In this blog I am going to summarise the key points across the different question types on AQA GCSE Geography Paper 1 - Living with the Physical Environment.

As with the last couple of years, AQA has included lots of exemplar answers alongside examiner commentary. These are definitely worth looking at for your own or departmental CPD, particularly as they show really clearly what moves an answer from one level to the next.

Overall, the paper seemed to work well across the ability range. Students were generally well prepared, managed their time effectively and showed a good understanding of the assessment objectives. There was also evidence that centres had acted on previous feedback, with improvements in the use of photographs, case studies, geographical vocabulary and the development of 2- and 4-mark answers.

There are, however, some familiar messages running through this year's report - particularly around precise geographical knowledge, applying rather than copying information from resources, and developing explanations rather than simply listing points.

So, let's delve into the detail...

MCQs

What was done well?

• Skills-based MCQs were generally answered successfully.
• Students showed good confidence interpreting graphs, maps and other geographical information.
• Some of the AO4 questions were answered almost universally correctly, showing that students were generally secure with straightforward data interpretation.

Areas for improvement

• Students still need to be really secure with their geographical terminology and definitions.
• It is worth continuing to use MCQs for retrieval practice – particularly where distractors expose common misconceptions.
• Students need to look carefully at exactly what a graph or map is showing rather than rushing to select an answer.

Point-marked questions

What was done well?

There was plenty of success with the shorter questions. Students generally demonstrated secure AO1 knowledge, including identifying plate margins, tropical storm conditions, causes of deforestation and glacial processes. AO4 skills were also generally strong, including percentage calculations and straightforward manipulation of data.

Students were also increasingly confident using visual evidence. For example, stronger responses identifying evidence of climate change from photographs referred specifically to glacier retreat, reduced ice cover and increased vegetation, rather than making vague observations.

Areas for improvement

Some fairly fundamental misconceptions are still cropping up, including:

• confusion between the eye and eyewall of a tropical storm
• suggesting tropical storms become stronger over land
• misunderstanding tropical rainforest soils
• making overgeneralised statements about desertification
• muddling together tectonic hazard monitoring, prediction, protection and planning.

There were also issues with OS map interpretation, with some students confusing spits, bars and beaches or incorrectly interpreting contours.

This feels like a useful reminder that the relatively small details matter. Students can lose quite a few marks across a paper through slightly inaccurate terminology, definitions and basic geographical knowledge.

4-mark questions

The 4-markers included questions assessing knowledge, understanding and application. As ever, these are questions where precision and development are really important.

Better answers...

• developed their points rather than producing a list
• used precise geographical terminology
• explained processes in a logical sequence
• made clear links between cause and effect
• used the resource where required rather than simply describing it
• focused on the specific landform/process asked about.

One of the clearest messages from this year's report relates to physical processes and landforms. For example, the river deposition question proved challenging for many students. Better answers selected appropriate features such as levees and floodplains and linked their formation to falling energy levels, sediment size and repeated flooding. The strongest responses produced accurate sequences rather than simply saying that the river “slows down” and “drops material”.

Weaker answers...

• described a feature without explaining its formation
• selected landforms that weren't actually shown in the resource
• mixed up processes from different landscape systems
• used vague phrases such as “the river drops material”
• struggled to identify physical landforms in photographs or maps
• lacked the geographical terminology needed to explain the process accurately.

Mudflats and estuaries were particularly problematic. Some students recognised that deposition occurred but struggled to explain why the meeting of river and tidal water creates the conditions for sediment accumulation.

This might be an area worth revisiting through photo → identify → evidence → process activities, so students get used to moving from recognising a feature to actually explaining it.

6-mark questions

A key feature of these questions was the need to use the resource alongside geographical understanding, rather than treating the two as separate parts of the answer.

Better answers...

• referred specifically to the figures provided
• explained how a process or strategy worked
• developed their points using geographical knowledge
• assessed effectiveness rather than simply describing advantages and disadvantages
• considered knock-on effects
• used relevant case-study material to reinforce an argument
• made a clear judgement where appropriate.

The coastal management question is a good example. Students generally approached this confidently and most could distinguish hard and soft engineering. Better responses didn't stop at saying that sea walls were expensive or beach nourishment looked natural. They explained how sea walls, groynes and nourishment affected wave energy and sediment movement. The strongest answers also considered more complex consequences such as terminal groyne syndrome, recognising that protecting one location can increase erosion elsewhere. Some students successfully brought in examples including Holderness, Lyme Regis and Minehead.

Similarly, on river management, better responses explained how dams and reservoirs regulate discharge, how afforestation increases interception and reduces surface runoff, and how flood-relief channels can potentially transfer flood risk downstream.

Weaker answers...

• produced simple lists of advantages and disadvantages
• described strategies without explaining how they worked
• focused on superficial issues such as appearance or cost
• confused hard and soft engineering
• copied information from the resource without developing it
• drifted away from the actual focus of the question.

