In this blog I am going to summarise the key points across different question types on Paper 3 - Geographical Applications.

As with Papers 1 and 2, the AQA examiner report contains lots of useful exemplar answers and examiner commentary, which are well worth using for your own or departmental CPD.

This year's Issue Evaluation focused on water supply and demand in the UK, water futures and the proposed reservoir development in Lincolnshire. Most students demonstrated a good understanding of the challenge of ensuring a reliable water supply, with stronger answers recognising the balance between supply and demand, local and national influences, and short- and long-term impacts.

Fieldwork performance was also encouraging. Students generally engaged well with the unfamiliar fieldwork scenarios and outcomes on familiar fieldwork continued to improve. However, clearly identifying and contextualising their own enquiry remained really important.

Section A – Issue Evaluation

MCQs

What was done well?

• A significant number of students correctly calculated the difference between estimated and actual water use in Q02.1.

Areas for improvement

• Some students struggled with the OS map skills required to calculate the approximate area of the proposed reservoir in Q02.4.
• As ever, it is worth reminding students to check the quick skills questions carefully – a few straightforward lost marks can add up across the paper.

Point-marked questions

Two-mark questions on Paper 3 can target different assessment objectives and therefore take slightly different forms. Some ask for two separate points, while others allow either two statements or one developed point.

What was done well?

• Students who focused closely on the exact idea in the question did well.
• In Q01.2, stronger responses gave two clearly different reasons for increased water demand, rather than simply selecting information from the booklet.
• In Q02.5, students could gain both marks by identifying that the relief was fairly flat and then supporting this with evidence from the contour pattern.

Areas for improvement

• Some students confused supply and demand. In Q01.2, valid geography about water supply gained no credit if it didn't explain why demand had increased.
• Some students lifted phrases such as excessive baths or leaving taps running from the pre-release without explaining how these increased demand.
• The term relief caused problems for a significant number of students, despite being defined in the question.
• Students need to know whether a two-mark question requires two separate ideas or a single idea with development.

4 marker

Question about how physical and human factors affect current water availability in the UK (Q01.3) – tested AO2 - virtually all students could identify some relevant factors, but the key discriminator was the command word 'explain'.

Weaker answers...

• identified physical and human factors but didn't develop them
• listed information from the pre-release booklet
• made only basic links between factors and water availability
• didn't clearly explain how or why each factor changed availability.

Better answers...

• addressed both physical and human factors
• developed the relationship between the factor and water availability
• used evidence from the resource purposefully
• explained processes such as climate change increasing drought risk and reducing water availability
• explained how overuse places pressure on supplies and can contribute to an unsustainable water situation.

A useful message here is that identifying the factor isn't enough when the question says explain.

6 markers

There were two 6-markers in Section A, both assessing AO3.

Question about climate change being the most significant challenge to future UK water supply (Q01.4) - the crucial phrase here was 'most significant challenge'. Students therefore needed to go beyond explaining climate change and compare its significance with other pressures on water supply.

Weaker answers...

• copied challenges from the pre-release
• explained climate change but simply accepted that it was the most significant factor
• identified alternatives without weighing up their importance
• didn't really engage with the word significant.

Better answers...

• explained in detail how climate change could affect water supply
• used evidence from the pre-release
• considered alternative challenges such as pollution, leakage, rising demand or infrastructure
• compared the relative importance of different factors
• reached a reasoned judgement.

The Level 3 exemplar made good links between precipitation, surface water, drought and water restrictions, before also considering demand and pollution. AQA noted that even this 5-mark response could have gone further by balancing climate change more explicitly against regional demand, ageing infrastructure and leakage.

Question about reducing household water use and a sustainable water future (Q02.3) - this question required students to assess how important reducing household consumption is in moving towards a more sustainable water future.

Weaker answers...

• described ways household water use could be reduced
• didn't make the link to long-term sustainability
• treated reducing household consumption as automatically important without assessment
• mentioned water-saving strategies but didn't explain their significance.

Better answers...

• connected lower household consumption to reduced pressure on water supply
• considered water security and long-term sustainability
• recognised that demand management is only part of the solution
• compared household water reduction with other factors such as pollution and supply-side strategies
• understood that sustainable water management involves balancing supply and demand.

This is another useful example of why students need to engage with the whole wording of an extended question rather than simply spotting the topic.

9 marker (+3 SPaG)

The decision-making question asked students whether the proposed Lincolnshire reservoir development was the correct decision. Most students demonstrated a reasonable understanding of the social, economic and environmental issues involved, and many achieved Level 2. The main discriminator was how effectively they selected, developed and linked evidence from the pre-release to support their decision.

Weaker answers...

• largely copied information from the pre-release
• relied heavily on one figure
• listed advantages and disadvantages without considering their relative importance
• made generic statements rather than developing cause-and-effect reasoning
• didn't consider stakeholder perspectives
• offered a decision without sufficiently justifying it.

Better answers...

• drew on evidence from across the pre-release booklet
• considered a range of specific social, economic and environmental factors
• linked points together rather than presenting separate lists
• considered different stakeholders
• distinguished between short- and long-term impacts
• weighed the significance of costs and benefits
• reached a clear, justified conclusion.

