How Maps Improve Spatial Thinking

by Christopher O'Keeffe July 21, 2026

Maps do more than show where places are. They teach us to judge distance, recognise patterns, understand scale, visualise terrain, compare regions and see how one place relates to another. In a world increasingly navigated one instruction at a time, these abilities matter more than ever.

A map asks something of the person looking at it.

It asks them to pause.

To look across the page.

To find where they are.

To identify what lies nearby, what lies beyond and what stands between.

A digital navigation system can tell us to turn left in 300 metres. A map asks us to understand why the road turns, where it leads and how it fits within the wider landscape.

That difference is the beginning of spatial thinking.

Spatial thinking is the ability to understand location, distance, direction, scale, shape, pattern and the relationships between objects and places. The National Academies describes it as a combination of concepts of space, tools of representation and processes of reasoning. Maps are among the most accessible and effective tools for bringing those three elements together.

Spatial thinking is not restricted to geography.

It is used when:

• a child is given directions to school;

• a traveller compares two possible routes;

• a bushwalker interprets contours;

• an architect visualises a building;

• a doctor examines an anatomical image;

• an engineer reads a technical drawing;

• a historian follows the movement of an army;

• an emergency service plans an evacuation;

• a business compares customer locations;

• a scientist studies climate, geology or migration.

The National Academies argues that spatial thinking can and should be taught throughout education and applied across science, mathematics, history and other subjects. Research has also found that spatial skills are not fixed: they can be improved through training and practice.

Maps make that practice visible.

They turn abstract relationships into something that can be seen, discussed, measured and understood.

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What Is Spatial Thinking?

Spatial thinking begins with the question:

Where is something?

But it quickly becomes more sophisticated.

A person thinking spatially may also ask:

• What is beside it?

• What lies between these two places?

• How far apart are they?

• In which direction must I travel?

• What natural features influence the route?

• Why are towns concentrated along this river?

• Why does one road follow a valley while another crosses a range?

• How does the view change when the scale changes?

• What pattern becomes visible when several locations are mapped together?

• How can a three-dimensional landscape be represented on a flat sheet?

These are not simply map-reading questions.

They are reasoning questions.

A map provides a structured environment in which people can practise answering them.

National Geographic’s educational resources describe spatial thinking as central to understanding the places and spaces around us. Its map-skills activities begin with familiar places before progressing towards states, countries and continents, allowing students to build increasingly complex mental representations of the world.

The process usually begins close to home.

A child learns where the bedroom is in relation to the kitchen.

Then where the house is in relation to the street.

Where the street is in relation to the suburb.

Where the suburb sits within the city.

Where the city lies within the state, country and world.

Each map adds another layer.

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Maps Build a Mental Picture of the World

Everyone carries some form of internal map.

We remember that the coast lies west of Perth.

That Sydney is on Australia’s east coast.

That Europe lies beyond the Indian Ocean and Asia.

That the shops are past the park.

That the railway station is on the other side of town.

These mental maps allow us to organise places even when no physical map is in front of us.

The more often people engage with maps, the richer these internal representations can become.

A wall map viewed every day gradually establishes:

• the shape of continents;

• the location of oceans;

• the relative size of countries;

• the direction of neighbouring regions;

• the position of major cities;

• the relationship between mountains, rivers and settlements.

This knowledge does not always arrive as a formal lesson.

Sometimes it is absorbed through repeated exposure.

A child waiting for class to begin may notice that South America narrows towards Cape Horn. A traveller may realise that Japan extends much farther north and south than expected. A student may see that the Mediterranean is not an isolated sea but a geographic meeting place between Europe, Africa and Asia.

A map on a wall continues teaching even when nobody is formally teaching from it.

That is one reason Mapworld’s Educational Wall Maps and Globes collection includes political maps, physical maps, Australian maps, children’s maps and raised-relief globes designed for schools, libraries, tutoring spaces and family learning areas.

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1. Maps Teach Location and Relative Position

Learning a place name is not the same as knowing where that place is.

A student may know that Brazil is a country.

