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A Level H1 Geography Fieldwork Quiz
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Questions
A-Level Geography H1 Quiz - Fieldwork
Name: _________________________ Class: _________________________ Date: _________________________ Score: ______ / 50
Duration: 1 hour 15 minutes Total Marks: 50
Instructions:
- Answer ALL questions in the spaces provided.
- The number of marks is given in brackets [ ] at the end of each question or part question.
- Where appropriate, support your answers with specific examples and geographical terminology.
Section A: Fieldwork Concepts and Design (15 marks)
Answer ALL questions in this section.
1. Define the term "research question" in the context of geographical fieldwork. [2]
2. Explain the difference between a hypothesis and a research question in fieldwork investigations. [3]
3. A group of students wants to investigate the relationship between distance from the city centre and environmental quality in Singapore. Suggest an appropriate hypothesis for this investigation. [2]
4. Identify TWO factors that should be considered when selecting fieldwork sites for a comparative study. [2]
5. Explain why a pilot study is important before conducting the main fieldwork investigation. [3]
6. State THREE safety precautions that should be taken when conducting fieldwork near a river. [3]
Section B: Data Collection Methods (15 marks)
Answer ALL questions in this section.
7. Describe ONE advantage and ONE limitation of using questionnaires to collect primary data in an urban liveability investigation. [4]
8. A group of 18-year-old students from a junior college in Singapore wanted to examine infiltration rates at two different land use sites. They used a simple infiltration ring method.
(a) Describe how the students could measure infiltration rates using this method. [3]
(b) Explain why the students should take multiple readings at each site. [2]
9. Explain how a bipolar survey could be used to assess environmental quality in a fieldwork investigation. [3]
10. Identify ONE type of secondary data that could be useful for a fieldwork investigation on flood risk, and explain how it could be used. [3]
Section C: Data Analysis, Evaluation, and Ethics (20 marks)
Answer ALL questions in this section.
11. A group of students collected the following data on pedestrian counts at two sites in a city centre:
| Time | Site A (Commercial Area) | Site B (Residential Area) |
|---|---|---|
| 0800 | 245 | 78 |
| 1200 | 312 | 45 |
| 1600 | 289 | 92 |
| 2000 | 156 | 34 |
(a) Calculate the mean pedestrian count for Site A. Show your working. [2]
(b) Describe the pattern of pedestrian flow at Site A between 0800 and 2000. [2]
(c) Suggest ONE reason for the difference in pedestrian counts between Site A and Site B at 1200. [2]
12. Explain how a scatter graph could be used to analyse the relationship between two variables collected during fieldwork. [3]
13. A group of students investigated liveability in two neighbourhoods. They used interviews, questionnaires, and environmental quality surveys.
(a) Explain ONE strength of using multiple data collection methods in this investigation. [2]
(b) Explain ONE limitation the students might face when conducting interviews in a neighbourhood they are unfamiliar with. [2]
14. Evaluate the usefulness of photographs as a data collection method in geographical fieldwork. [4]
15. Explain how your group would minimise the impact of your investigation differently at two contrasting fieldwork sites. [3]
16. A student collected temperature data at five locations across an urban area. The readings were: 28°C, 31°C, 27°C, 33°C, 29°C.
(a) Calculate the range of temperatures recorded. [1]
(b) Suggest ONE reason why temperature might vary across an urban area. [2]
17. Explain why it is important to acknowledge the limitations of a fieldwork investigation when writing a conclusion. [3]
18. A group of students conducted a fieldwork investigation on the impacts of tourism in a coastal area. They interviewed local residents and tourists.
(a) Explain ONE ethical consideration the students should address when conducting interviews. [2]
(b) Suggest how the students could ensure their findings are reliable. [2]
19. With reference to a fieldwork investigation you have studied, explain how the choice of sampling method could affect the validity of the results. [4]
20. Assess the extent to which fieldwork investigations can provide an accurate understanding of geographical phenomena. Support your answer with examples. [4]
END OF QUIZ
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Answers
A-Level Geography H1 Quiz - Fieldwork: ANSWER KEY
Total Marks: 50
Section A: Fieldwork Concepts and Design (15 marks)
1. Define the term "research question" in the context of geographical fieldwork. [2]
Answer: A research question is a clear, focused question that guides a fieldwork investigation by identifying what the researcher aims to find out [1]. It sets the direction for data collection and analysis, and should be specific, measurable, and achievable within the scope of the investigation [1].