The 8-mark exemplar did this particularly well, with a balanced discussion of social, economic and environmental impacts and a clear conclusion. To reach full marks, AQA suggested an even stronger explicit weighing of costs against benefits and greater consideration of scale and long-term impact.

One really useful point from the report is that the OS map was rarely used, despite students being told to draw on the whole pre-release.

So for future Issue Evaluations, it is worth encouraging students to think 'what does each part of the pre-release add to my argument?' rather than relying on the figure that most obviously contains pros and cons.

Fieldwork

The unfamiliar fieldwork section is worth 16 marks, while familiar fieldwork is worth 23 marks including SPaG (around 30% of the whole paper) - that makes familiar fieldwork a particularly important revision area.

MCQs

What was done well?

• Students generally calculated the percentage occupancy of the car park accurately.

Areas for improvement

• Many students couldn't identify a scatter graph as the appropriate method for showing the relationship between car numbers and distance from the town centre.
• Students need to be familiar with the range of data-presentation techniques and know which type of data each is appropriate for.

Point-marked questions

What was done well?

• Mathematical skills were generally sound.
• Most students could identify a suitable questionnaire question.
• Many recognised limitations of an environmental quality survey.
• Students generally showed awareness of risks and risk management in their own fieldwork.

Areas for improvement

• In unfamiliar fieldwork, answers sometimes became generic and lost sight of the aim of the enquiry.
• Students could often identify an appropriate questionnaire question but didn't justify why it would help address the stated aim.
• On questions requiring a conclusion, many identified the general relationship but didn't use the data to support it for the second mark.
• When asked for one reason, some students gave several undeveloped reasons rather than developing one.
• Risks need to be specific. “The weather” is too vague – the actual risk created by the weather needs identifying.
• Some students confused data collection with data presentation.
• Most importantly, some students didn't write the full title of their enquiry, which made it harder for examiners to judge their response in context.

That final point is really important - students need to know the full title of both their human and physical enquiries, not simply the location or broad topic.

Unfamiliar fieldwork 4 marker

Q04.10 asked students to suggest how and why environmental quality varied, using a land-use map alongside EQS data.

Weaker answers...

• identified that environmental quality varied but gave limited data
• used only one of the two resources
• made basic observations about higher or lower quality
• didn't explain why the differences occurred
• failed to connect land use to the EQS results.

Better answers...

• used both the land-use map and EQS data
• supported observations with specific evidence
• compared different areas
• explained why particular land uses might produce different environmental quality
• answered both parts of “how and why”.

This is a useful reminder to train students to spot double command requirements. If the question asks how and why, both elements need to appear.

Familiar fieldwork 6 marker

Q05.3 asked students to assess the effectiveness of their data-presentation techniques.

Weaker answers...

• simply described the presentation technique
• made vague claims that it was “good” or “effective”
• didn't connect the technique to the aim of the enquiry
• discussed data collection instead of presentation.

Better answers...

• identified the presentation technique clearly
• explained what it allowed them to see in the data
• assessed strengths and limitations
• related those strengths and limitations directly to the enquiry aim
• considered whether the technique helped answer the enquiry question.

The Level 3 exemplar is particularly useful - the student discussed a proportional symbol map and line map for river velocity, evaluated both, and then explained how using them together reduced the limitations of each technique individually. That's a really nice model of what assessment looks like in familiar fieldwork.

Familiar fieldwork 9 marker (+3 SPaG)

Q05.4 asked students to assess the strengths and weaknesses of their data collection methods and suggest how those methods could be improved.

Again, the full fieldwork title was essential because the methods had to be judged in relation to the aim and context of the enquiry.

Weaker answers...

• made generic comments about methods
• described what they did rather than assessing it
• said methods were subjective or unreliable without explaining the consequence
• suggested generic improvements such as collecting more data
• didn't show how the improvement would increase accuracy or reliability
• made only tentative links to the enquiry title.

The Level 1 environmental quality survey exemplar, for example, recognised subjectivity but didn't explain clearly how this reduced reliability or how that affected the Stratford regeneration enquiry. AQA suggests improvements such as agreed criteria, multiple observers or combining EQS with quantitative data.

Better answers...

• linked every method clearly to the enquiry aim
• assessed the relative effectiveness of different methods
• explained limitations
• considered accuracy and reliability
• suggested targeted, realistic improvements
• explained why the improvements would strengthen the investigation
• finished with an overall judgement about whether the methods allowed a satisfactory conclusion to be reached.

The full-mark exemplar evaluated three data-collection methods, linked them clearly to the title, considered their relative effectiveness and limitations, suggested improvements, and finished by reflecting on how successfully the data allowed a conclusion to be reached.

Perhaps the biggest message from the familiar fieldwork section is don't revise fieldwork as a story of what you did - revise it as an enquiry that you can evaluate.

Students should know: title → aim → method → why that method → strengths → weaknesses → effect on results → improvement - that gives them something much more flexible to apply to whatever familiar-fieldwork question comes up.