Local Liveability Inquiry

Overview

Students complete a desktop secondary-data investigation into local liveability, using reliable sources and simple mapping/visual tools to compare indicators. This builds from earlier lessons in the unit by moving from defining liveability to collecting and analysing evidence.

Learning intentions

• Students will use geographical tools to investigate local liveability using secondary data.
• Students will collect and record geographical information about key wellbeing indicators for a chosen local area.
• Students will apply geographical terminology to describe patterns and variations in liveability.
• Students will communicate findings clearly using maps and a short evidence-based summary.

Success criteria

• I can identify at least 3 reliable indicators of liveability and explain why they matter for human wellbeing.
• I can record evidence from sources accurately (what, where, when, and source) and explain limitations.
• I can create a simple visual representation (table or map overlay) showing variation across places.
• I can write a short paragraph linking evidence to a liveability claim using appropriate geographical terms.

Curriculum links

• GELS-TAP-02 — Students use geographical tools for inquiry (desktop mapping/visual tools and data organisation).
• GELS-TAP-01 — Students collect and record geographical information (accurate note-taking of secondary data).
• GELS-COM-01 — Students communicate information using geographical terminology (wellbeing, services, access, liveability, patterns).
• (Unit focus) Human wellbeing and development, variations in human wellbeing, improving human wellbeing.

Lesson structure (60 minutes)

1. 0–5 min · Starter: Inquiry question. Teacher writes the class inquiry question: “How liveable is our local area, and where are the strongest and weakest indicators?” Students choose one liveability focus (e.g. transport access, housing affordability proxies, health/education access, safety proxies).

2. 5–12 min · Quick review: Reliable sources check. Teacher models a “reliability and relevance” checklist (authority/agency, recency, data type, transparency, whether it matches the place and indicator). Students mark a sample source card (teacher-provided printout) as “use / cautious / not suitable” and justify one choice in their notebook.

3. 12–28 min · Data collection sprint (secondary data). Teacher assigns each pair a local area or matching suburb/catchment set and provides a pre-selected set of acceptable sources (no searching required; students still verify suitability). Students collect at least 3 indicator data points, recording: indicator name, value (or rating), place, year, and source, plus one sentence on what the indicator suggests for wellbeing.

4. 28–40 min · Record-to-visual: Mapping or display. Teacher demonstrates how to turn evidence into a visual:

• Option A: Table plus colour key (e.g. high/medium/low liveability indicator scores).
• Option B: Simple shaded map using a class template (students shade areas/catchments based on the indicator they analysed). Students produce one visual representation and label it with a title, legend/key, and one comment about what it shows.

5. 40–52 min · Analysis: Patterns and limitations. Teacher prompts: “Where are the differences? What might explain them? What are the limits of secondary data?” Students complete a structured analysis box:

• Pattern: “I notice…”
• Evidence: “This is supported by…”
• Possible reasons: “This may be due to…”
• Limitations: “This data may not capture…” (e.g. individual experiences, timeliness, indirect measures).

6. 52–58 min · Communication: Evidence paragraph. Teacher gives a short paragraph frame: “Our area shows… in terms of… Evidence from… indicates… This matters for human wellbeing because… However, limitations include…” Students write one paragraph and include at least two geographical terms (e.g. access, services, liveability, wellbeing, variation, pattern).

7. 58–60 min · Exit ticket. Students answer: “Name one reliable source you used and one limitation of the data.” Teacher collects for quick checks.

Resources

• Student inquiry booklet or data recording sheet (indicator table + evidence log)
• Pre-selected reliable data sources (printouts and/or offline files; no internet browsing required)
• Local area maps/catchment templates (printed)
• Colour pencils/highlighters and a simple legend template
• Devices with offline spreadsheets or mapping template (if available)
• Desktop-ready geography toolkit handout (how to record place, time, source)
• Teacher model paragraph on the board
• Sentence starters and word bank (liveability, access, services, pattern, variation, wellbeing)

Assessment

• Formative checks: reliability justification during the starter
• Formative checks: teacher circulates during data collection to verify accurate recording and appropriate indicator selection
• Summative-in-miniature: evidence paragraph (uses recorded data + geographical terminology) plus exit ticket limitation

Differentiation

• Support: provide sentence starters for reliability checks, indicator explanations, and the final paragraph frame; include a partially completed example data table.
• Support: offer a “choose from” list of liveability indicators already linked to source types (e.g. access to services, distance measures, affordability proxies).
• Extension challenge: require an additional indicator and a second visual (e.g. combine two indicators into one comparison table or map).
• EAL/SEN: pre-teach key terms with visuals (access, services, pattern, variation) and allow responses using graphic organisers; permit typing if handwriting is a barrier.
• Clear roles in pairs: one student records sources and values, the other creates the visual and writes the analysis sentence, then they swap.

Extension (optional)

• Advanced learners: propose one realistic “improving liveability” suggestion based on their evidence (one policy/service action), and justify it with a cause-effect statement. Include one additional limitation and one way it could be investigated with primary data next lesson.