Spatial understanding develops when the student can also see that Brazil:

• occupies a large part of eastern South America;

• has an extensive Atlantic coastline;

• borders most South American countries;

• contains much of the Amazon Basin;

• lies east of Peru and south of Venezuela;

• is larger than it may appear on some maps.

Maps organise knowledge through relationships.

The capital is not simply a name.

It has a position within a country.

The country has a position within a continent.

The continent has a position within the world.

These nested relationships are one of the foundations of geographical understanding.

A map helps students move beyond memorising lists of countries and capitals.

It allows them to build a connected world.

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2. Maps Develop an Understanding of Direction

North, south, east and west can initially feel abstract.

They become more meaningful when associated with familiar places.

The beach may lie west of the school.

The city centre may be south of home.

Queensland lies north of New South Wales.

New Zealand lies southeast of Australia.

Directional language allows people to describe relationships without relying on a particular viewpoint.

It also encourages them to orient themselves.

This becomes especially important when a map is rotated, when the traveller faces a different direction or when the route no longer matches the way it appeared on a screen.

A person who understands orientation can:

• align a map with the surrounding landscape;

• follow a route from more than one direction;

• identify what lies behind or beyond a visible feature;

• use a compass with a map;

• understand bearings;

• maintain a sense of position while moving.

National Geographic’s map-skills programme begins with cardinal directions because they are fundamental to understanding and communicating spatial relationships.

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3. Maps Make Scale Meaningful

Scale is one of the most powerful ideas represented by a map.

It allows a large area of the Earth to be reduced to a manageable sheet while preserving relationships between features.

At first, scale may appear to be only a number:

• 1:10,000;

• 1:25,000;

• 1:100,000;

• 1:1,000,000;

• 1:40,000,000.

But every scale changes the questions the map can answer.

A large-scale city map can show:

• individual streets;

• railway stations;

• buildings;

• parks;

• local routes.

A topographic map can show:

• contours;

• creeks;

• tracks;

• ridges;

• property boundaries;

• vegetation;

• detailed terrain.

A state or national map can show:

• highways;

• major towns;

• broad physical regions;

• long-distance relationships.

A world map can show:

• countries;

• oceans;

• continents;

• global patterns.

Learning to work between these scales teaches an important spatial lesson:

No single view can show everything.

The user must decide which information matters for the question being asked.

National Geographic notes that understanding map scale helps students translate measurements on a map into real distances on the Earth and understand the world in spatial terms.

The Australian Curriculum similarly associates map use with numerical concepts including grids, scale, distance, area and projections.

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4. Maps Teach People to Move Between Two and Three Dimensions

A map is flat.

The world is not.

Mountains rise.

Valleys descend.

Rivers cut through terrain.

Roads climb passes and follow contours.

Coastlines curve around headlands and bays.

Understanding how a two-dimensional map represents a three-dimensional landscape is a demanding spatial task.

Topographic maps are particularly effective because contour lines convert elevation into a visual language.

Closely spaced contours indicate steep ground.

Widely spaced contours indicate gentler terrain.

V-shaped contours can reveal valleys.

Closed contours may indicate hills or depressions.

Ridges, saddles, spurs, cliffs and drainage systems can all be interpreted before the landscape is physically seen.

Geoscience Australia defines topographic maps as detailed and accurate graphic representations of natural and constructed features on the Earth’s surface. Their ability to represent relief makes them valuable for understanding the landscape, not simply locating roads.

Mapworld’s Australian Topographic Maps collection covers multiple states, mapping authorities and scales, allowing users to work from broad regional understanding towards detailed local terrain interpretation.

For a more detailed introduction, read:

• What Is a Topographic Map?

• How to Read a Topographic Map

• Australian Topographic Map Symbols Explained

A GPS device can display a position.

A topographic map helps the user imagine the ground surrounding it.

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5. Maps Teach Symbolic Thinking

Maps do not reproduce reality.

They represent it.

A blue line may stand for a river.

A black line may indicate a road.

A dashed line may represent a track or boundary.

A small aeroplane symbol may indicate an airport.

A star may represent a capital.

A graduated tint may show elevation or ocean depth.

The map user learns to move between the symbol and the real-world feature it represents.

This is a sophisticated cognitive process.

