Geography: Spatial Patterns and Human–Environment Interaction
What the Geography domain tests
Geography tests spatial thinking: how physical processes and human decisions produce patterns across places. Expect map skills, climate and landform systems, population and migration, urbanization, resource use, and human–environment interaction.
Core rules and concepts
- Scale and projection: a large-scale map covers a small area in detail; small-scale maps show broad patterns but distort area or shape depending on projection.
- Location: latitude affects climate and seasonality; longitude and time zones; GIS layers combine data.
- Physical systems: plate tectonics explains earthquakes, volcanoes, and mountain belts; climate depends on latitude, altitude, ocean currents, and pressure belts.
- Population: the demographic transition model links birth/death rates to development but is not universal; push–pull factors explain migration.
- Human–environment: resources are socially defined; sustainable use balances carrying capacity and technology.
Worked example
A map has a scale of 1:50,000. Two towns are 6 cm apart. Reasoning: 1 cm = 50,000 cm = 0.5 km; 6 cm × 0.5 km = 3 km. If the same map is enlarged, the scale ratio changes, but the real distance does not. Show the conversion explicitly and state units.
Traps that cost marks
Calling a large-scale map one that shows a large area; ignoring projection distortion; treating the demographic transition model as a law; confusing weather with climate; and describing a pattern without explaining the process behind it.