Foundational Knowledge in Geography

What is geography built upon?

Few phrases in education are used more confidently, or defined more vaguely, than “building foundational knowledge”. Schools speak about foundations constantly. Curriculum documents promise them. Politicians invoke them. Teachers are told pupils need them before they can tackle more complex work. Yet what foundational knowledge actually means often remains frustratingly unclear.

In geography, this matters enormously.

Too often, foundational knowledge is reduced to lists of facts pupils should remember:

• countries and capitals,

• definitions,

• river features,

• climate graphs,

• case study details.

Of course, these things matter. Geography cannot function without substantive knowledge. Pupils need secure knowledge of places, processes and patterns if they are to understand the world meaningfully. But foundational knowledge in geography is something richer than factual accumulation. It is not merely about what pupils know. It is about what pupils are able to do with that knowledge.

More precisely, it is about what enables pupils to think geographically.

That distinction matters because geography is not simply a body of information. It is a way of understanding the world. It is a discipline organised around distinctive concepts, representations and forms of reasoning. If we misunderstand foundational knowledge as little more than introductory content, we risk building curricula that appear knowledge-rich while remaining intellectually thin.

The problem is not a lack of knowledge. The problem is disconnected knowledge.

Beyond facts and “skills”

One of the difficulties in geography curriculum thinking over the past two decades has been the false choice between knowledge and skills.

At different times, geography has been pushed towards:

• generic competencies,

• enquiry-based learning detached from secure content,

• transferable “thinking skills”,

• or, more recently, heavily factual approaches focused on retrieval and recall.

Neither extreme captures what geography actually is.

Once again, Michael Young’s distinction between Future 1, Future 2 and Future 3 curricula is useful here. A Future 1 curriculum treats knowledge as fixed facts to be transmitted. A Future 2 curriculum privileges generic skills and competencies while downplaying disciplinary structures. A Future 3 curriculum instead focuses on powerful disciplinary knowledge: the specialised concepts and ways of thinking that allow pupils to understand the world beyond their everyday experiences.

Geography sits awkwardly within simplistic knowledge-versus-skills debates because the discipline itself integrates both.

A pupil interpreting a flood risk map is not merely applying a generic “skill”. They are drawing upon:

• spatial understanding,

• conceptual knowledge of risk and process,

• graphical interpretation,

• and knowledge of human-environment interaction.

Similarly, fieldwork is not simply a practical activity. It depends upon disciplinary understanding:

• why sampling matters,

• how scale shapes findings,

• why data may be unreliable,

• how geographical evidence is constructed.

Much of what we often call “skills” in geography is actually the application of foundational disciplinary knowledge.

Geography’s forgotten contribution: graphicacy

This is not a new idea. Geography educators have been writing about distinctive forms of disciplinary competence for decades.

In the 1960s, geographers William Balchin and Alice Coleman coined the term graphicacy. They argued that literacy and numeracy alone were insufficient to explain how people understand and communicate spatial relationships. Geography relied heavily on maps, diagrams, cross-sections, aerial imagery and graphical representations. These required their own form of competence.

Balchin described graphicacy as:

“the intellectual skill necessary for the communication of relationships which cannot be successfully communicated by words or mathematical notation alone.”

This remains strikingly relevant.

Geography is one of the most visually demanding subjects in the curriculum. Pupils must learn to:

• interpret maps,

• read spatial patterns,

• understand graphs,

• decode GIS outputs,

• analyse visual representations,

• and move between textual, numerical and spatial forms of information.

These are not decorative additions to the discipline. They are part of how geographical knowledge itself is constructed. A pupil who cannot interpret a choropleth map is not merely missing a “skill”. They are partially excluded from geographical meaning-making.

Functional knowledge and geography

This becomes particularly important when discussions turn towards “functional knowledge” or “functional skills”.

Functional skills are often discussed in generic terms:

• literacy,

• numeracy,

• communication,

• digital competence.

Geography certainly contributes to these. It may, in fact, be one of the subjects best placed to do so because it naturally integrates:

• extended reading,

• data interpretation,

• visual analysis,

• decision-making,

• argument construction,

• and real-world application.

But geography also develops forms of functional understanding that are distinctly disciplinary.

For example:

• spatial thinking,

• systems thinking,

• scale awareness,

• environmental reasoning,

• interpretation of evidence,

• understanding interdependence.

These are increasingly important forms of civic and intellectual competence in a world shaped by:

• climate change,

• migration,

• globalisation,

• resource insecurity,

• and geopolitical complexity.

The ability to understand how local actions connect to global systems is not simply an academic exercise. It is part of functioning effectively in the modern world. This is why concepts such as geo-literacy and spatial literacy have gained increasing prominence internationally. Researchers working on spatial thinking argue that spatial reasoning may be becoming as socially important as traditional literacy and numeracy.

Geography has quietly been developing these capacities for decades.

So what is foundational knowledge in geography?

If foundational knowledge is not merely factual recall, what does it actually consist of?

A useful way to think about it is this:

Foundational knowledge is the knowledge that enables pupils to participate meaningfully in geographical thinking.

This includes several interrelated forms of knowledge.

Conceptual foundations

These are the big organising ideas of geography:

• place,

• space,

• scale,

• interdependence,

• sustainability,

• environment,

• systems,

• inequality,

• development,

• risk.