It requires the ability to understand that:

• one thing can stand for another;

• symbols gain meaning through a legend;

• colour can encode information;

• line thickness can indicate importance;

• patterns can distinguish land uses or vegetation;

• information is selected according to the map’s purpose.

Maps therefore teach more than geography.

They teach readers to interpret diagrams, plans, graphs, technical drawings and other symbolic systems.

A student who learns to identify points, lines and areas on a community map is also practising a form of classification and visual analysis that appears throughout mathematics, science, design and technology.

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6. Maps Reveal Patterns That Lists Cannot

Consider a list of Australian towns affected by drought.

The list provides names.

Place those towns on a map and something else becomes visible.

The locations may form:

• a regional cluster;

• a coastal pattern;

• a corridor along a river;

• a relationship with rainfall zones;

• a concentration within a particular agricultural area.

Maps allow separate facts to become a distribution.

Once a distribution is visible, the user can begin to ask:

• Why does the pattern occur here?

• What physical or human factors explain it?

• Does another dataset follow the same pattern?

• Are there exceptions?

• How has the pattern changed?

• What might happen next?

This kind of thinking is central to geography, environmental science, epidemiology, economics, logistics and public policy.

A map can reveal:

• where population follows coastlines;

• how settlements cluster around water;

• how roads pass through mountain gaps;

• where languages cross political borders;

• how industries develop near ports or resources;

• how weather systems move across regions;

• how fire, flood or disease spreads through space.

The map does not provide every answer.

It makes better questions possible.

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7. Maps Encourage Comparison

A map places several locations within the same visual field.

That makes comparison immediate.

Students can compare:

• Australia with Europe;

• the length of Chile with the width of the United States;

• the density of cities in different regions;

• river systems on different continents;

• mountain chains and lowlands;

• political boundaries and physical regions;

• urban and rural land use;

• present-day borders with historical maps.

This becomes particularly powerful when different map types are placed beside one another.

A political map may show countries and capitals.

A physical map may show relief, rivers and deserts.

A population map may show settlement density.

A climate map may show temperature and rainfall.

A historical map may show how borders have changed.

No single map tells the entire story.

Comparison teaches users that information is selected, organised and presented for a purpose.

This also encourages critical map reading.

A thoughtful map reader begins to ask:

• Who made this map?

• What does it include?

• What does it leave out?

• What date does it represent?

• What projection has been used?

• Where is the map centred?

• What argument or perspective might the design reinforce?

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8. Projection Teaches That Every Representation Involves a Choice

A globe represents the shape of the Earth more naturally than a flat map.

A wall map must transform the curved surface of the Earth onto a flat sheet.

That transformation creates distortion.

Some projections preserve direction.

Some preserve area.

Some create useful rectangular grids.

Some are designed to give a visually balanced view of the continents.

No projection can preserve every property perfectly.

This provides an important lesson in spatial literacy:

A map is a designed representation, not the world itself.

An Atlantic-centred map may split the Pacific.

A Pacific-centred map places Australia and the Asia-Pacific closer to the visual centre.

An equal-area map can make the relative size of continents clearer.

An Upside Down World Map challenges the assumption that north must always appear at the top.

A Pacific-centred world map gives Australian students a perspective that differs from the traditional European and Atlantic-centred view. The current Cosmographics edition places Australia, Asia and the Pacific prominently within one continuous global field.

Changing the map does not change the Earth.

It changes the way we are invited to look at it.

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9. Maps Improve Route Planning and Decision-Making

A route is more than a sequence of turns.

It is a decision made within a landscape.

When people plan from a map, they may need to consider:

• total distance;

• road type;

• terrain;

• river crossings;

• mountain passes;

• fuel;

• settlements;

• alternative routes;

• weather exposure;

• travel time;

• available services;

• possible hazards.

These factors must be considered together.

That is spatial problem-solving.

A map encourages the user to test alternatives before acting.

The shortest route may not be the fastest.

The fastest may not be the safest.

The safest may depend on the weather.

A scenic road may be appropriate during the day but less suitable at night.

A route that works for a four-wheel-drive vehicle may not suit a conventional car.

The user is not simply following instructions.

They are interpreting evidence.

