Exits
Spreading Patterns
Tidewater Glaciers
Interaction with Ocean
Calving Dynamics
Ice Tongues
Floating Extensions
By Activity Level
Active Glaciers
Inactive Glaciers
Dead Ice
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2. Physical Properties of Ice
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4. Glacier Mass Balance