These concepts are foundational not because they are simple, but because they organise later understanding.

Without scale, pupils struggle to understand climate change meaningfully. Without interdependence, globalisation becomes a disconnected collection of examples. Without systems thinking, rivers become isolated topic content rather than part of dynamic environmental processes.

Strong geography curricula revisit these concepts repeatedly across different contexts, allowing pupils to deepen and refine their understanding over time.

Spatial foundations

Geography depends upon spatial understanding.

This includes:

• locational knowledge,

• mental maps,

• regional understanding,

• awareness of spatial patterns and distributions.

Locational knowledge is sometimes dismissed as old-fashioned rote learning, but secure spatial knowledge matters enormously. Without it, pupils struggle to contextualise global events or understand relationships between places.

Knowing where places are is not the endpoint of geographical understanding. But it is often part of the foundation upon which deeper understanding rests.

Representational foundations

Pupils must learn how geography represents information.

This includes understanding:

• maps,

• graphs,

• diagrams,

• GIS,

• population pyramids,

• climate graphs,

• field sketches,

• satellite imagery.

Again, these are not simply classroom tools. They are part of the disciplinary architecture of geography itself.

Procedural foundations

Pupils also need knowledge of how geographical knowledge is constructed:

• how fieldwork operates,

• how evidence is gathered,

• how data is interpreted,

• how claims are evaluated,

• how geographical enquiries are framed.

Importantly, this too is knowledge.

A pupil who understands why sample size matters possesses disciplinary understanding, not merely procedural competence.

Linguistic foundations

Geography is linguistically dense.

The discipline depends heavily on:

• abstract vocabulary,

• relational language,

• conceptual terminology,

• evaluative phrasing.

Words such as:

• urbanisation,

• mitigation,

• sustainability,

• governance,

• inequality,

• resilience

carry significant conceptual weight.

Disciplinary vocabulary does not merely label ideas. It shapes what pupils are capable of thinking about.

What progression really looks like

This has important implications for progression.

Too often, progression is reduced to:

• moving through command words,

• writing longer answers,

• or accumulating more content.

But genuine progression in geography is better understood as increasing disciplinary control.

For example, a pupil studying urbanisation might progress like this:

Emerging understanding

Cities grow because people move there for jobs and opportunities.

Developing understanding

Urbanisation is linked to economic development, migration and uneven development. Different cities experience growth differently.

Confident understanding

Urbanisation can be understood as part of wider economic, political and environmental systems operating across multiple scales. Different groups experience urban change differently, and urban futures are shaped by competing priorities and power relationships.

The topic remains broadly similar. What changes is the sophistication of the geographical thinking.

Foundational knowledge and enquiry

This also helps resolve one of geography education’s longstanding tensions: the relationship between knowledge and enquiry.

At times, enquiry approaches assumed pupils could discover understanding through investigation alone. More recent knowledge-rich approaches have sometimes reacted by prioritising explicit teaching and retrieval but in reality, high-quality enquiry depends upon foundational knowledge. Pupils can only ask meaningful geographical questions when they possess sufficient conceptual and contextual understanding to think beyond surface observations.

Knowledge is not the enemy of enquiry. It is what makes enquiry possible.

The challenge for curriculum design

If we accept this broader conception of foundational knowledge, then curriculum design becomes more demanding.

A curriculum cannot simply be:

• a list of topics,

• a sequence of lessons,

• or a collection of retrieval tasks.

Instead, curriculum thinking must consider:

• which concepts are foundational,

• how they recur,

• how they deepen over time,

• how place knowledge supports conceptual understanding,

• how representations are introduced and revisited,

• and how disciplinary practices are gradually developed.

This is one reason geography resists simplistic curriculum models. The discipline is inherently integrative. It combines:

• scientific understanding,

• social scientific reasoning,

• spatial thinking,

• ethical debate,

• practical investigation,

• and systems thinking.

Its foundations are therefore relational rather than merely factual.

Geography’s wider importance

Perhaps this is why geography feels increasingly important at the present moment.

Many of the defining issues of contemporary life:

• climate change,

• migration,

• energy transitions,

• urbanisation,

• resource pressures,

• geopolitical instability

require precisely the forms of thinking geography develops:

• understanding systems,

• recognising interdependence,

• thinking spatially,

• evaluating evidence,

• considering scale,

• weighing competing perspectives.

The challenge for geography education is ensuring that pupils gain genuine access to these disciplinary ways of understanding the world. That means building foundations carefully. Not foundations understood as inert facts to be memorised and reproduced but foundations understood as the conceptual, spatial and disciplinary structures that enable pupils to think geographically with increasing sophistication.

References

William George Victor Balchin (1972) ‘Graphicacy’. In R.J. Chorley (ed.) New Directions in Geography Teaching. London: Methuen.

David Lambert and John Morgan (2010) Teaching Geography 11–18: A Conceptual Approach. Maidenhead: Open University Press.

Margaret Roberts (2013) Geography Through Enquiry: Approaches to Teaching and Learning in the Secondary School. Sheffield: Geographical Association.

Michael Young and Johan Muller (2013) ‘On the Powers of Powerful Knowledge’. Review of Education, 1(3), pp. 229–250.

Geographical Association Curriculum Framework (2022)

Ofsted Geography Research Review (2021)