Marking notes:
- 1 mark for identifying it as a guiding/focusing question
- 1 mark for elaboration on its purpose or characteristics (specific, measurable, achievable)
2. Explain the difference between a hypothesis and a research question in fieldwork investigations. [3]
Answer: A hypothesis is a specific, testable statement that predicts a relationship between two or more variables (e.g., "Environmental quality decreases with increasing distance from the city centre") [1]. A research question is a broader inquiry that guides the investigation without necessarily predicting an outcome (e.g., "How does environmental quality vary with distance from the city centre?") [1]. The key difference is that a hypothesis makes a prediction that can be tested and either supported or rejected, while a research question is exploratory and does not presuppose an answer [1].
Marking notes:
- 1 mark for defining hypothesis as a testable predictive statement
- 1 mark for defining research question as a guiding inquiry
- 1 mark for explaining the distinction (prediction vs. exploration)
3. A group of students wants to investigate the relationship between distance from the city centre and environmental quality in Singapore. Suggest an appropriate hypothesis for this investigation. [2]
Answer: "Environmental quality decreases as distance from the Central Business District (CBD) increases" OR "There is a negative correlation between distance from the city centre and environmental quality scores in Singapore" [2].
Marking notes:
- 2 marks for a clear, testable hypothesis stating a predicted relationship between the two variables
- 1 mark if the hypothesis is vague or missing one variable
- Accept any reasonable variation that predicts a relationship
4. Identify TWO factors that should be considered when selecting fieldwork sites for a comparative study. [2]
Answer: Any TWO from:
- Accessibility and safety of the sites [1]
- Contrasting characteristics relevant to the research question (e.g., different land uses, different socio-economic profiles) [1]
- Similarity in other variables to allow fair comparison (e.g., similar size, similar topography) [1]
- Availability of secondary data for the sites [1]
- Permission and ethical considerations for access [1]
Marking notes:
- 1 mark per valid factor identified (maximum 2 marks)
- Accept any reasonable factor with brief justification
5. Explain why a pilot study is important before conducting the main fieldwork investigation. [3]
Answer: A pilot study is a small-scale trial run of the investigation [1]. It is important because it allows researchers to test their data collection methods and identify any practical problems (e.g., equipment malfunction, unclear questionnaire wording, timing issues) [1]. This enables them to refine their methodology before the main data collection, improving the reliability and validity of the final results [1].
Marking notes:
- 1 mark for defining pilot study as a trial run
- 1 mark for explaining its role in identifying problems
- 1 mark for linking to improved reliability/validity of results
6. State THREE safety precautions that should be taken when conducting fieldwork near a river. [3]
Answer: Any THREE from:
- Check weather forecasts and avoid fieldwork during or after heavy rain when water levels may rise rapidly [1]
- Wear appropriate footwear with good grip to prevent slipping on wet or muddy banks [1]
- Work in pairs or groups and maintain communication; never work alone near water [1]
- Carry a first aid kit and ensure someone knows the fieldwork location and expected return time [1]
- Avoid entering deep or fast-flowing water; use a reach pole or throw line for measurements from the bank [1]
- Be aware of slippery rocks, unstable banks, and submerged hazards [1]
Marking notes:
- 1 mark per valid safety precaution (maximum 3 marks)
- Must be specific to river environments
Section B: Data Collection Methods (15 marks)
7. Describe ONE advantage and ONE limitation of using questionnaires to collect primary data in an urban liveability investigation. [4]
Answer: Advantage: Questionnaires can collect data from a large number of respondents relatively quickly and at low cost, allowing for a representative sample of residents' perceptions of liveability [1]. Standardised questions also enable easy comparison and quantitative analysis of responses [1].
Limitation: Responses may be biased if questions are poorly worded or leading, and respondents may not answer honestly or may misinterpret questions [1]. Additionally, response rates can be low, and the sample may not be representative if certain groups (e.g., elderly, non-English speakers) are excluded [1].
