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Secondary 2 Geography Fieldwork Quiz
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Questions
Secondary 2 Geography Quiz - Fieldwork
Name: ________________________
Class: ________________________
Date: ________________________
Score: _____ / 40
Duration: 45 minutes
Total Marks: 40
Instructions
- Answer all questions in the spaces provided.
- Read each question carefully before writing your answer.
- The number of marks for each question is shown in brackets [ ].
- For questions requiring explanations, write in complete sentences.
- Where data or diagrams are provided, refer to them in your answers.
- Show all working where applicable.
Section A: Understanding Fieldwork (Questions 1–5)
Answer all questions. Each question carries 1 mark.
1. What is the term for the systematic collection of data about the natural and human environment outside the classroom?
___________________________________________________________________________ [1]
2. State one reason why geographers carry out fieldwork.
___________________________________________________________________________ [1]
3. What does the term "primary data" mean in the context of fieldwork?
___________________________________________________________________________ [1]
4. Give one example of a method used to collect primary data during a geography fieldwork investigation.
___________________________________________________________________________ [1]
5. What is the difference between qualitative data and qualitative data? State one example of each.
___________________________________________________________________________ [1]
Section B: Planning and Methods (Questions 6–10)
Answer all questions. Each question carries 2–3 marks.
6. A group of students wants to investigate how land use changes along a road from the city centre to the outskirts.
(a) State a suitable aim for this fieldwork investigation. [1]
(b) Identify two types of land use the students might record. [2]
___________________________________________________________________________ [3]
7. Explain why it is important to carry out a risk assessment before going on a fieldwork trip.
___________________________________________________________________________ [2]
8. The table below shows the number of pedestrians counted at three locations during a fieldwork study.
| Location | 8:00–9:00 AM | 12:00–1:00 PM | 5:00–6:00 PM |
|---|---|---|---|
| Near MRT Station | 320 | 180 | 410 |
| Near Shopping Mall | 150 | 290 | 220 |
| Near School | 280 | 95 | 120 |
(a) At which location was the highest number of pedestrians recorded during the morning (8:00–9:00 AM)? [1]
(b) Suggest a reason for the pattern of pedestrian numbers near the MRT station. [2]
___________________________________________________________________________ [3]
9. Describe how a student could use a tally chart to record data during a traffic count. Include what should be recorded and how the tally system works.
___________________________________________________________________________ [3]
10. A student wants to find out residents' opinions about a new park in their neighbourhood.
(a) State one advantage of using a questionnaire to collect this information. [1]
(b) State one disadvantage of using a questionnaire. [1]
(c) Write one suitable question the student could include in the questionnaire. [1]
___________________________________________________________________________ [3]
Section C: Data Presentation and Analysis (Questions 11–15)
Answer all questions. Each question carries 3–4 marks.
11. Study the bar graph below showing the types of waste found during a beach cleanup.
(Imagine a bar graph with the following data: Plastic bottles – 45; Food wrappers – 30; Cigarette butts – 25; Glass pieces – 10; Others – 15)
(a) Which type of waste was found most frequently? [1]
(b) How many items of waste were collected in total? Show your working. [2]
(c) Suggest one conclusion the students could draw from this data. [1]
___________________________________________________________________________ [4]
12. Explain why a pie chart would be a suitable way to present the waste data in Question 11.
___________________________________________________________________________ [2]
13. A student recorded the temperature at five different locations in a park at 2:00 PM.
| Location | Temperature (°C) |
|---|---|
| Under a tree (shaded) | 28 |
| Open grass field | 34 |
| Near a pond | 30 |
| On a concrete path | 36 |
| Under a shelter | 31 |
(a) Calculate the mean temperature across all five locations. Show your working. [2]
(b) Suggest a reason why the temperature on the concrete path was the highest. [2]
___________________________________________________________________________ [4]
14. Describe how a student could present their fieldwork data using a GIS (Geographic Information System) map. What information could be shown?
