Geographical progression in the classroom

Putting the foundational knowledge framework into action

A framework only becomes useful when it changes what happens in classrooms.

That is one of the persistent problems with curriculum thinking in education. We produce elegant diagrams, progression models and conceptual frameworks which appear persuasive in policy documents or conference presentations, but which have very little impact on the actual intellectual work pupils do. Geography has not escaped this tendency. Over the years we have seen waves of “skills frameworks”, “enquiry cycles”, “competency models” and “knowledge organisers”, many of which sounded convincing in theory but struggled to shape classroom practice in meaningful ways.

If a framework for foundational knowledge in geography is going to matter, then it must do more than describe progression abstractly. It must help teachers think differently about:

• the tasks they design,

• the questions they ask,

• the assessments they create,

• and the way they sequence curriculum over time.

Most importantly, it must sharpen our understanding of what progression in geography actually is.

This is where the foundational knowledge framework potentially becomes powerful. It shifts progression away from simplistic proxies such as:

• longer writing,

• harder vocabulary,

• more difficult command words,

• or simply covering more content.

Instead, it reframes progression as increasing access to the disciplinary architecture of geography itself. Pupils progress not because they can write more paragraphs or remember more case studies, but because they are increasingly able to think geographically:

• across scale,

• through systems,

• with evidence,

• through representation,

• and with awareness of perspective, interdependence and uncertainty.

That distinction changes curriculum thinking quite significantly.

The problem with many geography tasks

A surprising number of geography tasks are only superficially different from one another. A Year 7 pupil might be asked to describe a rainforest ecosystem. A Year 8 pupil might explain urbanisation. A Year 9 pupil might evaluate climate mitigation strategies. On paper, this appears progressive because the command words become more sophisticated. Yet the actual intellectual demand may not have shifted very much at all.

Often the underlying structure remains remarkably similar:

• read information,

• reproduce information,

• add a judgement sentence at the end.

This is one reason pupils can appear successful while still possessing relatively shallow geographical understanding. They become increasingly fluent at performing school geography without necessarily developing secure disciplinary thinking.

The foundational knowledge framework suggests something rather different. It suggests that progression should emerge from increasing conceptual and disciplinary complexity rather than from changing command verbs alone.

Take urbanisation as an example.

In many curricula, urbanisation becomes progressively “harder” simply because pupils encounter increasingly complicated case studies. But the conceptual work expected of pupils may remain relatively static. They still identify causes, explain impacts and perhaps evaluate responses. The framework instead encourages us to think about how the nature of the geographical thinking changes.

At an emerging level, pupils may be developing relatively foundational ideas around place, process and locational understanding. A task might ask pupils to describe how Mumbai has changed as its population has grown. They may work with photographs, simple maps and population data. The intellectual focus here is on recognising observable change and linking this to straightforward processes such as migration or natural increase. The task is not “easy” in the sense of lacking rigour. Rather, it reflects the fact that pupils are still constructing foundational geographical structures.

At a developing level, however, the same broad topic becomes conceptually richer. Pupils may now be expected to think about:

• spatial variation,

• inequality,

• scale,

• interdependence,

• and systems.

The task might shift towards explaining why urban growth is uneven across different parts of Mumbai and how migration, economic change and planning interact to shape different experiences of the city. Now pupils must interpret a much wider range of representations:

• choropleth maps,

• transport networks,

• land use patterns,

• demographic data,

• and perhaps contrasting accounts of life in different neighbourhoods.

The complexity no longer lies in the amount of writing produced. It lies in the way knowledge is organised and connected.

At a more confident level, the disciplinary demand deepens further still. The task may become something like:

To what extent can rapid urban growth in Mumbai be managed sustainably?

At this point, geography becomes explicitly interpretative. Pupils are no longer simply explaining urbanisation. They are weighing competing priorities, analysing trade-offs and considering alternative futures. They may need to grapple with:

• environmental sustainability,

• infrastructure provision,

• political priorities,

• stakeholder conflict,

• informal settlements,

• and uneven access to resources.

What matters here is that the topic remains broadly similar throughout. The progression comes through increasingly sophisticated geographical reasoning.

This changes the way we think about challenge

One of the interesting implications of this approach is that challenge becomes conceptual rather than merely procedural.

In many classrooms, “stretch” is often interpreted through:

• longer writing,

• more difficult reading,

• additional data,

• or independent research.

These things can matter, but they do not necessarily deepen geographical thinking. A pupil can write two pages about coastal erosion while still thinking about the issue in highly simplistic ways.

A disciplinary conception of challenge instead asks:

• Are pupils thinking across scales?

• Are they recognising interactions between systems?

• Are they evaluating representations critically?

• Are they understanding how perspectives shape geographical narratives?

• Are they grappling with uncertainty and contested interpretations?

This creates a much richer conception of progression.

