Hamburg Abitur Geography study plan
Hamburg Abitur Geography · Give each week a clear focus.
8 weeks · About 6 hours per week
Geosphere and physical geography (relief, climate, soils, water balance, natural hazards)
Sketch and label a cross-section of the plate-boundary types (divergent, convergent, transform) and assign one real example to each
Explain in writing how endogenic and exogenic processes interact to produce relief, using at least two German landscapes
Calculate a simple water balance from given precipitation, evaporation and runoff figures and interpret the surplus or deficit months
Define the soil-forming factors and match three German soil types (e.g. Braunerde, Podsol, Schwarzerde) to their typical site conditions
Your checkpoint
A one-page annotated geomorphology and soil summary sheet with a hand-drawn cross-section, a worked water-balance calculation and a table of three soil types with formation conditions
Geosphere and physical geography (relief, climate, soils, water balance, natural hazards)
Interpret a climate diagram (Walter-Lieth style) from supplied monthly temperature and precipitation data and classify the climate
Distinguish the natural hazard types relevant to Central Europe (flooding, storm, heat, mass movement) and explain one physical cause chain for each
Analyse a flood event by linking precipitation intensity, catchment characteristics and land use to discharge
Evaluate one hard and one soft flood-protection measure against cost, effectiveness and ecological impact
Your checkpoint
A written hazard case analysis of 400-500 words on a Central European flood, including a cause chain diagram and a two-column evaluation of protection measures
Human geography: population, migration and social geography & Globalisation, world economy and development disparities
Draw and explain the demographic transition model and place Germany and one developing country on it with data
Calculate and interpret birth rate, death rate, natural increase and net migration rate from a supplied data table
Classify migration types (labour, forced, family, return) and apply them to two concrete flows affecting Europe
Explain push-pull factors and one theoretical model of migration in your own words
Your checkpoint
A population data workbook: a completed demographic transition sketch, three worked rate calculations and a 300-word comparison of two migration flows
Globalisation, world economy and development disparities & Economic geography: agriculture, industry, services and locational change
Explain core-periphery and world-systems concepts and locate three countries at different levels of the world economy
Interpret indicators of development (GDP per capita, HDI, Gini, literacy) and argue why single indicators mislead
Trace one global value chain (e.g. a food or clothing product) from raw material to consumer and mark where value is captured
Assess one trade or development policy instrument against its stated aims
Your checkpoint
A value-chain poster or one-page diagram of one product with an accompanying 300-word commentary identifying where value is added and which actors benefit
Economic geography: agriculture, industry, services and locational change
Compare locational factors for agriculture and industry and explain how transport and energy costs shift site decisions
Explain structural change in one German region from primary to secondary to tertiary activity with data
Evaluate one agribusiness or industrial case (e.g. a large livestock operation or a car plant) using economic, social and ecological criteria
Describe how digitalisation and logistics change the location of services
Your checkpoint
A structured case-study report of 500 words on one German region or enterprise, with a locational-factor table and a three-criteria evaluation
Urban geography and spatial development (cities, suburbs, regional planning)
Model the phases of urban development and apply them to a German city's growth history
Analyse a city's internal structure (CBD, residential rings, industrial zones, green space) and explain the forces behind it
Explain suburbanisation, gentrification and shrinkage with causes and consequences
Evaluate one instrument of regional planning (e.g. central-place system, zoning, green belt) for its effectiveness
Your checkpoint
An annotated sketch map of one German city showing functional zones, with a 300-word explanation of two spatial processes and one planning evaluation
Sustainable development, resource use and environmental change & Geographical methods and skills (map interpretation, statistics, remote sensing, fieldwork)
Analyse a resource-use conflict (energy, water, land or raw materials) by naming stakeholders and their interests
Explain the concept of sustainable development and apply it to one concrete project using ecological, economic and social criteria
Read a thematic map and a choropleth legend correctly, identifying class breaks and possible distortion
Interpret a simple satellite or aerial image to identify land-cover change and state the limits of the interpretation
Your checkpoint
A methods portfolio: one interpreted thematic map, one image-based land-cover comparison and a 300-word sustainability assessment of one project
Geosphere and physical geography (relief, climate, soils, water balance, natural hazards) & Globalisation, world economy and development disparities & Geographical methods and skills (map interpretation, statistics, remote sensing, fieldwork)
Work through two full past-paper-style tasks under timed conditions and mark them against the official criteria
Practise structuring an Abitur-style written answer: material analysis, explanation, evaluation and conclusion
Review your weakest two domains using your own error log and close the identified gaps
Practise material-based tasks: extract data from a table or map, cite it precisely and build an argument from it
Your checkpoint
Two timed practice essays with self-marking sheets, an error log listing at least five recurring weaknesses and a one-page revision checklist for the final days
Milestones
Week 2: You can explain a flood event as a cause chain from precipitation through catchment and land use to damage, and can name one hard and one soft protection measure with a trade-off for each
Week 4: You can calculate natural increase and net migration from raw data without error and can place Germany and one developing country correctly on the demographic transition model with justification
Week 6: You can produce a labelled functional-zone sketch of a German city from memory and explain suburbanisation and gentrification with causes and consequences in under ten minutes
Week 8: Both timed practice essays are completed within the time limit, self-marked against the criteria, and every error-log entry has a concrete correction step