There is a useful exam-technique message here - 'use the figure' doesn't mean 'copy the figure' - students need to take something from the resource and then do something geographical with it.

9-mark questions

These questions continue to provide some of the clearest differentiation between students. To reach the higher levels, students need detailed knowledge, application, analysis/evaluation and a reasoned judgement. Simply writing everything they know about the topic isn't enough.

Better answers...

• stayed focused on the exact wording of the question
• used accurate and specific case-study knowledge
• developed chains of reasoning
• considered more than one factor
• weighed up relative importance or effectiveness
• used geographical terminology confidently
• maintained an argument rather than leaving all the evaluation until the conclusion
• produced a substantiated final judgement.

The hot deserts question is a good example. Most students understood the basic causes of desertification, including overgrazing, overcultivation and deforestation. Stronger responses went further by explaining how these pressures contribute to soil degradation, erosion and declining productivity. Some also recognised population growth as an underlying driver, while others considered conflict within parts of the Sahel.

The strongest case-study responses weren't simply descriptions of the Sahel. They used strategies such as zai pits, bunds, afforestation, solar cookers and the Great Green Wall to construct an argument about how desertification could be reduced. Students who located these strategies more precisely, for example in Niger or Senegal, were able to construct more convincing answers.

Weaker answers...

• drifted into generic discussion of climate change
• described the effects of desertification rather than answering the question
• listed causes or strategies without linking them together
• used generic case-study information
• didn't evaluate
• lacked enough geographical detail to sustain the argument.

The cold environments option also highlighted the importance of answering the actual question. Some students simply described cold environments or economic activities rather than discussing why wilderness areas are valuable and how they can be protected. Better responses recognised ecological, cultural and scientific value and brought in specific management such as the Antarctic Treaty, fisheries regulation in Svalbard and adaptations to the Trans-Alaskan Pipeline.

Case studies

There is a really important message about case studies running throughout the report. Students do need specific geographical knowledge, but knowing a case study isn't the same thing as using it effectively.

Better answers...

• selected case-study evidence that directly supported the point being made
• used accurate locational detail
• integrated examples into the argument
• explained why the evidence mattered
• avoided simply reproducing a pre-learned case-study narrative.

Weaker answers...

• gave generic examples
• inserted a memorised paragraph whether it fitted the question or not
• mentioned a named place but provided little specific knowledge
• included statistics without explaining their significance.

AQA's recommendation is that stronger extended answers should combine specific locational knowledge, understanding of geographical processes and substantiated evaluation. So perhaps the question we should be encouraging students to ask themselves isn't simply 'Which case study is this?' but 'Which bit of my case study helps me answer this question?'

Using figures and resources

This is probably another area worth prioritising as AQA notes that some students either ignored figures altogether or copied information from them without interpretation.

Better answers...

• identified overall patterns
• selected relevant evidence
• spotted anomalies
• manipulated data where appropriate
• interpreted rather than copied
• linked observations to geographical understanding
• used the resource as evidence within an argument.

This is particularly important because students often think that mentioning a figure is enough to demonstrate application. It isn't. A useful classroom routine might therefore be: Evidence → What does it show? → Why does it matter? → Link to the question

Physical landscapes

If there is one content area from Paper 1 that appears particularly worthy of attention, it is physical landscapes. Section C produced lower average marks than Sections A and B, and the report repeatedly highlights difficulties with recognising river, coastal and glacial landforms and explaining the processes responsible for their formation.

Students therefore need to be able to do more than reproduce a textbook diagram - they need to recognise landforms in:

• photographs
• OS maps
• unfamiliar landscapes
• diagrams
• written descriptions.

And once they have identified the feature, they need to be able to explain its formation through an accurate sequence of processes.

Command words

Finally, there is a very familiar but important message about command words. Stronger students understood what explain, suggest and to what extent required. For example, stronger 'explain' responses developed process chains, while high-level 'to what extent' answers genuinely evaluated the effectiveness and limitations of strategies. AQA's recommendations reinforce this - students should use command words such as describe, explain, suggest, discuss and to what extent to determine the structure, depth and style of their response. This isn't just an exam-technique issue - it determines what students actually need to do with their geography.

So, what are the big takeaways?

For me, the recurring messages from the 2026 Paper 1 report are:

• Know the geography precisely – terminology, processes and landforms really matter.
• Develop points – particularly on 2-, 4- and 6-mark questions.
• Don't copy resources – interpret them.
• Practise physical landscape recognition particularly from photographs and OS maps.
• Case studies need to be applied not recited.
• Use the command word - to decide what the answer needs to do.
• For higher-tariff questions, move beyond simple pros and cons towards genuine evaluation and judgement.
• And finally, answer the question that is actually there, rather than the question students hoped would come up!

Perhaps the most useful message from the report is that students don't necessarily need more geographical knowledge. In many cases they need to become more precise and more selective with the knowledge they already have.

AQA's recommendations make much the same point - read the question carefully, develop explanations, use authentic case-study detail, interpret figures analytically and use the number of marks available to judge the depth required.