Marking notes:
- 2 marks for a well-explained advantage (1 for identification, 1 for elaboration)
- 2 marks for a well-explained limitation (1 for identification, 1 for elaboration)
8. A group of 18-year-old students from a junior college in Singapore wanted to examine infiltration rates at two different land use sites. They used a simple infiltration ring method.
(a) Describe how the students could measure infiltration rates using this method. [3]
Answer: The students would insert an infiltration ring (a metal or plastic cylinder) into the ground to a depth of about 5-10 cm to create a seal [1]. They would pour a measured volume of water (e.g., 500 ml) into the ring and start a stopwatch [1]. They would record the time taken for the water to completely infiltrate into the soil. The infiltration rate can be calculated as volume of water divided by time taken (e.g., ml/min) [1].
Marking notes:
- 1 mark for describing insertion of ring to create seal
- 1 mark for describing addition of measured water and timing
- 1 mark for explaining calculation of rate
(b) Explain why the students should take multiple readings at each site. [2]
Answer: Taking multiple readings helps to ensure reliability by accounting for spatial variation in soil conditions within the site [1]. An average of multiple readings provides a more representative measure of infiltration rate for that land use type, reducing the impact of anomalous results caused by localised factors such as compacted soil, roots, or stones [1].
Marking notes:
- 1 mark for identifying reliability/reducing anomalies
- 1 mark for explaining representativeness or averaging
9. Explain how a bipolar survey could be used to assess environmental quality in a fieldwork investigation. [3]
Answer: A bipolar survey uses pairs of opposite descriptors (e.g., "clean – dirty", "quiet – noisy", "attractive – unattractive") on a numerical scale (e.g., -3 to +3 or 1 to 5) [1]. The researcher observes the environment at each site and assigns a score for each descriptor based on their assessment [1]. The scores can be totalled to produce an overall environmental quality index, allowing quantitative comparison between different sites [1].
Marking notes:
- 1 mark for describing the bipolar scale structure
- 1 mark for explaining how scores are assigned through observation
- 1 mark for explaining how results enable comparison
10. Identify ONE type of secondary data that could be useful for a fieldwork investigation on flood risk, and explain how it could be used. [3]
Answer: Secondary data type: Historical flood records or flood maps from the national water agency (e.g., PUB in Singapore) [1].
Explanation: This data can be used to identify areas that have experienced flooding in the past, showing the spatial extent and frequency of flood events [1]. Students can compare this with their own primary data (e.g., land use, elevation, drainage infrastructure) to analyse factors contributing to flood risk and to evaluate whether current conditions suggest ongoing vulnerability [1].
Marking notes:
- 1 mark for identifying an appropriate secondary data source
- 2 marks for explaining how it would be used in the investigation (1 for purpose, 1 for integration with primary data or analysis)
Section C: Data Analysis, Evaluation, and Ethics (20 marks)
11. A group of students collected the following data on pedestrian counts at two sites in a city centre:
| Time | Site A (Commercial Area) | Site B (Residential Area) |
|---|---|---|
| 0800 | 245 | 78 |
| 1200 | 312 | 45 |
| 1600 | 289 | 92 |
| 2000 | 156 | 34 |
(a) Calculate the mean pedestrian count for Site A. Show your working. [2]
Answer: Mean = (245 + 312 + 289 + 156) ÷ 4 [1] = 1002 ÷ 4 = 250.5 [1]
Marking notes:
- 1 mark for correct working (sum of values)
- 1 mark for correct answer (250.5; accept 250 or 251 if rounded)
(b) Describe the pattern of pedestrian flow at Site A between 0800 and 2000. [2]
Answer: Pedestrian counts at Site A increase from 245 at 0800 to a peak of 312 at 1200 [1], then decline to 289 at 1600 and further to 156 at 2000. The pattern shows highest pedestrian activity during midday/lunchtime and lowest in the evening [1].
Marking notes:
- 1 mark for identifying the peak and general trend
- 1 mark for describing the full pattern with reference to data
(c) Suggest ONE reason for the difference in pedestrian counts between Site A and Site B at 1200. [2]
Answer: At 1200 (lunchtime), Site A (commercial area) has a much higher pedestrian count (312) compared to Site B (45) because office workers and shoppers are active in the commercial area during their lunch break [1]. In contrast, the residential area has fewer people present during working hours as residents are likely at work or school [1].
