Geography · Year 5 · Biomes and Ecosystems · Summer Term

Introduction to Maps and Globes

Understanding the basic features of maps and globes, including continents, oceans, and cardinal directions.

• National Curriculum Attainment Targets
• KS2: Geography - Geographical Skills and Fieldwork
• KS2: Geography - Map Skills

About This Topic

Maps and globes serve as fundamental tools in Year 5 Geography, helping students locate continents, oceans, and features using cardinal directions. A globe models Earth's curved surface accurately, showing true proportions of land and sea, while maps flatten this onto paper with symbols, keys, scales, and compass roses for practical navigation and detailed views. Students differentiate their uses: globes for global relationships, maps for routes and local plans.

This content supports KS2 standards in geographical skills and fieldwork, including constructing simple maps and understanding projections. Map projections distort because they project a sphere onto a plane, enlarging polar regions on Mercator maps or altering shapes on others. Practice with grid references and symbols prepares students for interpreting ordnance survey maps and atlases.

Active learning excels with this topic through tangible exploration. When students manipulate globes to trace continents, compare projections, or draw their own maps of familiar areas, they experience spatial distortions firsthand. These methods build confidence in reading directions and symbols, turning abstract skills into practical abilities.

Key Questions

1. Differentiate between a map and a globe and their respective uses.
2. Explain why different map projections distort the Earth's surface.
3. Construct a simple map of a familiar area using basic symbols.

Learning Objectives

• Compare and contrast the advantages and disadvantages of using a globe versus a flat map for representing the Earth's surface.
• Explain the concept of map projection and identify at least two ways it distorts geographical information.
• Construct a simple map of a familiar school or home environment, accurately using cardinal directions and a basic key.
• Identify and locate the seven continents and five major oceans on both a globe and a world map.

Before You Start

Basic Shapes and Spatial Awareness

Why: Students need to recognize basic shapes like spheres and understand concepts of direction and location to begin working with maps and globes.

Familiar Environments and Landmarks

Why: To construct a map of a familiar area, students must first be able to identify and describe key features within their immediate surroundings.

Key Vocabulary

Globe	A spherical model of the Earth that shows its shape and features accurately, without distortion.
Map	A flat representation of the Earth's surface or a part of it, using symbols and lines to show features.
Cardinal Directions	The four main points of the compass: North, South, East, and West, used for orientation.
Map Projection	A method of transferring the Earth's curved surface onto a flat map, which can cause distortion of size, shape, distance, or direction.
Compass Rose	A symbol on a map that shows the cardinal directions (North, South, East, West) and sometimes intermediate directions.

Watch Out for These Misconceptions

Common Misconception

Maps show countries in their exact real-world shapes.

What to Teach Instead

Projections distort shapes and sizes to flatten Earth's curve, such as stretching high latitudes. Balloon deflation activities let students create and measure their own distortions, while pair comparisons to globes clarify the globe's accuracy versus map practicality.

Common Misconception

Every map has north at the top.

What to Teach Instead

Maps use compass roses to indicate true directions relative to Earth's poles, regardless of orientation. Compass hunts in small groups require students to navigate independently, reinforcing that directions are fixed by magnetic north, not paper position.

Common Misconception

Globes are better than maps but harder to use.

What to Teach Instead

Globes show accurate proportions but limit simultaneous views; maps enable detailed study. Rotating globes in pairs to match map features helps students appreciate both tools' strengths through hands-on switching and observation.

Active Learning Ideas

Pairs: Globe Outline Challenge

Provide pairs with a globe and paper. Students choose a continent, wrap paper loosely around the globe to trace its outline, then flatten it and compare to an atlas map. They note shape changes and discuss projection effects. Pairs share findings with the class.

30 min·Pairs

Small Groups: Compass Direction Hunt

Hide cards around the school grounds marked with cardinal directions. Small groups use compasses to follow clues, like 'go north 10 paces,' sketching their route on grid paper. Groups reconstruct paths and add compass roses upon return.

45 min·Small Groups

Whole Class: Balloon Projection Demo

Inflate balloons for the class to draw simplified continents with markers. Deflate each and flatten; observe distortions in groups. Teacher leads discussion on why Greenland appears huge on some maps, linking to real projections.

25 min·Whole Class

Individual: Classroom Symbol Map

Students sketch their classroom from a bird's-eye view, using symbols for desks, doors, and windows. They add a key, scale bar, and compass rose based on window orientations. Display maps for peer feedback.

35 min·Individual

Real-World Connections

• Cartographers use various map projections to create navigational charts for pilots and sailors, balancing accuracy for specific uses like showing coastlines or flight paths.
• Urban planners and architects use detailed maps of local areas to design new buildings, parks, and transportation routes, ensuring they fit within the existing landscape and infrastructure.
• Travel companies and geographers use globes to illustrate global distances and the relative positions of countries when planning international tours or studying climate patterns.

Assessment Ideas

Exit Ticket

Provide students with a small world map. Ask them to label the seven continents and five oceans. Then, ask them to write one sentence explaining why a globe is more accurate than a flat map for showing the Earth's true shape.

Quick Check

Hold up a globe and a Mercator projection map. Ask students to point out a region that appears larger on the map than it does on the globe, and explain why this distortion occurs.

Discussion Prompt

Pose the question: 'Imagine you are planning a trip from London to New York. Would you use a globe or a map to plan your route, and why?' Facilitate a brief class discussion, encouraging students to justify their choices based on the uses of each tool.

Frequently Asked Questions

How to teach differences between maps and globes in Year 5?

Start with side-by-side handling: let students rotate globes to view hemispheres, then unfold paper maps for close inspection of symbols and scales. Guide comparisons of continent sizes, like Africa's true scale versus Mercator distortion. Follow with tracing activities to highlight why globes avoid flattening errors, building locational skills progressively.

Why do map projections distort Earth's surface?

Earth's spherical shape cannot flatten perfectly without compromise; projections prioritise different aspects, like Mercator preserving angles for navigation but enlarging poles. Demonstrate with orange peels or balloons: peeling shows gaps and stretches. Students measure land areas on globes versus maps to quantify distortions, connecting to fair representation debates.

How can active learning help students master map skills?

Active methods like compass hunts and self-made maps engage kinesthetic learners, making cardinal directions and symbols memorable through real-world application. Small group rotations with globes foster discussion of distortions, while individual mapping encourages precision. These approaches outperform worksheets by linking skills to fieldwork, boosting retention and confidence for KS2 assessments.

What activities teach cardinal directions effectively?

Outdoor hunts with compasses guide students to follow north, south commands to find objects, reinforcing directions kinesthetically. Indoor versions use classroom landmarks aligned to a large compass rose. Pair quizzes matching directions to school maps solidify understanding, with extensions to plotting routes on ordnance survey sheets for progression.