This ability matters far beyond personal travel. The same principles apply to:

• emergency planning;

• firefighting;

• logistics;

• mining;

• defence;

• policing;

• land management;

• transport;

• infrastructure;

• government services.

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10. Maps Strengthen Memory Through Relationships

Isolated facts are difficult to retain.

Relationships provide structure.

A person may forget a list of ten towns but remember that they lie along the same river.

They may forget the order of countries but remember the shape of the coastline.

They may recall that a mountain range divides two regions or that a road follows a valley.

A map provides visual anchors:

• shape;

• position;

• colour;

• direction;

• proximity;

• pattern.

These anchors help facts become part of a wider mental model.

The National Academies notes that spatial representation can support perception, memory, analysis and communication by placing objects and their relationships within a visible structure.

This is why pointing to a location while discussing it can be more memorable than simply saying its name.

The place gains an address within the mind.

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11. Large Wall Maps Encourage Shared Thinking

A large wall map changes the way people interact with geographic information.

Several people can stand around it.

They can point.

Compare.

Question.

Disagree.

Mark routes.

Move between local and global questions without passing a device from hand to hand.

This creates a shared field of attention.

In a classroom, a teacher can ask:

• Which countries does the Equator cross?

• Why are major Australian cities concentrated near the coast?

• What lies directly west of Perth?

• Which mountain range divides these river systems?

• How would a ship travel between these two ports?

• What changes when we compare the political and physical maps?

Students can see the question and the evidence at the same time.

Mapworld’s Wall Maps collection includes world, Australian, state, regional, historical and themed maps ranging from compact formats to maps more than two metres wide. Laminated maps can be marked with suitable whiteboard markers and wiped clean, making them particularly useful for repeated classroom activities.

For specific classroom recommendations, read:

• The Best Wall Maps for Schools and Classrooms

• Classroom Maps Australia: The Best World and Australia Wall Maps for Schools

• Why Every Geography Classroom Needs a Large Wall Map

• Educational Wall Maps for Australian Classrooms

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12. Globes Develop Planetary Understanding

A globe teaches something a flat map cannot.

The Earth is not a rectangle.

The Pacific does not end at the edge of a sheet.

The poles are points rather than long horizontal lines.

Routes can cross the date line.

Continents wrap around a sphere.

A globe makes it easier to understand:

• Earth’s true form;

• the relationship between the poles and Equator;

• lines of latitude and longitude;

• hemispheres;

• great-circle routes;

• the scale of the oceans;

• why flight paths curve on some flat maps;

• how day and night relate to rotation.

Raised-relief globes add a tactile dimension.

Students can trace the Andes, Himalayas, Rockies and Great Dividing Range and compare mountain systems across continents. Relief must be exaggerated to be felt at globe scale, but it can still provide a strong general impression of Earth’s physical structure.

Mapworld’s World Globes collection includes political, physical, illuminated and raised-relief models. The Classic R4 Relief Atmosphere Illuminated Globe, for example, combines raised topography with physical mapping by day and political mapping when illuminated.

Read:

• Raised Relief Globes Explained

• How to Choose a World Globe

A wall map offers scale and detail.

A globe restores the shape of the planet.

The strongest learning spaces often contain both.

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Maps and Digital Technology Should Work Together

The argument for maps is not an argument against technology.

Digital mapping provides capabilities a paper map cannot:

• live position;

• current traffic;

• route recalculation;

• satellite imagery;

• searchable locations;

• multiple data layers;

• rapid changes of scale;

• interactive analysis;

• GIS modelling.

Paper maps provide different strengths:

• a stable overview;

• no battery dependence;

• easy comparison across a large area;

• shared discussion;

• a persistent visual reference;

• freedom from notifications and interface changes;

• a direct physical relationship between eye, hand and information.

The problem arises when digital navigation is reduced to passive instruction.

Turn left.

Continue straight.

Take the next exit.

The journey may be completed without the traveller ever forming a clear understanding of the route.

A paper map encourages active interpretation.

Digital mapping can then add live information to that understanding.

The most capable map users are not those who reject digital navigation.

They are those who can move confidently between:

• paper maps;

• wall maps;

• globes;

• atlases;

• topographic maps;

• satellite imagery;

• digital maps;

• GIS;

• the landscape itself.