___________________________________________________________________________ [3]
15. A group of students conducted a fieldwork study on the cleanliness of three different areas in their town. They rated each area on a scale of 1 (very dirty) to 5 (very clean).
| Area | Student 1 | Student 2 | Student 3 | Student 4 | Student 5 |
|---|---|---|---|---|---|
| Market | 2 | 1 | 2 | 3 | 2 |
| Park | 4 | 5 | 4 | 4 | 3 |
| Housing estate | 3 | 3 | 4 | 3 | 3 |
(a) Calculate the mean cleanliness rating for the Park. [1]
(b) Which area had the lowest mean cleanliness rating? Show your working. [2]
(c) Suggest one improvement the town council could make based on these results. [1]
___________________________________________________________________________ [4]
Section D: Conclusions and Evaluation (Questions 16–20)
Answer all questions. Each question carries 3–4 marks.
16. After completing a fieldwork investigation on traffic congestion, a student concluded: "The main cause of traffic congestion near the school is the large number of parents dropping off their children by car."
State two pieces of evidence the student might have collected to support this conclusion.
Evidence 1: _______________________________________________________________
Evidence 2: _______________________________________________________________ [2]
17. Explain why it is important to evaluate the methods used in a fieldwork investigation.
___________________________________________________________________________ [3]
18. A student investigated whether the type of vegetation affects soil moisture content. The student collected soil samples from under a tree canopy and from an open field.
(a) State a hypothesis for this investigation. [1]
(b) Describe one way the student could improve the reliability of the results. [2]
___________________________________________________________________________ [3]
19. A fieldwork group found that their results did not support their original hypothesis. Explain why this does not mean the fieldwork was a failure.
___________________________________________________________________________ [3]
20. You are planning a fieldwork investigation to study the impact of tourism on a coastal area.
(a) State a clear aim for your investigation. [1]
(b) Describe two data collection methods you would use and explain why each is suitable. [4]
Method 1: _______________________________________________________________
Method 2: _______________________________________________________________
(c) Identify one limitation of your fieldwork and suggest how you could overcome it. [2]
Limitation: _______________________________________________________________
Solution: _______________________________________________________________
___________________________________________________________________________ [7]
End of Quiz
Answers
Secondary 2 Geography Quiz - Fieldwork
Answer Key
Section A: Understanding Fieldwork (Questions 1–5)
1. Fieldwork [1]
Note: Accept "field study" or "field investigation." The key idea is systematic data collection outside the classroom.
2. Any one suitable reason, e.g.:
- To gather first-hand information about a place or environment
- To observe geographical features or processes in real life
- To test a hypothesis or answer a geographical question
- To develop practical geographical skills [1]
Marking note: Accept any valid reason related to direct observation, data collection, or investigation.
3. Primary data is information collected first-hand by the person carrying out the investigation [1]
Note: Key phrase is "first-hand" or "collected directly by the researcher." Do not accept "data from books or the internet" — that is secondary data.
4. Any one example, e.g.:
- Questionnaire / survey
- Interview
- Tally count (e.g., traffic count)
- Taking photographs
- Measuring temperature with a thermometer
- Observing and recording land use [1]
Marking note: Must be a primary data collection method. Do not accept "researching online" or "reading a textbook."
5. Qualitative data is descriptive information that cannot be measured in numbers (e.g., opinions, colours, textures) [0.5], while quantitative data is numerical information that can be measured or counted (e.g., temperature in °C, number of vehicles) [0.5].
Note: Students must clearly distinguish between the two types. Award 0.5 for each correct definition. Examples are not required but help confirm understanding.
Section B: Planning and Methods (Questions 6–10)
6.
(a) Any suitable aim, e.g.: "To investigate how land use changes from the city centre to the outskirts" or "To identify the types of land use along a transect from the city centre to the suburbs." [1]
Marking note: The aim should be specific and related to land use change along a route.
(b) Any two types of land use, e.g.:
- Residential
- Commercial / shops
- Industrial
- Recreational / park
- Agricultural
- Transport / roads [2]
Award 1 mark per correct land use type. Accept any valid examples.
