GCE A/L Geography study plan
GCE A/L Geography · Give each week a clear focus.
8 weeks · About 6 hours per week
Physical Geography: Tectonic Processes and Landforms
Explain the distribution of plate boundaries and account for the tectonic hazards associated with each boundary type.
Distinguish between the processes that generate landforms at constructive, destructive, and conservative margins, using named examples.
Interpret a range of tectonic hazard data (magnitude, frequency, depth) to compare the severity of two contrasting events.
Evaluate the effectiveness of at least two hazard-management strategies in a high-income and a low-income context.
Your checkpoint
A one-page comparative table plus 300-word written evaluation of hazard management for two named tectonic events.
Physical Geography: Coastal Landscapes and Change
Explain the operation of wave, tidal, and sediment-cell processes in shaping coastal landforms.
Classify and account for the formation of erosional and depositional coastal features.
Analyse the influence of geology and sea-level change on coastal landscape development.
Assess the strengths and limitations of hard and soft coastal management approaches in a named location.
Your checkpoint
An annotated coastal landform sequence diagram with a 250-word explanation of process links and one management appraisal.
Physical Geography: Water Cycle, Hydrology and Water Insecurity & Physical Geography: Climate Change, Weather and Atmosphere
Explain the stores, flows, and budgets of the drainage basin water cycle, including the role of vegetation and soils.
Interpret hydrographs and calculate simple water-balance values to compare two catchments.
Explain the causes and consequences of water insecurity and evaluate two strategies to improve supply.
Explain the mechanisms of atmospheric circulation and the formation of the major climate zones.
Your checkpoint
A completed water-balance calculation set with two contrasting hydrograph interpretations and a 300-word water-insecurity case-study summary.
Physical Geography: Climate Change, Weather and Atmosphere & Physical Geography: Glacial and Periglacial Environments
Analyse evidence for past and recent climate change from proxy and instrumental records.
Explain the causes of climate change and distinguish natural from anthropogenic forcing.
Explain glacial and periglacial processes and the landforms produced by erosion and deposition.
Evaluate the impacts of glacial retreat on people and environments.
Your checkpoint
A climate-change evidence timeline plus a 300-word evaluation of glacial retreat impacts, checked against the week-4 milestone.
Human Geography: Population, Migration and Settlement & Human Geography: Urbanisation and Urban Change
Explain the components of population change and interpret population pyramids and demographic transition models.
Analyse the causes and consequences of migration flows using a named case study.
Explain the processes driving urbanisation and urban change, including suburbanisation and counter-urbanisation.
Evaluate strategies for managing urban challenges such as housing, transport, and informal settlements.
Your checkpoint
A comparative urban case-study report of 400 words with two annotated population pyramids and a migration flow diagram.
Human Geography: Globalisation, Trade and Development & Human Geography: Resource Security, Energy and Food
Explain the drivers and dimensions of globalisation and evaluate its effects on different economies.
Interpret trade and development indicators to compare countries at different income levels.
Explain the causes of energy and food insecurity and evaluate responses at national and local scales.
Assess the sustainability of contrasting resource-management strategies.
Your checkpoint
A development-indicator comparison table with a 350-word evaluation of one energy and one food security strategy.
Geographical Skills, Fieldwork and Investigative Analysis
Design an investigation that states a hypothesis, identifies variables, and justifies sampling strategy.
Select and justify appropriate fieldwork techniques for collecting primary data.
Apply statistical and graphical techniques to analyse data and interpret the results.
Evaluate the reliability and limitations of fieldwork data and suggest improvements.
Your checkpoint
A full investigation plan with sampling justification, data-collection sheets, and a worked statistical analysis.
Physical Geography: Tectonic Processes and Landforms & Physical Geography: Coastal Landscapes and Change & Physical Geography: Water Cycle, Hydrology and Water Insecurity & Physical Geography: Climate Change, Weather and Atmosphere & Human Geography: Population, Migration and Settlement & Human Geography: Urbanisation and Urban Change & Human Geography: Globalisation, Trade and Development & Human Geography: Resource Security, Energy and Food & Geographical Skills, Fieldwork and Investigative Analysis
Synthesise knowledge across all domains by answering timed exam-style questions under exam conditions.
Diagnose remaining weaknesses from marked answers and target revision accordingly.
Practise structuring extended responses with clear arguments, evidence, and evaluation.
Consolidate case-study evidence and key terminology for recall under pressure.
Your checkpoint
Two completed timed papers with a self-marked error log and a prioritised final-revision list.
Milestones
Week 2: Can explain tectonic and coastal processes and landforms without notes, and correctly interpret a hazard dataset and a coastal management scenario.
Week 4: Can explain climate-change evidence and glacial processes from memory, and score at least 70% on a self-marked set of physical geography questions.
Week 6: Can compare two countries using development indicators and evaluate a resource-security strategy, with at least three specific case-study facts recalled per domain.
Week 8: Complete two timed papers within the time limit, with an error log showing fewer recurring weaknesses than at week 4.