For a fuller discussion, read Paper Maps vs Google Maps: Which Is Better for Trip Planning?.

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How Maps Support Different Areas of Learning

Geography

Maps help students understand:

• location;

• place;

• environment;

• interconnection;

• scale;

• spatial distribution;

• movement;

• change.

The Australian Curriculum’s geography framework explicitly identifies spatial perspectives, map interpretation and spatial technologies as important parts of geographical understanding.

Mathematics

Maps apply:

• scale;

• ratio;

• measurement;

• distance;

• direction;

• coordinates;

• area;

• estimation;

• geometry.

A scale exercise gives mathematics a visible purpose.

History

Historical maps help students follow:

• migration;

• exploration;

• trade;

• military campaigns;

• border changes;

• urban growth;

• transport development;

• the rise and decline of empires.

Events that appear isolated in a textbook become connected when placed in space.

Science

Physical, geological, climatic and topographic maps support the study of:

• landforms;

• weather;

• climate;

• geology;

• ecosystems;

• watersheds;

• natural hazards;

• population and disease.

English and Literacy

Maps can support:

• directional vocabulary;

• descriptive writing;

• sequencing;

• storytelling;

• research;

• interpretation;

• communication.

National Geographic’s early-years activities combine mapmaking with positional language and story retelling, illustrating how spatial and language development can reinforce one another.

Civics and Citizenship

Political and electoral maps help explain:

• countries;

• states;

• local-government areas;

• electorates;

• administrative boundaries;

• service areas;

• communities.

Design and Technology

Plans, elevations, diagrams and maps all require users to interpret objects and environments from different viewpoints.

Physical Education

Direction, position, movement and tactical spacing all depend on spatial reasoning, whether students are following an orienteering course or organising themselves on a playing field.

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Practical Ways to Build Spatial Thinking with Maps

Spatial thinking develops through use.

A map should not only be displayed.

It should be questioned.

Begin with Familiar Places

Ask students to draw:

• the classroom;

• the school;

• the route from the classroom to the library;

• the journey from home to school;

• a familiar park or shopping centre.

Accuracy is less important initially than recognising relationships.

What is beside the gate?

What lies behind the oval?

Which route is shortest?

National Geographic recommends beginning with familiar places before progressing towards larger and more abstract regions.

Compare the Map with Reality

Take a local map outside.

Orient it.

Match roads, buildings, slopes and landmarks.

Ask students which features are shown and which have been omitted.

Measure Real Distances

Use a map scale to calculate:

• the distance between two towns;

• the length of a walking route;

• the width of a national park;

• the journey across Australia;

• the distance between home and school.

Follow a River

Identify its source.

Trace tributaries.

Observe the direction of flow.

Note towns, dams, roads and agricultural areas along its course.

Read Terrain from Contours

Find:

• a hill;

• a valley;

• a ridge;

• a saddle;

• a steep slope;

• a gentle slope;

• a likely drainage line.

Then compare the interpretation with aerial imagery or a photograph.

Compare Map Projections

Place an Atlantic-centred, Pacific-centred and upside-down world map beside one another.

Ask what moves towards the centre.

What is split?

What appears larger?

What assumptions does each design challenge?

Map a Story or Historical Event

Trace:

• a character’s journey;

• an explorer’s route;

• a migration;

• a trade network;

• a military campaign;

• a voyage.

Build a Travel Itinerary

Give students a destination, time limit and transport method.

Ask them to plan a realistic route while considering scale, distance, terrain and connections.

Mark a Wall Map

A laminated map can become an evolving classroom record.

Use suitable whiteboard markers or removable map dots to record:

• countries studied;

• news events;

• student heritage;

• animal migration;

• weather systems;

• book settings;

• historical events;

• trade routes;

• future travel.

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Choosing Maps That Encourage Spatial Thinking

Different maps develop different forms of understanding.

Political World Maps

Political maps teach:

• countries;

• capitals;

• borders;

• territories;

• relative location.

For Australian schools, a Pacific-centred map places Australia and the wider Asia-Pacific region close to the centre rather than at the edge.

