Rivers and flooding
Learn how water reaches a river, read a storm hydrograph and compare ways to manage flooding.
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Learn how water reaches a river, read a storm hydrograph and compare ways to manage flooding.
Explain sediment movement, measure coastal change and compare management choices.
Learn how cities grow and examine changes in transport, housing and access to services.
Connect plate movement to a hazard, then explain why similar events can produce different impacts.
Follow atmospheric circulation, explain a tropical cyclone and connect a warning to the people it reaches.
Separate weather from climate, examine evidence and judge mitigation and adaptation at different scales.
Explain feeding relationships, follow nutrient transfers and test an ecological explanation.
Connect climate, vegetation and soils, then compare the causes and consequences of forest conversion.
Explain aridity and ecological adaptations, then compare development choices and desertification pressures.
Connect short growing seasons and frozen ground to ecosystems and decisions about infrastructure.
Explain erosion and deposition, read relief and distinguish modern ice measurements from inherited landscapes.
Compare development measures, trace economic change and examine who benefits from national progress.
Examine why adequate food production can coexist with hunger and evaluate farming and local supply strategies.
Separate rainfall from accessible water, compare transfer and treatment, and evaluate conservation.
Distinguish capacity from generation and compare fossil fuel, renewable and demand-management choices.
Use a fictional investigation to connect variables, sampling, representation and evidence-based evaluation.
Build process sequences for valleys, waterfalls, meanders and floodplains, then test them against relief and sediment evidence.
Explain cliff and headland change, trace sediment transport and distinguish beaches, spits and bars.
Analyse catchment stores and transfers, compare turnover and evaluate changes across scales.
Calculate carbon balances, explain fast and slow pathways, and evaluate coupled climate feedbacks.
Use sediment budgets and geological controls to analyse change, then compare management across space and time.
Analyse interacting hazards and vulnerabilities, interpret return periods and evaluate resilience across time.
Trace production networks, explain unequal gains and evaluate responses at different geographical scales.
Explain collective-action problems, distinguish treaties from outcomes and evaluate Antarctic protection.
Combine quantitative change with lived experience and assess how representations shape place meanings.
Evaluate objectives, counterfactual evidence, displacement and contested success in urban and rural places.
Analyse population change and health inequalities, then evaluate explanations across physical and social conditions.
Compare dimensions of power, trace strategic dependencies and evaluate claims about changing global influence.
Explain migration through connected places, distinguish legal categories and evaluate origin and destination outcomes.
Analyse resource availability and power, compare water and energy security, and evaluate scenarios with distributional effects.
Combine unfamiliar resources, explain interactions across scales and justify a decision without hiding its trade-offs.
Connect ice movement and sediment to landforms, then evaluate evidence of change.
Examine limited moisture, episodic flows and the evidence needed to explain land degradation.
Connect disturbance, feedback and the limits of ecological management.
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Read a table, work out a result and explain your judgement.