Climate Change Impacts

Overview

In this lesson (lesson 10 of 16), students use climate and environmental quality data (tables and graphs) to analyse impacts on liveability in urban and rural places. They connect environmental change to different living conditions, preparing for the unit’s final decision-making tasks about environmental management.

Learning intentions

Students will:

• describe how environments and places can change over time due to climate change
• identify patterns in climate and environmental quality data for urban vs rural areas
• explain how environmental quality affects liveability (health, safety, comfort, access)
• use geographical terminology to communicate evidence-based conclusions

Success criteria

Students can:

• read information from a data table or graph and state what it shows
• identify at least two impacts of climate change on liveability and link them to environmental quality
• compare urban and rural patterns using clear evidence (figures/graph features)
• communicate findings using relevant terms (e.g., liveability, environment, environmental quality, climate risk)

Curriculum links

• GELS-PRI-01: Students describe how places and environments change
• GELS-DFC-02: Students identify features or characteristics of places and environments
• GELS-PRI-02: Students identify processes or interactions that change people, places and environments
• GELS-COM-01: Students communicate information using geographical terminology

Lesson structure (60 minutes)

1. 0–6 min · Starter: Graph snapshot Teacher displays one graph showing an increase in hot days (or temperature). Students do a quick think: “What changed? How do you know?” then share with a partner. Students record one sentence on a mini whiteboard using “The graph shows… because…”

2. 6–15 min · Direct teach: From data to liveability Teacher models a short analysis using a sample data table: “Environmental quality indicators (e.g., air quality, heat risk, water reliability) increase/decrease, which can affect liveability.” Teacher highlights how to compare places: “urban vs rural” and “risk vs impact” (environment first, then living conditions). Students complete a guided example with three prompts: read, identify trend, and predict an impact on people.

3. 15–32 min · Data analysis in groups Students work in groups of 3–4 with two sets of data: one representing an urban area and one a rural area. Each set includes:

• a climate indicator (e.g., heat days, rainfall variability, fire weather risk)
• an environmental quality indicator (e.g., air quality/PM levels, water reliability, vegetation stress)
• a simple link to liveability (e.g., health impacts, outdoor activity, service pressure) Teacher circulates, asking groups to point to a specific value or graph feature. Students create a “Comparison Evidence Statement” for each indicator: “In urban areas, … (trend/value) leading to … (environmental quality) affecting liveability by … (impact).”

4. 32–48 min · Structured comparison: Urban vs rural Teacher introduces a 2-column organiser on the board with sentence stems:

• “Urban areas show… compared with rural areas…”
• “This suggests that liveability may be… because…” Students transfer key statements into the organiser and add one “Most significant impact” decision supported by evidence. Teacher prompts academic language: “trend,” “indicator,” “environmental quality,” “liveability,” “risk.”

5. 48–55 min · Gallery walk: Claim–Evidence–Reasoning Groups post their organisers. Students do a short gallery walk with sticky notes:

• One “evidence check” note: Is the graph/table interpreted correctly?
• One “reasoning upgrade” note: Is the link to liveability explained clearly? Students return to their work and revise one section based on feedback.

6. 55–60 min · Exit ticket (quick assessment) Students answer two questions independently:

• “Choose one environmental quality indicator. What pattern do you see for urban vs rural?”
• “Explain one impact on liveability using geographical terminology and evidence.”

Resources

• Printed data sets (urban and rural) with graphs and tables
• Group organiser template (Comparison Evidence Statements; Urban vs Rural columns)
• Sentence starter strips
• Mini whiteboards or scrap paper for Starter sentence
• Sticky notes for gallery walk
• Teacher example graph/table (projected)

Assessment

• Formative: teacher observation during group data interpretation (accuracy of reading trends/values)
• Formative: guided example completion in the first half (ability to link environment quality to liveability)
• Exit ticket: check for correct comparison, evidence use, and geographical terminology in reasoning

Differentiation

• Provide scaffolded sentence stems for groups needing support (“The trend shows… This affects liveability by…”).
• Offer a simplified data layer for some students (fewer indicators) while others use all indicators for deeper comparison.
• EAL support: pre-teach key terms (trend, indicator, environmental quality, liveability, risk) with brief definitions and example sentences; allow oral rehearsal before writing.
• SEN support: allow use of colour-coding (e.g., urban = blue, rural = green; impact arrows) and provide a partially completed organiser.
• Extension for fast finishers: ask for an additional “counterpoint” (“What might reduce the impact despite climate risk?”) to prepare for environmental management later in the unit.