Liveability Initiatives

Overview

In this lesson, students identify community-driven initiatives that can improve local liveability and evaluate how context shapes their impact. Students then compare two initiatives using a Venn diagram to build evidence-based recommendations for safer, healthier communities.

Learning intentions

Students will:

• identify community-driven initiatives that support human wellbeing and liveability
• evaluate how contextual factors (e.g. location, access, participation) influence attitudes and behaviours toward the initiative
• compare two initiatives using a Venn diagram with clear similarities and differences
• propose a strategy to enhance safety, health and wellbeing based on evidence from the comparison

Success criteria

I can:

• name at least two liveability initiatives and describe who benefits and how
• explain at least two contextual factors that affect the initiative’s success or limitations
• use geographical terminology accurately when communicating my comparison
• complete a Venn diagram showing meaningful similarities and differences between two initiatives

Curriculum links

• PH4-SHW-01: Students assess the influence of contextual factors on attitudes and behaviours to propose strategies that enhance safety, health and wellbeing
• GELS-TAP-02: Students use geographical tools for inquiry (using a Venn diagram as a structured comparison tool)
• GELS-SAF-01: Students identify ways to stay safe when interacting with people and places (linking initiatives to safety outcomes)
• GELS-COM-01: Students communicate information using geographical terminology (e.g. access, services, location, impacts, wellbeing, liveability)

Lesson structure (60 minutes)

1. 0–5 min · Hook (Think–pair–share). Teacher displays a scenario: “A town wants safer paths to school and better social connections.” Students think of one community-led idea and share with a partner, then one student contributes to a class list.

2. 5–15 min · Direct teach (Initiatives + context). Teacher introduces two initiative examples (choose locally familiar options if possible):

• Initiative A: “Neighbourhood walking groups / safe routes program”
• Initiative B: “Community hub program (events, youth space, local support services)” Teacher models how to evaluate impact by asking: Who participates? What resources/services are needed? What barriers exist (distance, transport, timing, cultural needs)? Students take notes using a simple organiser: Initiative → Purpose → Beneficiaries → Possible barriers → Safety/health links.

3. 15–25 min · Inquiry task (Initiative evidence). Teacher hands out a short card set (or projector slides) with brief descriptions of 4–6 community-driven initiatives (include at least two pairs that students can compare). Students work in groups of 3–4 to select two initiatives and complete a quick “evidence bank” table: initiative details + one similarity clue + one difference clue + one contextual factor for each.

4. 25–40 min · Tool practice (Venn diagram construction). Teacher shows a blank Venn diagram and models how to write:

• Left circle = Initiative A details
• Right circle = Initiative B details
• Middle = shared impacts/elements (e.g. improved wellbeing, increased access to support, strengthened community connections) Teacher reminds students that statements should include context (not only “it helps”). Students create their own Venn diagram on paper, then add 2–3 geographical terminology phrases to support their statements (e.g. access to services, location, participation, impacts on wellbeing, safety).

5. 40–50 min · Evaluation prompt (Attitudes, behaviours, recommendations). Teacher provides a guiding sentence frame:

• “Because of [contextual factor], people may [attitude/behaviour], so the initiative could [impact].” Students add a short written response underneath the Venn diagram: one improvement to the initiative that enhances safety, health and wellbeing (e.g. better lighting and supervision for walking, inclusive scheduling and transport links for hub participation).

6. 50–57 min · Gallery walk + feedback. Teacher sets up a quick gallery walk. Students circulate with sticky notes or quick peer feedback forms using two questions:

• “What is the most convincing similarity/difference?”
• “Which contextual factor is clearly explained?” Students record one improvement suggestion to incorporate for the final copy.

7. 57–60 min · Exit ticket (individual check). Students complete a 3-question exit ticket:

• Name one similarity and one difference from their Venn diagram.
• Identify one contextual factor affecting impact.
• Write one safety/health recommendation in one sentence.

Resources

• Initiative description cards (4–6 options) with brief, student-friendly text
• Evidence bank table template (Initiative A/B columns)
• Venn diagram worksheet (A vs B) with a labelled centre space
• Coloured pencils or markers for clarity
• Peer feedback slips or sticky notes
• Exit ticket slips (3 questions)

Assessment

• Teacher formative checks during group evidence banking (listen for contextual factors and clear links to safety/health)
• Venn diagram review for accuracy of similarities/differences and appropriate geographical terminology
• Exit ticket to confirm: contextual factor identification + one actionable recommendation

Differentiation

• Provide sentence starters for evaluation and recommendation (e.g. “Because of…, people may…”) and offer a word bank of geographical terms
• Offer a scaffolded Venn diagram with pre-printed categories (Safety/Health impact, Access/Participation, Barriers, Who benefits) for students needing structure
• Extension for early finishers: compare a third mini-initiative and add one additional Venn statement that changes the overall judgement (e.g. “This initiative works best when…”)
• For EAL learners: allow discussion before writing; provide bilingual support if available; use short text cards and visual cues (icons for safety/health/community)
• For students requiring support: allow one initiative pair to be assigned and provide model statements to adapt (not copy)