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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 Classification
Purpose of Climate Classification
Organizing Climate Data
Applications in Ecology and Agriculture
Regional Planning and Development
Empirical Classification Systems
Köppen-Geiger Climate Classification
Main Climate Groups
Tropical (A)
Dry (B)
Temperate (C)
Continental (D)
Polar (E)
Sub-categories and Criteria
Temperature Thresholds
Precipitation Patterns
Seasonal Variations
Climate Symbols and Codes
Thornthwaite Climate Classification
Moisture Index
Potential Evapotranspiration
Thermal Efficiency
Trewartha Climate Classification
Modified Köppen System
Temperature and Precipitation Criteria
Genetic Classification Systems
Air Mass-Based Systems
Continental vs. Maritime
Tropical vs. Polar
Dynamic and Synoptic Approaches
Pressure Systems
Frontal Zones
Global Climate Zones
Tropical Climates
Rainforest
Characteristics
Geographic Distribution
Monsoon
Seasonal Patterns
Regional Variations
Savanna
Wet and Dry Seasons
Vegetation Adaptations
Dry (Arid and Semi-Arid) Climates
Desert
Hot Deserts
Cold Deserts
Steppe
Semi-arid Grasslands
Precipitation Variability
Temperate (Mesothermal) Climates
Mediterranean
Dry Summer Subtropical
Vegetation and Agriculture
Humid Subtropical
Hot Summers
Mild Winters
Marine West Coast
Oceanic Influence
Year-round Precipitation
Continental (Microthermal) Climates
Humid Continental
Hot Summer Continental
Warm Summer Continental
Subarctic
Short Summers
Long Cold Winters
Polar and Alpine Climates
Tundra
Permafrost Presence
Limited Growing Season
Ice Cap
Permanent Ice Cover
Extreme Cold
Highland/Alpine
Elevation Effects
Vertical Climate Zones
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3. Components of the Climate System
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5. Climate Variability