Knowledge Themes
Air Mass Classification (cP
mP
mT
cT
cA)
Frontogenesis and Frontolysis
Temperate Cyclones (Extra-Tropical)
Tropical Cyclones (Hurricanes/Typhoons)
Polar Front Theory
Norwegian Cyclone Model
Coriolis Force and Vorticity
Latent Heat of Condensation
Jet Streams and Upper Air Circulation
Anti-cyclones and High Pressure Systems
Occluded Fronts (Cold and Warm Types)
Adiabatic Lapse Rates and Stability
Storm Surge and Tropical Cyclone Mitigation
World Meteorological Organization (WMO) Nomenclature
Inter-Tropical Convergence Zone (ITCZ) Movement
Structural Subtopics
- Criteria for air mass source regions
- Classification of air masses (cP cT mP mT cA)
- Mechanisms of air mass modification and movement
- Life cycle of mid-latitude cyclones (Frontogenesis to Frontolysis)
- Structure and characteristics of cold warm stationary and occluded fronts
- Conditions for tropical cyclogenesis and the role of latent heat
- Structural components of a hurricane (Eye Eyewall and Rainbands)
- Comparison between warm-core tropical and cold-core temperate cyclones
- Impact of Coriolis force on cyclonic curvature in both hemispheres
- Environmental and socio-economic impacts of cyclones on coastal regions
- Role of jet streams in steering extratropical cyclones
- Transition of cyclones between tropical and extratropical phases
Study Material
Full AI-synthesized study material for Air Masses, Fronts, and Cyclones (Tropical and Temperate) is being calibrated.
View Legacy Notes →