Browse World Wall Maps, including current Pacific-centred political maps in classroom, Supermap and Mega Map sizes.

Physical World Maps

Physical maps show:

• mountain systems;

• deserts;

• plateaus;

• rivers;

• ocean depths;

• broad terrain.

The World Physical Large Pacific-Centred Wall Map and larger physical Supermaps provide a strong counterpoint to political mapping.

Children’s Maps

Children’s maps combine clear geography with illustrations, animals, landmarks and cultural information.

The National Geographic World for Kids is designed for children aged approximately seven to twelve and uses a Winkel Tripel projection. The Children’s World Wall Map by Collins adds illustrations of animals, food, buildings, sport and culture to encourage exploration.

Australia Maps

An Australian classroom needs a map that allows the country to be understood whole.

The Australia National Geographic Wall Map provides national context, while the Australia Physical Atlas of the World Map emphasises terrain and physical geography.

Browse Australia Maps for wall maps, road maps, atlases, state maps and topographic coverage.

Topographic Maps

Topographic maps develop detailed understanding of:

• terrain;

• scale;

• coordinates;

• symbols;

• landforms;

• drainage;

• movement through the landscape.

Browse Topographic Maps Australia.

Globes

Globes are best for:

• planetary form;

• hemispheres;

• latitude and longitude;

• great-circle relationships;

• global scale;

• physical relief.

Browse World Globes.

Historical Maps

Historical maps allow students to compare time as well as space.

They reveal how:

• borders change;

• cities expand;

• roads and railways develop;

• names evolve;

• political perspectives influence cartography.

Browse Historical Maps and Vintage National Geographic Maps.

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Map Size Matters

A classroom map must be large enough to be used collectively.

A detailed map that cannot be read from the nearest desks becomes decoration rather than a teaching resource.

As a general guide:

• smaller maps suit close individual study;

• maps around one metre wide suit normal classrooms and learning areas;

• Supermaps improve visibility across larger rooms;

• Mega Maps create immersive whole-class teaching displays;

• globes work best where students can approach and rotate them;

• laminated maps are preferable when routes or locations will be marked repeatedly.

Mapworld stocks maps ranging from compact wall prints to world maps more than two metres wide.

Read:

• What Size Wall Map Do I Need?

• How to Choose a Wall Map

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Why Maps Matter Beyond the Classroom

Spatial thinking is not a school skill that becomes unnecessary after graduation.

Adults use it when they:

• drive through an unfamiliar city;

• compare homes and workplaces;

• plan holidays;

• understand news events;

• follow weather systems;

• assess flood or bushfire risk;

• manage land;

• organise logistics;

• interpret property boundaries;

• study a business territory;

• understand infrastructure;

• respond to emergencies.

A society that loses the ability to understand maps becomes more dependent on systems it may not fully understand.

The concern is not that everyone must become a professional cartographer.

It is that people should retain enough geographic literacy to:

• know where they are;

• understand where events are occurring;

• compare distance and scale;

• recognise terrain;

• question a route;

• identify alternatives;

• communicate location;

• make informed decisions.

Read GPS Disruption and Why Paper Maps Matter for a broader examination of why map-reading remains strategically important.

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Why Buy Educational Maps from Mapworld?

Mapworld supplies educational maps and geographic resources to:

• primary and secondary schools;

• universities;

• libraries;

• homeschooling families;

• tutoring centres;

• training organisations;

• government departments;

• emergency services;

• businesses;

• community organisations.

The range includes:

• political world maps;

• physical world maps;

• children’s maps;

• Pacific-centred maps;

• Australia maps;

• state and regional maps;

• topographic maps;

• historical maps;

• globes;

• atlases;

• laminated teaching maps;

• large-format Supermaps and Mega Maps.

Mapworld’s Educational Wall Maps and Globes collection brings many of these resources together, while the broader Wall Maps, World Maps, Australian Maps, Topographic Maps and World Globes collections provide further depth.

Mapworld can also supply maps in paper, laminated, canvas and selected timber hang-railed finishes.

Paper maps suit framing and pinboards.

Laminated maps provide a durable write-on, wipe-off surface.

Canvas maps create a lower-glare display.

