☁️ Meteorology — Advanced#

Scope — Atmospheric thermodynamics, fluid dynamics, severe weather, and numerical weather prediction.

Key concepts#

• Atmospheric stability — lapse rates, convection, and conditions for storm development.
• Severe weather dynamics — thunderstorms, tornadoes, hurricanes, and mesoscale processes.
• Numerical weather prediction (NWP) — computational models solving atmospheric equations.

Seed Q&A triads#

• Q: What determines whether the atmosphere is stable or unstable?
  A: The temperature lapse rate relative to adiabatic lapse rates governs whether air parcels rise or sink.

• Q: How do supercell thunderstorms differ from ordinary storms?
  A: Supercells have persistent rotating updrafts, enabling long‑lived severe weather and tornado formation.

• Q: Why do weather forecasts lose accuracy over time?
  A: Atmospheric chaos amplifies small initial uncertainties, limiting long‑term predictability.

Contributor prompts and extensions#

• Add a worked example calculating lifted index or CAPE to assess storm potential.
• Include a short discussion of data assimilation and ensemble forecasting.
• Connect meteorology to climate science through extreme‑event attribution.

Advanced exercises#

• Analyze how changes in atmospheric stability influence storm intensity and frequency.