What strategies create more sustainable and liveable places, and how is fieldwork used to investigate them?
Evaluate planning strategies for sustainable and liveable places and the fieldwork used to investigate them
A focused answer to the WACE Year 12 Geography focus on planning strategies and fieldwork. Covers strategies for sustainable and liveable places, the geographical inquiry process, fieldwork methods and spatial technologies, with real examples.
Reviewed by: AI editorial process; not yet individually human-reviewed
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What this dot point is asking
SCSA wants you to identify and evaluate the strategies used to make places more sustainable and liveable, and to explain how fieldwork and spatial technologies are used to investigate them. A strong answer links specific strategies to outcomes and shows command of the geographical inquiry process, because fieldwork skills are examinable in the written paper.
Strategies for sustainable and liveable places
Planners use a toolkit of strategies, often combined.
- Urban consolidation and infill raise density within the existing footprint, reducing sprawl and protecting bushland and farmland on the edge.
- Transit-oriented development (TOD) clusters housing and jobs around rail and bus nodes to cut car dependence and emissions.
- Activity centres concentrate retail, employment and services so people can meet daily needs without long car trips.
- Green infrastructure such as parks, street trees, green roofs and urban forests reduces the urban heat-island effect and improves amenity.
- Water-sensitive urban design captures and reuses stormwater, recharges groundwater and reduces flooding.
- Active transport networks of cycleways and footpaths improve health and reduce emissions.
Evaluating strategies
A good response judges whether strategies actually work and for whom.
- Effectiveness: does the strategy reduce sprawl, emissions or car use, or improve amenity, as intended?
- Equity: who benefits and who bears costs? Densification near transport can improve access but raise local housing prices.
- Trade-offs: consolidation improves sustainability but may reduce some residents' amenity in the short term, showing the tension between sustainability and liveability.
The geographical inquiry process
Fieldwork in WACE follows a structured inquiry that you should be able to describe and apply.
- Identify a question or hypothesis, for example whether land use changes with distance from a town centre.
- Plan the inquiry, choosing methods, sites and equipment, and considering ethics and safety.
- Collect primary data in the field.
- Process and represent the data using maps, graphs and statistics.
- Analyse and interpret the patterns.
- Communicate findings and evaluate the reliability of the methods.
Fieldwork methods
- Land-use mapping and transects: recording how land use changes along a line, for example from a city centre outwards.
- Pedestrian and traffic counts: measuring movement to assess congestion or activity-centre vitality.
- Environmental quality surveys: scoring factors such as litter, noise, greenery and building condition along a street.
- Questionnaires and interviews: gathering residents' views on liveability or a proposed development.
- Field sketches and photographs to record landscape and change.
Spatial technologies
- Geographic information systems (GIS) layer and analyse spatial data, for example overlaying land use, vegetation and flood risk.
- Global positioning systems (GPS) record the exact location of field observations.
- Remote sensing and satellite imagery show land-use change, vegetation and urban growth over time.
- Digital mapping tools help present results as choropleth or proportional-symbol maps.
A balanced answer connects the strategy being studied to fieldwork evidence and reflects honestly on the limitations of the data.