Marking notes:
- 1 mark for identifying a plausible reason linked to land use
- 1 mark for elaboration linking to the specific time and data
12. Explain how a scatter graph could be used to analyse the relationship between two variables collected during fieldwork. [3]
Answer: A scatter graph plots one variable on the x-axis and the other on the y-axis, with each point representing a data collection site or observation [1]. The pattern of points reveals whether there is a correlation between the variables: a positive correlation (points slope upward), negative correlation (points slope downward), or no correlation (random scatter) [1]. A line of best fit can be drawn to show the general trend, and the strength of the relationship can be assessed by how closely points cluster around this line [1].
Marking notes:
- 1 mark for describing how variables are plotted
- 1 mark for explaining how correlation is identified
- 1 mark for mentioning line of best fit or strength of relationship
13. A group of students investigated liveability in two neighbourhoods. They used interviews, questionnaires, and environmental quality surveys.
(a) Explain ONE strength of using multiple data collection methods in this investigation. [2]
Answer: Using multiple methods (triangulation) allows cross-checking of findings from different sources [1]. For example, if questionnaire results show residents are satisfied with green spaces, and environmental quality surveys also record high scores for greenery, the findings are more reliable and valid than if only one method were used [1].
Marking notes:
- 1 mark for identifying triangulation/cross-checking
- 1 mark for explaining how it improves reliability/validity with an example
(b) Explain ONE limitation the students might face when conducting interviews in a neighbourhood they are unfamiliar with. [2]
Answer: The students may struggle to recruit participants if they are not familiar with community networks or gathering points [1]. Residents may also be less willing to speak to strangers, particularly if there are language barriers or cultural differences that the students have not anticipated [1].
Marking notes:
- 1 mark for identifying a specific limitation (recruitment, trust, language)
- 1 mark for elaboration on why it is a problem in an unfamiliar context
14. Evaluate the usefulness of photographs as a data collection method in geographical fieldwork. [4]
Answer: Usefulness: Photographs provide a visual record of the environment at a specific point in time, capturing details that may be missed in written notes (e.g., building conditions, land use, evidence of environmental problems) [1]. They allow for later re-examination and comparison between sites, and can be used as evidence to support findings [1].
Limitations: Photographs only capture a single viewpoint and moment, so they may not be representative of the wider area or of temporal variations [1]. They are also subject to photographer bias (choosing what to photograph) and may not capture important but less visible factors such as noise levels, air quality, or social interactions [1].
Overall evaluation: Photographs are useful as a supplementary method to support other data, but they should not be relied upon as the sole source of evidence due to their limited representativeness and potential for bias [implied in balanced assessment].
Marking notes:
- 1 mark for identifying a strength with explanation
- 1 mark for a second strength or elaboration
- 1 mark for identifying a limitation with explanation
- 1 mark for a second limitation or balanced evaluative conclusion
15. Explain how your group would minimise the impact of your investigation differently at two contrasting fieldwork sites. [3]
Answer: At a natural site (e.g., a nature reserve or park), the group would minimise impact by staying on designated paths to avoid trampling vegetation, not disturbing wildlife, and taking all equipment and waste away after the investigation [1.5].
At an urban site (e.g., a residential neighbourhood), the group would minimise impact by conducting surveys discreetly to avoid making residents uncomfortable, not blocking pathways or entrances, and ensuring interviews are conducted at convenient times to minimise disruption to daily life [1.5].
Marking notes:
- 1.5 marks for explaining minimisation at one site type (must be specific to the context)
- 1.5 marks for explaining minimisation at a contrasting site type
- Accept any reasonable contrasting sites with appropriate, differentiated strategies
16. A student collected temperature data at five locations across an urban area. The readings were: 28°C, 31°C, 27°C, 33°C, 29°C.
(a) Calculate the range of temperatures recorded. [1]
Answer: Range = Highest value – Lowest value = 33°C – 27°C = 6°C [1]
Marking notes:
- 1 mark for correct answer (6°C)
(b) Suggest ONE reason why temperature might vary across an urban area. [2]
Answer: Temperature may vary due to differences in land use and surface materials [1]. For example, areas with more concrete, asphalt, and buildings (high thermal capacity) absorb and retain more heat (urban heat island effect), while areas with more vegetation and water bodies experience cooling through evapotranspiration and shading [1].
