Lesson Plan

• Describe the global distribution of tropical cyclones and the environmental conditions that control it.
• Explain the physical processes of cyclone formation and intensification, including the role of latent heat and the gradient‑wind balance.
• Analyse primary and secondary impacts of cyclones using real‑world examples.
• Evaluate management strategies from forecasting to long‑term adaptation.
• Apply this knowledge to answer typical A‑Level exam questions on cyclone hazards.

• Projector and screen
• PowerPoint/Google Slides presentation
• World map or globe
• Handouts with basin table and blank cyclone diagram
• Markers and coloured pencils
• Laptop with internet access for satellite‑imagery demo
• Worksheet with case‑study questions (e.g., Hurricane Katrina)

Begin with a striking video clip of a recent cyclone to capture interest. Ask students what they already know about where cyclones form and why some regions are more vulnerable. Outline today’s success criteria: students will be able to map cyclone basins, explain formation mechanisms, and critique management responses.

1. Do‑now – 5 min: Quick quiz on key weather terms (e.g., SST, wind shear).
2. Mini‑lecture – 15 min: Distribution of cyclones and five environmental conditions for formation.
3. Map activity – 10 min: In pairs, label a world map with basin names, common cyclone names, and peak seasons.
4. Diagram labelling – 10 min: Students label a blank cross‑section of a cyclone (eye, eyewall, rainbands).
5. Case‑study analysis – 15 min: Small groups examine Hurricane Katrina data and discuss primary/secondary impacts.
6. Management discussion – 15 min: Whole‑class brainstorming of forecasting, mitigation, emergency response, and long‑term adaptation; create a concept‑map.
7. Exit ticket – 5 min: Write one sentence summarising the most important management step for reducing cyclone risk.

Recap the key points: where cyclones occur, how they intensify, their impacts, and the spectrum of management actions. Collect exit tickets to gauge understanding and assign a homework task to create a one‑page mind‑map linking formation conditions, impacts, and mitigation measures.