7. A risk assessment is important because it helps identify potential dangers (e.g., traffic, uneven terrain, weather) before the trip, allowing the group to take precautions and plan how to stay safe [1]. It also ensures that the fieldwork can be carried out without accidents or injuries, protecting both students and teachers [1].
Marking note: Award 1 mark for identifying the purpose (identifying dangers) and 1 mark for explaining the benefit (ensuring safety / preventing accidents).
8.
(a) Near MRT Station [1]
Note: 320 is the highest value in the 8:00–9:00 AM column.
(b) The number of pedestrians is highest in the morning (8:00–9:00 AM) and evening (5:00–6:00 PM) because many people use the MRT station to commute to and from work [1]. The number is lower at midday (12:00–1:00 PM) because most commuters are already at their workplaces or schools [1].
Marking note: Award 1 mark for linking the pattern to commuting and 1 mark for explaining the midday dip.
9. A tally chart is used by drawing a vertical line for each vehicle counted [1]. Every fifth vehicle is recorded as a diagonal line crossing the previous four, making groups of five [1]. The student should record the type of vehicle (e.g., car, bus, motorcycle) in rows and tally the count for each type [1]. At the end, the tallies are counted to find the total for each vehicle type [1].
Marking note: Award marks for describing the tally system (vertical lines, diagonal for groups of five), recording vehicle types, and totaling. Maximum 3 marks.
10.
(a) Any one advantage, e.g.:
- It allows many people to be surveyed quickly
- The data is easy to analyse because questions are standardised
- Respondents can answer honestly as they may remain anonymous [1]
(b) Any one disadvantage, e.g.:
- People may not return the questionnaire
- Questions may be misunderstood without an interviewer present
- The response rate may be low [1]
(c) Any suitable question, e.g.: "How often do you visit the new park?" or "On a scale of 1 to 5, how satisfied are you with the new park?" [1]
Marking note: The question should be relevant to opinions about the new park and be a closed or rating-scale question suitable for a questionnaire.
Section C: Data Presentation and Analysis (Questions 11–15)
11.
(a) Plastic bottles [1]
Note: 45 is the highest value.
(b) Total = 45 + 30 + 25 + 10 + 15 = 125 items [2]
*Award 1 mark for correct working and 1 mark for the correct answer. Accept
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# Secondary 2 Geography Quiz - Fieldwork
## Answer Key
---
### Section A: Understanding Fieldwork (Questions 1–5)
**1.** Fieldwork [1]
*Note: Accept "field study" or "field investigation." The key idea is systematic data collection outside the classroom.*
**2.** Any one suitable reason, e.g.:
- To gather first-hand information about a place or environment
- To observe geographical features or processes in real life
- To test a hypothesis or answer a geographical question
- To develop practical geographical skills [1]
*Marking note: Accept any valid reason related to direct observation, data collection, or investigation.*
**3.** Primary data is information collected first-hand by the person carrying out the investigation [1]
*Note: Key phrase is "first-hand" or "collected directly by the researcher." Do not accept "data from books or the internet" — that is secondary data.*
**4.** Any one example, e.g.:
- Questionnaire / survey
- Interview
- Tally count (e.g., traffic count)
- Taking photographs
- Measuring temperature with a thermometer
- Observing and recording land use [1]
*Marking note: Must be a primary data collection method. Do not accept "researching online" or "reading a textbook."*
**5.** Qualitative data is descriptive information that cannot be measured in numbers (e.g., opinions, colours, textures) [0.5], while quantitative data is numerical information that can be measured or counted (e.g., temperature in °C, number of vehicles) [0.5].
