What human fieldwork techniques are examinable in Advanced Higher Geography?
Human fieldwork techniques: environmental quality survey, pedestrian and traffic surveys, perception studies, and urban and rural land use mapping, including how each is conducted and what it reveals.
The examinable human fieldwork techniques in SQA Advanced Higher Geography: environmental quality survey, pedestrian survey, traffic survey, perception studies, and urban and rural land use mapping. Covers how each is conducted and what it reveals about the human environment.
Reviewed by: AI editorial process; not yet individually human-reviewed
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What this key area is asking
The human side of fieldwork covers a defined set of techniques the question paper can sample: environmental quality survey, pedestrian survey, traffic survey, perception studies, and urban and rural land use mapping (questionnaire and interview design are large enough to have their own page). For each you should know how it is conducted and what it reveals about the human environment. As with the physical techniques, the marks reward describing the method in a research context and judging the data.
The human techniques
These recur in the question paper and the geographical study. Knowing each in outline lets you describe the method, justify the sampling, and interpret the pattern.
- Environmental quality survey. Bipolar scoring of criteria (litter, noise, buildings) across sites.
- Pedestrian survey. Counts of people at fixed points over a set time.
- Traffic survey. Counts of vehicles, often by type, at fixed points over a set time.
- Perception studies. Records of how people feel about a place (mental maps, ratings).
- Land use mapping. Recording building or field use onto a base map (urban and rural).
Conducting a survey reliably
Human surveys share a method: choose fixed sites by a sampling strategy, use a standard recording sheet and a fixed time interval, and repeat at matched times to reduce the effect of one-off events. Because much human data is subjective, reliability is improved by using several observers or repeat visits.
A routine for a human technique
- Match to the aim. Choose the technique that captures the human pattern in the hypothesis.
- Set fixed sites and times. Use a sampling strategy and a standard time interval.
- Use a recording sheet. Score or count consistently, repeating for reliability.
- Interpret the pattern. Explain what the data shows and how it can be mapped or tested.
Examples in context
Try this
Q1. What does an environmental quality survey score, and on what kind of scale? [2 marks]
- Cue. Criteria such as litter, noise, building condition and greenery, scored on a bipolar scale across sites.
Q2. Why are pedestrian and traffic counts repeated at matched times? [2 marks]
- Cue. To improve reliability and reduce the effect of one-off events, so flows can be fairly compared.
Exam-style practice questions
Practice questions written in the style of SQA exam questions on this dot point, with worked answer explainers. The year tag is the paper they imitate, not the source.
SQA AH gathering5 marksDescribe how an environmental quality survey is carried out and explain what it reveals about an urban area.Show worked answer →
An environmental quality survey (or environmental quality index) scores the quality of an area against a set of criteria such as litter, noise, building condition, greenery and traffic, usually on a bipolar scale (for example minus 5 to plus 5). The same criteria are scored at several sites so the scores can be compared.
A full answer names the criteria and the bipolar scoring scale, describes scoring the same set at each sampled site, and explains what it reveals (for example environmental quality improving with distance from the city centre, or varying between housing zones). The strongest answers note that scoring is subjective, so several observers or repeated visits improve reliability, and that results can be mapped or correlated with other data.
SQA AH gathering4 marksExplain how a pedestrian or traffic survey is conducted and what it shows about an urban area.Show worked answer →
A pedestrian survey counts people passing a fixed point in a set time; a traffic survey counts vehicles, often by type, passing a point in a set time. Counts are taken at several sites and ideally at matched times of day, so flows can be compared across the area.
Strong answers describe choosing fixed counting points, a standard time interval, and recording in a tally, then explain what the data shows: pedestrian flow falling with distance from the central business district, or traffic concentrating on main routes. They note repeating counts at the same times to improve reliability and reduce the effect of one-off events.
Related dot points
- Designing research and fieldwork: setting aims and hypotheses, choosing appropriate primary and secondary techniques, planning a sampling strategy and location, and piloting before collecting data.
How to design a research and fieldwork methodology in SQA Advanced Higher Geography: setting clear aims and hypotheses, selecting appropriate primary and secondary techniques, planning a sampling strategy and a suitable location, and piloting methods before collecting data.
- Physical fieldwork techniques: beach profile, micro-climate, pebble, slope, soil, stream and vegetation analysis, including the equipment, the measurements taken and what each technique reveals.
The examinable physical fieldwork techniques in SQA Advanced Higher Geography: beach profile, micro-climate, pebble, slope, soil, stream and vegetation analysis. Covers the equipment, the measurements taken, and what each technique reveals about the physical environment.
- Questionnaire and interview design and implementation: writing clear unbiased questions, choosing open and closed formats, sampling respondents, and conducting interviews to gather reliable primary data.
How to design and implement questionnaires and interviews in SQA Advanced Higher Geography: writing clear, unbiased questions, choosing open and closed formats, sampling respondents fairly, and conducting interviews to gather reliable primary data for analysis.
- Evaluating fieldwork techniques: judging the reliability, accuracy and limitations of a method and its data, identifying sources of error and bias, and suggesting improvements.
How to analyse and evaluate fieldwork techniques in SQA Advanced Higher Geography: judging the reliability, accuracy and limitations of a method and its data, identifying sources of error and bias, and suggesting improvements to strengthen an investigation.
- Mapping and map-based diagrams: annotated overlay, choropleth map, cross section, dot map, flow line map, isoline map, proportional symbols, sphere of influence map and transect, and choosing the right one for the data.
The examinable mapping and map-based diagram techniques in SQA Advanced Higher Geography: annotated overlay, choropleth, cross section, dot map, flow line, isoline, proportional symbols, sphere of influence and transect. Covers what each shows and how to choose the right one.
Sources & how we know this
- Advanced Higher Geography Course Specification — SQA (2019)
- Advanced Higher Geography Specimen Question Paper — SQA (2019)