Marking notes:
- 1 mark for identifying a valid reason (land use, surface materials, urban heat island, vegetation cover)
- 1 mark for elaboration with explanation of the mechanism
17. Explain why it is important to acknowledge the limitations of a fieldwork investigation when writing a conclusion. [3]
Answer: Acknowledging limitations demonstrates critical evaluation and awareness that findings may not be universally applicable or perfectly accurate [1]. It helps the reader understand the context and reliability of the conclusions drawn [1]. Furthermore, identifying limitations (e.g., small sample size, time constraints, equipment accuracy) allows for recommendations for future investigations, showing geographical understanding of how research can be improved [1].
Marking notes:
- 1 mark for linking to critical evaluation/awareness
- 1 mark for explaining how it contextualises reliability
- 1 mark for linking to recommendations/future improvements
18. A group of students conducted a fieldwork investigation on the impacts of tourism in a coastal area. They interviewed local residents and tourists.
(a) Explain ONE ethical consideration the students should address when conducting interviews. [2]
Answer: The students must obtain informed consent from participants before conducting interviews [1]. This means explaining the purpose of the research, how the data will be used, and that participation is voluntary, and obtaining verbal or written agreement before proceeding [1].
Marking notes:
- 1 mark for identifying informed consent
- 1 mark for explaining what it involves
(b) Suggest how the students could ensure their findings are reliable. [2]
Answer: The students could ensure reliability by using a standardised interview schedule with the same questions asked in the same order to all participants [1]. They could also interview a sufficiently large and representative sample of both residents and tourists to reduce the influence of individual anomalies [1].
Marking notes:
- 1 mark for one valid method (standardisation, sample size, triangulation)
- 1 mark for a second method or elaboration on the first
19. With reference to a fieldwork investigation you have studied, explain how the choice of sampling method could affect the validity of the results. [4]
Answer: Example investigation: A study of environmental quality across different land use zones in a city.
Explanation: If the students used convenience sampling (selecting sites that are easiest to access), the results may lack validity because the chosen sites may not be representative of all land use zones [1]. For instance, they might only survey sites near main roads, missing variations in environmental quality in interior residential areas or industrial estates [1].
In contrast, if they used stratified sampling (dividing the city into land use zones and randomly selecting sites within each zone), the results would be more valid because each zone is proportionally represented [1]. This ensures that conclusions about environmental quality across the city are based on a representative sample of all relevant areas, not just the most accessible ones [1].
Marking notes:
- 1 mark for identifying a specific investigation context
- 1 mark for explaining how a poor sampling method reduces validity
- 1 mark for explaining how a better sampling method improves validity
- 1 mark for clear linkage between sampling method and validity of conclusions
20. Assess the extent to which fieldwork investigations can provide an accurate understanding of geographical phenomena. Support your answer with examples. [4]
Answer: Fieldwork investigations can provide a partially accurate understanding of geographical phenomena, but they have inherent limitations.
Strengths: Fieldwork provides first-hand, primary data that reflects real-world conditions at a specific time and place. For example, measuring infiltration rates at different land use sites provides direct evidence of how urbanisation affects hydrological processes [1]. This empirical data can reveal patterns and relationships that theoretical models alone cannot capture.
Limitations: Fieldwork is often limited by time, scale, and resources. A one-day investigation can only capture a snapshot, which may not reflect seasonal or long-term variations [1]. For example, a single day of pedestrian counts may not represent typical patterns if conducted during a holiday or unusual weather. Additionally, student investigations typically use small sample sizes and basic equipment, which may reduce accuracy and generalisability [1].
Overall assessment: Fieldwork provides valuable, grounded insights, but its accuracy is constrained by practical limitations. Findings should be treated as indicative rather than definitive, and ideally triangulated with secondary data sources for a more complete understanding [1].
Marking notes:
- 1 mark for a balanced opening statement
- 1 mark for explaining strengths with an example
- 1 mark for explaining limitations with an example
- 1 mark for a reasoned overall assessment/conclusion
END OF ANSWER KEY