*Note: Students must clearly distinguish between the two types. Award 0.5 for each correct definition. Examples are not required but help confirm understanding.*
---
### Section B: Planning and Methods (Questions 6–10)
**6.**
(a) Any suitable aim, e.g.: "To investigate how land use changes from the city centre to the outskirts" or "To identify the types of land use along a transect from the city centre to the suburbs." [1]
*Marking note: The aim should be specific and related to land use change along a route.*
(b) Any two types of land use, e.g.:
- Residential
- Commercial / shops
- Industrial
- Recreational / park
- Agricultural
- Transport / roads [2]
*Award 1 mark per correct land use type. Accept any valid examples.*
**7.** A risk assessment is important because it helps identify potential dangers (e.g., traffic, uneven terrain, weather) before the trip, allowing the group to take precautions and plan how to stay safe [1]. It also ensures that the fieldwork can be carried out without accidents or injuries, protecting both students and teachers [1].
*Marking note: Award 1 mark for identifying the purpose (identifying dangers) and 1 mark for explaining the benefit (ensuring safety / preventing accidents).*
**8.**
(a) Near MRT Station [1]
*Note: 320 is the highest value in the 8:00–9:00 AM column.*
(b) The number of pedestrians is highest in the morning (8:00–9:00 AM) and evening (5:00–6:00 PM) because many people use the MRT station to commute to and from work [1]. The number is lower at midday (12:00–1:00 PM) because most commuters are already at their workplaces or schools [1].
*Marking note: Award 1 mark for linking the pattern to commuting and 1 mark for explaining the midday dip.*
**9.** A tally chart is used by drawing a vertical line for each vehicle counted [1]. Every fifth vehicle is recorded as a diagonal line crossing the previous four, making groups of five [1]. The student should record the type of vehicle (e.g., car, bus, motorcycle) in rows and tally the count for each type [1]. At the end, the tallies are counted to find the total for each vehicle type [1].
*Marking note: Award marks for describing the tally system (vertical lines, diagonal for groups of five), recording vehicle types, and totaling. Maximum 3 marks.*
**10.**
(a) Any one advantage, e.g.:
- It allows many people to be surveyed quickly
- The data is easy to analyse because questions are standardised
- Respondents can answer honestly as they may remain anonymous [1]
(b) Any one disadvantage, e.g.:
- People may not return the questionnaire
- Questions may be misunderstood without an interviewer present
- The response rate may be low [1]
(c) Any suitable question, e.g.: "How often do you visit the new park?" or "On a scale of 1 to 5, how satisfied are you with the new park?" [1]
*Marking note: The question should be relevant to opinions about the new park and be a closed or rating-scale question suitable for a questionnaire.*
---
### Section C: Data Presentation and Analysis (Questions 11–15)
**11.**
(a) Plastic bottles [1]
*Note: 45 is the highest value.*
(b) Total = 45 + 30 + 25 + 10 + 15 = 125 items [2]
*Award 1 mark for correct working and 1 mark for the correct answer.*
(c) Any suitable conclusion, e.g.: "Plastic bottles were the most common type of waste found on the beach, suggesting that plastic pollution is a major problem" or "Most of the waste collected was made of plastic, which is harmful to marine life." [1]
*Marking note: The conclusion should be directly supported by the data.*
**12.** A pie chart is suitable because it shows the proportion of each type of waste as part of the whole [1]. Each category (plastic bottles, food wrappers, etc.) can be represented as a slice of the circle, making it easy to compare the relative amounts visually [1].
*Marking note: Award 1 mark for mentioning proportions/parts of a whole and 1 mark for explaining the visual comparison benefit.*
**13.**
(a) Mean = (28 + 34 + 30 + 36 + 31) ÷ 5 = 159 ÷ 5 = 31.8 °C [2]
*Award 1 mark for correct working and 1 mark for the correct answer.*
(b) Any suitable reason, e.g.: "Concrete absorbs and retains heat more than natural surfaces like grass or water" or "The concrete path has no shade and is a dark colour, so it absorbs more solar radiation, making it hotter" [2].
