Useful Links
Earth and Atmospheric Sciences
Atmospheric Sciences and Climate
Climatology
1. Introduction to Climatology
2. The Earth's Energy Budget
3. Components of the Climate System
4. Climate Classification
5. Climate Variability
6. Climate Change
7. Climate Modeling and Projections
8. Impacts and Applications of Climatology
Climate Change
Paleoclimatology: Reconstructing Past Climates
Proxy Data Sources
Ice Cores
Isotope Analysis
Greenhouse Gas Records
Volcanic Ash Layers
Annual Layer Counting
Tree Rings (Dendroclimatology)
Growth Patterns
Climate Reconstruction
Cross-Dating Techniques
Sediment Cores (Ocean and Lake)
Microfossils
Chemical Signatures
Magnetic Properties
Coral Reefs
Growth Bands
Isotope Ratios
Sea Surface Temperature Records
Pollen Analysis (Palynology)
Vegetation History
Climate Inference
Geological Evidence
Rock Formations
Fossil Records
Glacial Deposits
Time Scales of Climate Change
Instrumental Period
Holocene
Pleistocene Ice Ages
Deep Time Climate
Natural Drivers of Climate Change
Tectonic Activity
Continental Drift
Mountain Building
Ocean Basin Changes
Volcanic Activity
Explosive Eruptions
Flood Basalts
Aerosol Injection
Solar Variability
Solar Luminosity Changes
Solar Magnetic Field Variations
Orbital Changes
Milankovitch Theory
Ice Age Cycles
Anthropogenic Climate Change
Industrial Revolution and Fossil Fuels
Historical Emissions Trends
Coal, Oil, and Gas Combustion
Greenhouse Gas Emissions
Sources by Sector
Energy Production
Transportation
Industry
Agriculture
Land Use
Trends Over Time
Future Projections
Land Use and Land Cover Change
Deforestation
Tropical Forest Loss
Carbon Emissions
Urbanization
Surface Modification
Heat Island Effects
Agriculture
Crop Expansion
Irrigation
Atmospheric Aerosols (Anthropogenic)
Sources and Types
Sulfate Aerosols
Black Carbon
Organic Aerosols
Radiative Effects
Direct Effects
Indirect Effects
Observed Changes in the Climate System
Global Temperature Rise
Surface Temperature Trends
Land Temperature Changes
Ocean Temperature Changes
Atmospheric Temperature Trends
Tropospheric Warming
Stratospheric Cooling
Ocean Warming and Acidification
Ocean Heat Content
pH Changes
Carbonate Chemistry
Sea Level Rise
Thermal Expansion
Melting Ice Contributions
Glaciers and Ice Caps
Ice Sheets
Regional Variations
Changes in Precipitation Patterns
Global Precipitation Trends
Regional Variability
Extreme Precipitation Events
Shrinking Cryosphere
Glacier Retreat
Mountain Glaciers
Ice Cap Loss
Sea Ice Decline
Arctic Sea Ice
Antarctic Sea Ice
Permafrost Thaw
Active Layer Deepening
Carbon Release
Extreme Weather Event Frequency and Intensity
Heatwaves
Temperature Records
Duration and Intensity
Droughts
Precipitation Deficits
Soil Moisture Changes
Floods
Heavy Precipitation Events
River Flooding
Tropical Cyclones
Intensity Changes
Track Modifications
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5. Climate Variability
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7. Climate Modeling and Projections