Timber hang rails provide a ready-to-hang classroom or library presentation.

The right format depends on how the map will be used.

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Related Mapworld Articles

Continue reading with:

• The Best Wall Maps for Schools and Classrooms

• Educational Wall Maps for Australian Classrooms

• Classroom Maps Australia: The Best World and Australia Wall Maps for Schools

• Why Every Geography Classroom Needs a Large Wall Map

• The Best Wall Maps of Australia

• What Is a Topographic Map?

• How to Read a Topographic Map

• Australian Topographic Map Symbols Explained

• Raised Relief Globes Explained

• How to Choose a World Globe

• Paper Maps vs Google Maps: Which Is Better for Trip Planning?

• GPS Disruption and Why Paper Maps Matter

• What Size Wall Map Do I Need?

• How to Choose a Wall Map

• Why Specialist Map Shops Remain Important

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Final Thoughts

Maps improve spatial thinking because they require us to understand relationships.

They ask us to connect:

• one place with another;

• distance with scale;

• symbols with reality;

• two dimensions with three;

• local detail with global context;

• information with decision-making.

A map does not merely answer the question:

Where is it?

A good map encourages us to ask:

Why is it there?

What surrounds it?

How is it connected?

What pattern can I see?

What changes when I look at a different scale?

What does this mean for the journey, problem or decision in front of me?

These questions are the foundations of spatial thought.

They matter in geography.

They matter in science, mathematics, history, navigation, planning and everyday life.

Digital technology has made geographic information more accessible than at any other point in history.

But access to information is not the same as understanding it.

A person following a blue line may reach the destination.

A person who can read the map understands the journey.

That distinction is worth preserving.

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Frequently Asked Questions

What is spatial thinking?

Spatial thinking is the ability to understand and reason about location, distance, direction, scale, shape, pattern and relationships between objects or places.

How do maps develop spatial thinking?

Maps require users to interpret scale, direction, symbols, patterns, terrain and relative position. They help people transform geographic information into an organised mental picture.

Can spatial thinking be learned?

Yes. Research indicates that spatial abilities can improve through training and practice rather than being permanently fixed.

Why are maps important in schools?

Maps support geography, mathematics, science, history, literacy, civics and environmental education. They also provide a shared visual reference for classroom discussion.

Are wall maps better than digital maps?

They serve different purposes. A wall map provides a persistent overview that can be viewed and discussed by a group. Digital maps provide live positioning, search, data layers and rapid changes of scale. The strongest learning uses both.

What type of map is best for teaching children?

A clear political or illustrated children’s world map is a strong starting point. Physical maps, Australia maps and globes can be added as students develop.

Why should Australian classrooms use Pacific-centred maps?

A Pacific-centred map places Australia and the Asia-Pacific region closer to the centre and prevents the Pacific Ocean from being divided at the map’s edges.

What does a physical map teach?

A physical map shows terrain, mountain systems, rivers, deserts, plains and ocean depths. It helps students understand how the natural landscape shapes travel, climate, settlement and human activity.

What does a political map teach?

Political maps show countries, states, territories, capitals and administrative boundaries.

Why are topographic maps useful for education?

Topographic maps teach scale, contour interpretation, landforms, coordinates, symbols, drainage and the relationship between two-dimensional representation and three-dimensional terrain.

How do globes help spatial learning?

Globes show the Earth as a sphere and help explain hemispheres, latitude, longitude, the poles, global routes and the true relationship between oceans and continents.

Can laminated maps be written on?

Yes. Mapworld’s laminated wall maps can be used with suitable whiteboard markers and wiped clean.

Can map dots be used on laminated maps?

Yes. Removable map dots are useful for marking locations, journeys, class topics and events.

What size wall map is suitable for a classroom?

A map around one metre wide suits many standard classrooms. Larger Supermaps and Mega Maps are better where students must read the map from across a larger room.

Does Mapworld supply maps to schools?

Yes. Mapworld supplies wall maps, globes, topographic maps, atlases and educational geography resources to schools, libraries, universities and training organisations across Australia.

Written by Christopher O’Keeffe
Managing Director of Mapworld and specialist in maps, navigation and cartographic products.

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