Take coasts as another example. An emerging pupil may describe how waves erode cliffs and identify features such as arches and stacks. A developing pupil may explain why erosion rates vary across different parts of a coastline, drawing together geology, wave energy and human activity. A more confident pupil may evaluate whether current coastal management approaches create sustainable futures for different stakeholders, considering economic priorities, environmental impacts and long-term uncertainty.

Again, the progression is not simply from “describe” to “evaluate”. It is from surface process knowledge towards increasingly sophisticated disciplinary understanding.

What this means for assessment

Perhaps the most significant implication of the framework lies in assessment.

Many geography assessments continue to rely heavily upon generic structures:

• command words,

• mark schemes,

• paragraph formulas,

• and quantity of detail.

This often produces assessments which reward:

• memorisation,

• procedural exam technique,

• or generic literacy,
  rather than geographical understanding itself.

A foundational knowledge framework potentially allows assessment to focus more directly on forms of disciplinary thinking.

For example, consider two pupils responding to a question about flood management. Both may technically “evaluate” strategies. Yet one pupil may simply list strengths and weaknesses mechanically:

• hard engineering is effective but expensive,

• soft engineering is more sustainable but slower.

Another pupil, however, may demonstrate much deeper disciplinary understanding by analysing:

• how impacts vary across scales,

• why different stakeholders prioritise different outcomes,

• how management strategies shift risk spatially,

• and how environmental, economic and political priorities interact over time.

Both pupils may appear to have fulfilled the command word. But the second is clearly thinking much more geographically.

The framework therefore gives teachers a language for discussing what disciplinary sophistication actually looks like.

This also changes questioning in powerful ways. Instead of escalating mechanically through Bloom-style hierarchies, teachers can deliberately deepen geographical reasoning.

In a lesson on migration, for example, emerging questions might focus on identifying where people move from and to, or recognising key push and pull factors. Developing questions might explore why migration patterns vary between places and how economic and political processes interact. More confident questioning may ask pupils to consider who benefits from migration, how migration narratives become contested and why migration decisions operate differently across scales.

The shift is subtle but important. The goal is not simply “harder questions”, but richer geographical thinking.

Curriculum design: the biggest implication

Ultimately, though, the biggest implication of the framework lies at curriculum level.

Many geography curricula still operate largely through topic accumulation:

• rivers,

• coasts,

• weather,

• population,

• development,

• ecosystems.

But topic coverage is not the same thing as progression.

A pupil may study many topics while never developing secure understanding of:

• systems,

• scale,

• interdependence,

• representation,

• or spatial reasoning.

The framework encourages curriculum thinking organised around recurring disciplinary structures instead.

For example, systems thinking may recur through:

• rivers,

• climate,

• urbanisation,

• food security,

• and energy.

Scale may recur through:

• migration,

• development,

• hazards,

• and geopolitics.

Perspective and positionality may recur through:

• regeneration,

• climate justice,

• resource management,

• and environmental conflict.

This creates much stronger conceptual coherence because pupils begin to encounter geography not as isolated units of content, but as interconnected ways of understanding the world.

This matters cognitively as well as disciplinarily. Cognitive science reminds us that new knowledge is remembered more effectively when it connects to existing schema. If geography is taught as disconnected topic content, pupils often forget large amounts because the knowledge has nowhere meaningful to attach. But when pupils repeatedly revisit recurring disciplinary structures, new learning becomes increasingly connected and cognitively durable.

This may be one of the strongest arguments for conceptual curriculum design in geography. Concepts such as:

• scale,

• systems,

• interdependence,

• representation,

• and sustainability

do not merely sit alongside knowledge. They organise it.

One important caution

There is, however, a significant danger here.

Like any framework, this one could easily become mechanised. Schools may be tempted to turn it into:

• a levelling system,

• a spreadsheet,

• a checklist,

• or a new assessment rubric.

That would flatten much of its value.

The framework is not attempting to create fixed attainment stages. Nor is it proposing that pupils move neatly from “emerging” to “developing” to “confident” in linear fashion. Geographical understanding rarely develops so tidily. A pupil may demonstrate highly sophisticated systems thinking in one context while still struggling with scale or evidence evaluation elsewhere.

The framework works best when understood as descriptive rather than prescriptive. Its purpose is not to categorise pupils, but to help teachers think more clearly about what geographical understanding consists of and how curriculum and teaching might deliberately nurture it.

Ultimately, that may be the most important point.

A strong geography curriculum is not simply about ensuring pupils know more about the world. It is about inducting them into ways of thinking that allow them to interpret:

• environmental change,

• spatial inequality,

• migration,

• geopolitical conflict,

• urban futures,

• and sustainability.

That requires more than topic coverage or isolated skills practice. It requires carefully building the conceptual, spatial and disciplinary foundations that make increasingly sophisticated geographical thinking possible.