*Marking note: Award 1 mark for mentioning heat absorption/retention by concrete and 1 mark for further explanation (e.g., lack of shade, dark colour, material properties).*
**14.** A student could use a GIS map to plot their fieldwork data on a digital map of the study area [1]. They could show the locations where data was collected as points, with different colours or symbols representing different values (e.g., temperature ranges, land use types, pollution levels) [1]. Layers of information could be added, such as photographs, graphs, or notes linked to each location, making it easy to identify spatial patterns [1].
*Marking note: Award marks for mentioning digital mapping, plotting data points with symbols/colours, and adding layers of information. Maximum 3 marks.*
**15.**
(a) Mean for Park = (4 + 5 + 4 + 4 + 3) ÷ 5 = 20 ÷ 5 = 4.0 [1]
(b) Market: (2 + 1 + 2 + 3 + 2) ÷ 5 = 10 ÷ 5 = 2.0
Housing estate: (3 + 3 + 4 + 3 + 3) ÷ 5 = 16 ÷ 5 = 3.2
The Market had the lowest mean cleanliness rating of 2.0 [2].
*Award 1 mark for correct working and 1 mark for identifying the Market.*
(c) Any suitable improvement, e.g.: "The town council could increase the number of rubbish bins and cleaning schedules in the market area" or "The council could organise community clean-up events at the market." [1]
*Marking note: The suggestion should be practical and related to improving cleanliness in the lowest-rated area.*
---
### Section D: Conclusions and Evaluation (Questions 16–20)
**16.** Any two suitable pieces of evidence, e.g.:
Evidence 1: A high number of cars were counted dropping off children during school hours [1]
Evidence 2: Traffic congestion was worst during school drop-off and pick-up times [1]
*Other acceptable evidence: photographs of cars queuing, survey responses from parents, pedestrian counts showing fewer people walking, etc.*
**17.** Evaluating the methods is important because it helps identify any weaknesses or limitations in how the data was collected [1]. This allows the student to judge how reliable and accurate the results are [1]. It also helps suggest improvements that could be made if the investigation were repeated in the future [1].
*Marking note: Award 1 mark each for identifying weaknesses, judging reliability, and suggesting improvements. Maximum 3 marks.*
**18.**
(a) Any suitable hypothesis, e.g.: "Soil under the tree canopy will be moister than soil in the open field" or "Vegetation type affects soil moisture content." [1]
*Marking note: The hypothesis should be testable and related to vegetation and soil moisture.*
(b) Any one suitable improvement, e.g.:
- Take multiple soil samples from under the tree canopy and from the open field and calculate the mean, rather than taking just one sample from each location [2]
- Ensure that all soil samples are taken at the same depth and at the same time of day to make the comparison fair [2]
*Marking note: Award 2 marks for a clear explanation of how reliability could be improved (e.g., repeated sampling, controlling variables).*
**19.** This does not mean the fieldwork was a failure because the investigation still produced valid data and results [1]. The student can analyse why the hypothesis was not supported, which helps develop their understanding of the topic [1]. Unexpected results can lead to new questions and further investigation, which is a valuable part of the scientific process [1].
*Marking note: Award 1 mark each for valid data still collected, learning from unexpected results, and generating new questions. Maximum 3 marks.*
**20.**
(a) Any suitable aim, e.g.: "To investigate the impact of tourism on the environment and local community in [coastal area name]" [1]
(b) Any two suitable methods with explanations, e.g.:
Method 1: Questionnaire / survey of local residents — suitable because it allows the collection of opinions and experiences from a large number of people about how tourism has affected their area [2].
Method 2: Environmental quality survey (e.g., litter count, water quality test) — suitable because it provides quantitative data about the physical impact of tourism on the coastal environment [2].
*Marking note: Award 1 mark for each method and 1 mark for each explanation of suitability. Maximum 4 marks.*
(c) Any one suitable limitation and solution, e.g.:
Limitation: The fieldwork was only carried out on one day, so the results may not represent conditions at other times [1].
Solution: Carry out the fieldwork on multiple days or at different times to get a more representative set of data [1].
*Marking note: Award 1 mark for a valid limitation and 1 mark for a practical solution. Maximum 2 marks.*
---
**End of Answer Key**