amazon.co.ukPhysical Geography
A-Level Geography revision: Physical Geography. Learning objectives, key points, worked examples and practice questions across AQA, Edexcel, OCR, WJEC and CCEA.
📌 Key Points
Key Fact: Coastal erosion: hydraulic action (air pressure), abrasion (rock hurling), attrition (rock collision), solution (dissolving)
Key Fact: Longshore drift: prevailing wind -> swash angle -> backwash perpendicular -> zigzag transport
Key Fact: Landforms: headland (resistant rock), bay (weak rock), cave -> arch -> stack -> stump
Key Fact: Plate boundaries: constructive (mid-ocean ridges), destructive (subduction, volcanoes), conservative (transform, earthquakes), collision (fold mountains)
Key Fact: River erosion: hydraulic action, abrasion, attrition, solution; vertical (upper), lateral (middle/lower)
Key Fact: River landforms: waterfall (hard/soft rock), meander (erosion outer, deposition inner), oxbow (cut-off), levees (deposition floods), delta (deposition at mouth)
Key Fact: Flood hydrograph: lag time, peak discharge, rising/falling limb; Management: dams, channel straightening, afforestation, floodplain zoning
🎯 Learning Objectives
- Explain coastal processes: erosion (hydraulic action, abrasion, attrition, solution), transportation (longshore drift), deposition
- Describe coastal landforms: erosional (headlands, cliffs, caves, arches, stacks, stumps) and depositional (beaches, spits, bars, tombolos)
- Understand plate tectonics: plate boundaries (constructive, destructive, conservative, collision), associated hazards (earthquakes, volcanoes, tsunamis)
- Analyse river processes: erosion (vertical/lateral), transportation (traction, saltation, suspension, solution), deposition
- Describe river landforms: upper (V-valleys, waterfalls), middle (meanders, oxbow lakes), lower (floodplains, levees, deltas)
- Explain flooding: causes (physical/human), hydrographs, flood management (hard/soft engineering)
💡 Worked Example
Exam-Style Question
Question: Explain the formation of a waterfall and gorge using geological structure
Model Answer:
River flows over hard rock (cap rock) onto soft rock below. Soft rock erodes faster (hydraulic action, abrasion) creating plunge pool and undercutting. Hard rock collapses -> waterfall retreats upstream -> steep-sided gorge left behind. Cap rock provides resistant layer
❓ Practice Questions
Questions:
- Describe formation of a spit
- Compare constructive vs destructive plate margins
- Explain factors affecting lag time on hydrograph
- Evaluate hard vs soft engineering for flood management
- Annotate a river long profile with processes/landforms
🎬 Video Resources
- Physical Geography - Overview -- YouTube Search
- Physical Geography - Exam Questions -- YouTube Search
📄 Past Papers & Exam Resources
🔗 Further Reading & Resources
- Physics & Maths Tutor - Physical Geography -- Free notes, worksheets, and past paper questions by topic
- Dr Frost Maths - Physical Geography -- Free resources, slides, and interactive questions
- BBC Bitesize - Physical Geography -- BBC Bitesize revision resources
📚 Lesson Plan (50 minutes)
- Starter (5 min): Recall prior knowledge of physical geography with quick questions.
- Teaching (15 min): Work through each of the learning objectives, explaining principles step by step.
- Key points review (5 min): Revisit the key points together, confirming understanding.
- Worked example (10 min): Model the example question: Explain the formation of a waterfall and gorge using geological structure. Solution: River flows over hard rock (cap rock) onto soft rock below. Soft rock erodes faster (hydraulic action, abrasion) creating plunge pool and undercutting. Hard rock collapses -> waterfall retreats upstream -> steep-sided gorge left behind. Cap rock provides resistant layer
- Practice (10 min): Students attempt the practice questions independently; circulate and support.
- Plenary (5 min): Review answers and address misconceptions.
🏠 Homework
- Describe formation of a spit
- Compare constructive vs destructive plate margins
- Explain factors affecting lag time on hydrograph
- Evaluate hard vs soft engineering for flood management
- Annotate a river long profile with processes/landforms
🧾 Assessment
Check practice answers against the model answer; use the built-in practice questions as formative assessment.