Locational Knowledge
KS2GE-KS2-D001
Locating the world's countries with focus on Europe and North and South America; studying UK counties, cities and regions; understanding longitude, latitude, Equator, hemispheres, Tropics, Arctic and Antarctic, Prime Meridian and time zones.
National Curriculum context
At KS2, locational knowledge expands from the foundational continent and ocean framework of KS1 to more precise spatial knowledge. Pupils locate countries across Europe and the Americas, and develop understanding of the coordinate system of longitude and latitude that allows any point on Earth to be precisely located. The study of UK counties, cities and regions develops pupils' detailed knowledge of their own country. The addition of key lines of latitude (Equator, Tropics of Cancer and Capricorn, Arctic and Antarctic Circles) and the Prime Meridian provides pupils with the geographic grid that scientists, navigators and geographers use to describe global location, connecting geography to science and mathematics. Time zones introduce the concept that place on Earth directly affects lived experience through the timing of day and night.
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Concepts
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Clusters
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Prerequisites
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With difficulty levels
Lesson Clusters
Use latitude, longitude and the global grid to locate places
practice CuratedSingle concept domain; latitude and longitude is the defining KS2 locational knowledge skill — pupils build on KS1 atlas use to work with coordinate systems and understand climate patterns linked to latitude.
Teaching Suggestions (6)
Study units and activities that deliver concepts in this domain.
Americas Regional Study
Geography Study Place StudyPedagogical rationale
The Americas regional study is a statutory requirement that provides the most geographically distant and environmentally contrasting region study at KS2. Schools select a specific region, exposing pupils to dramatically different physical environments, economies, and cultures while developing the same comparative analytical framework used for UK and European studies.
Climate Zones, Biomes and Vegetation Belts
Geography Study Topic StudyPedagogical rationale
Climate zones and biomes are a statutory KS2 requirement that builds directly on KS1 work on hot and cold places, extending it into a systematic understanding of how latitude, altitude, and ocean currents determine the world's major climate patterns and the ecosystems they support. This topic connects physical geography (climate) to biological geography (biomes) and prepares pupils for KS3 work on climate change.
European Regional Study
Geography Study Place StudyPedagogical rationale
The European regional study is a statutory requirement that extends pupils' geographical horizons beyond the UK to a contrasting European environment. Schools select a specific region, enabling comparison of how physical geography, climate, and culture shape human activity differently in a European context compared to the UK region already studied. This builds the comparative skills essential to geographical thinking.
Rivers and the Water Cycle
Geography Study Topic StudyPedagogical rationale
Rivers and the water cycle are a statutory KS2 physical geography requirement that connects observable local features (streams, rainfall, puddles evaporating) to global-scale processes (the hydrological cycle). Teaching through a specific river case study grounds abstract process understanding in real geographical contexts and enables pupils to trace how water shapes landscapes through erosion, transportation, and deposition.
Trade, Economic Geography and Fairtrade
Geography Study Topic StudyPedagogical rationale
Fairtrade is the most common pedagogical vehicle schools use to deliver the KS2 statutory requirement on trade and economic activity, because it makes abstract global supply chains concrete and age-accessible. Tracing products (chocolate, bananas, cotton) from producer to consumer introduces pupils to primary, secondary, and tertiary economic sectors, global trade patterns, and the distribution of natural resources.
UK Regional Study
Geography Study Place StudyPedagogical rationale
The UK regional study is a statutory requirement that deepens pupils' knowledge of their own country beyond the local area studied at KS1. Schools select a specific region, enabling the study of how physical geography (relief, rivers, climate) shapes human activity (settlement, farming, tourism) at a regional scale. This develops the analytical framework that pupils will apply to European and American regions.
Prerequisites
Concepts from other domains that pupils should know before this domain.
Concepts (1)
Latitude, Longitude and the Global Grid
Keystone knowledge AI DirectGE-KS2-C001
Latitude and longitude are a coordinate system used to identify any location on Earth's surface. Lines of latitude run parallel to the Equator and measure distance north or south (0-90 degrees); lines of longitude run from Pole to Pole and measure distance east or west of the Prime Meridian (0-180 degrees). Special lines of latitude - the Equator, Tropics of Cancer and Capricorn, and the Arctic and Antarctic Circles - mark significant climatic boundaries. The Prime Meridian (0 degrees longitude) divides the Eastern and Western Hemispheres and is the reference for time zones. At KS2, pupils learn to use this system to locate and describe global position.
Teaching guidance
Teach latitude and longitude together as a coordinate system, drawing parallels with grid references on UK maps. Use a globe with clearly marked latitude and longitude lines. Explain the significance of the key lines: the Equator (maximum solar heating), the Tropics (limits of overhead sun), the Arctic/Antarctic Circles (limits of midnight sun). Connect to time zones by showing how 15 degrees of longitude equals one hour of time difference. Use digital mapping tools to give coordinates for familiar places.
Common misconceptions
Pupils frequently confuse latitude (horizontal lines, measuring north-south) with longitude (vertical lines, measuring east-west). A consistent mnemonic (latitude = flat/horizontal) helps. The fact that the Equator is 0 degrees latitude while the Poles are 90 degrees is sometimes reversed; connecting 0 degrees to 'no tilt' and 90 degrees to 'maximum distance from equator' helps. Pupils may not understand why time zones exist; connecting them to the Earth's rotation and the 24-hour day makes the concept concrete.
Difficulty levels
Identifying the Equator, North Pole and South Pole on a globe and understanding that latitude lines run horizontally.
Example task
Point to the Equator on this globe. Is it closer to the North Pole or the South Pole?
Model response: The Equator is this line around the middle of the globe. It is exactly in between the North Pole and the South Pole — the same distance from both.
Identifying lines of latitude and longitude on a map and using them to describe approximate locations of countries and features.
Example task
Using this world map with latitude and longitude lines, describe where Brazil is located.
Model response: Brazil is mostly between the Equator and about 30 degrees south latitude. It is between about 35 and 75 degrees west longitude. It crosses the Equator, so part of it is in the Northern Hemisphere.
Using latitude and longitude to locate places precisely and explaining the significance of the Tropics of Cancer and Capricorn, Arctic and Antarctic Circles.
Example task
What are the Tropics of Cancer and Capricorn? Why are they important for understanding climate?
Model response: The Tropic of Cancer is at about 23.5°N and the Tropic of Capricorn is at about 23.5°S. The area between them is the tropics, where the sun can be directly overhead. This means tropical regions get the most direct sunlight and are generally the hottest parts of Earth. The Arctic and Antarctic Circles mark where there are 24 hours of daylight or darkness at the solstices.
Explaining why the global grid system was developed, how it enables navigation, and why different map projections distort latitude and longitude differently.
Example task
Why do some world maps make Greenland look almost as big as Africa, even though Africa is actually 14 times larger?
Model response: Flat maps have to stretch the round Earth onto a flat surface, which distorts shapes and sizes. The Mercator projection stretches areas near the poles, making Greenland look huge. Africa, being near the Equator, is shown more accurately. A globe doesn't have this problem because it is the same shape as the Earth. Different map projections make different trade-offs between accuracy of size, shape and direction.
Delivery rationale
Geography knowledge concept — locational, place, and process knowledge deliverable with visual resources.