GCE O/L Geography study plan
GCE O/L Geography · Give each week a clear focus.
8 weeks · About 6 hours per week
Physical Geography: Earth structure, plate tectonics, rocks and landforms & Geographical Skills: Maps, Graphs, Photographs and Statistics
Label a blank Earth cross-section with crust, mantle, outer core and inner core, and state the approximate depth and state of each layer from memory
Explain convection currents, slab pull and ridge push, and use them to account for the location and type of two named plate boundaries
Classify igneous, sedimentary and metamorphic rocks by formation process, and match each to one named landform it produces
Read a map extract to give six-figure grid references for three physical features and state their direction from a named settlement
Convert a stated map scale into a real distance and measure two straight-line distances on a map extract to within 0.1 km
Your checkpoint
A one-page annotated plate-boundary and rock-cycle summary sheet plus a completed 10-item grid-reference and scale worksheet scored at least 8/10
Physical Geography: Earth structure, plate tectonics, rocks and landforms & Geographical Skills: Maps, Graphs, Photographs and Statistics
Describe the formation of four named landforms produced by erosion and deposition, one each by rivers, coasts, glaciation and weathering
Sketch and label a river long profile and a coastal landform sequence, marking where erosion and deposition dominate
Interpret a simple geological cross-section to identify rock resistance, dip and resulting upland or lowland relief
Calculate gradient between two points from a map extract and explain what the figure implies for land use
Your checkpoint
A four-landform case-note table (process, location, evidence on a map, human impact) plus two correctly calculated gradient answers
Weather, Climate and Ecosystems & Geographical Skills: Maps, Graphs, Photographs and Statistics
Distinguish weather from climate and list the elements measured by named instruments with their standard units
Explain the causes of rainfall types and relate relief rainfall to a named upland area and its leeward rain shadow
Read a climate graph to identify hemisphere, annual range and rainfall seasonality, and link the pattern to a biome
Describe the structure and functioning of one named ecosystem, tracing energy flow through a food chain and nutrient cycling
Your checkpoint
Two fully interpreted climate graphs with written conclusions, plus a labelled ecosystem energy-flow diagram
Weather, Climate and Ecosystems & Population, Settlement and Urbanisation
Compare two biomes by climate, vegetation adaptation and human pressure, using at least three quantitative points each
Interpret a population pyramid to identify dependency ratio, ageing or youthful structure, and one policy implication
Calculate birth rate, death rate, natural increase and population density from supplied raw figures
Explain the stages of the demographic transition model and place two named countries at different stages with evidence
Your checkpoint
A timed 40-minute mini-paper on domains 1-3 with a self-marked score and a written list of the three weakest points
Population, Settlement and Urbanisation & Geographical Skills: Maps, Graphs, Photographs and Statistics
Classify settlements by site, situation and function, and justify the growth of one named urban area from its physical and human advantages
Explain push and pull factors driving rural-to-urban migration and describe two resulting urban problems with a management response each
Interpret land-use patterns on a sketch map or photograph of a town centre and account for the zonation
Calculate and interpret population density and land-use percentages from tabulated data
Your checkpoint
A case-study profile of one city (site, growth, migration, two problems, two solutions) with all statistics sourced and a supporting land-use sketch
Economic Activity: Agriculture, Industry, Energy and Tourism & Resources, Development and Sustainability
Distinguish subsistence, commercial, intensive and extensive farming, and match each to a named region with its physical and human inputs
Compare renewable and non-renewable energy sources by cost, reliability and environmental impact, and justify a siting decision for one scheme
Explain the factors influencing the location of one named industry, separating physical from human factors and noting how the balance has changed
Assess the costs and benefits of tourism in one named area and propose two management measures for its negative impacts
Define sustainable development and apply it to one resource-extraction case, identifying who gains and who loses
Your checkpoint
A decision-making exercise answer choosing a site for a named development, arguing with at least four factors and one counter-argument, written in exam conditions
Geographical Skills: Maps, Graphs, Photographs and Statistics & Fieldwork, Enquiry and Data Analysis
Design a fieldwork enquiry on a given hypothesis, stating sampling strategy, data-collection method, risk assessment and one control variable
Select and justify a suitable graph or statistical technique for four given data types, including one measure of central tendency and one of spread
Interpret a photograph to infer land use, processes and possible change over time, using foreground, middle ground and background evidence
Evaluate two sampling methods for bias and reliability and state how the chosen method could be improved
Your checkpoint
A complete fieldwork plan with data-recording sheet, sampling justification and a results-presentation plan, plus one interpreted photograph write-up
Physical Geography: Earth structure, plate tectonics, rocks and landforms & Weather, Climate and Ecosystems & Population, Settlement and Urbanisation & Economic Activity: Agriculture, Industry, Energy and Tourism & Resources, Development and Sustainability & Geographical Skills: Maps, Graphs, Photographs and Statistics & Fieldwork, Enquiry and Data Analysis
Complete two full past-style papers under timed conditions and mark them against mark schemes, recording errors by domain
Re-teach the three weakest points identified in weeks 4 and 8 using concise notes and one worked example each
Practise command words by rewriting three answers to match the required depth of 'describe', 'explain' and 'assess'
Check case-study recall for one example per domain, ensuring each has a location, two facts and one evaluation point
Your checkpoint
A one-page error log listing every recurring mistake with the corrected method, plus a revised case-study fact sheet covering all seven domains
Milestones
Week 2: Can label Earth's layers, classify the three rock types and explain two plate boundaries without notes; grid references and scale calculations score at least 8/10
Week 4: Mini-paper on domains 1-3 completed in 40 minutes with a self-marked score recorded and three weak points written down
Week 6: Can calculate birth rate, death rate, natural increase and density unaided, and can argue a development siting decision with four factors
Week 7: Fieldwork plan is complete enough for another student to carry out, with sampling, risk and presentation choices all justified
Week 8: Both timed papers finished within the time limit, error log complete, and every domain has at least one recalled case study with evaluation