Best for
Week 4 after NIWA or local climate data analysis, when students need to shift from numbers on a page into real impacts on people, places, and ecosystems.
Science + social action • Years 7-10 • Unit 9 Week 4 climate inquiry
Unit 9 Week 4 Local Climate Impacts Worksheet
Use this worksheet to connect climate evidence to your own rohe. Students identify local impacts, trace who or what is affected, and plan responses that make sense for community wellbeing and environmental resilience.
Free climate-impact worksheet, premium local-data version
This version is ready to teach immediately. Te Wānanga becomes useful when you want your own town, awa, coastline, or school evidence set inserted into the task.
- Generate a lower-reading-level or more visual version for mixed classes.
- Swap in local council, NIWA, or whānau evidence sources.
- Save an adapted Unit 9 climate-response pack in My Kete.
Kaiako planning snapshot
- Use length: 30-40 minutes.
- Grouping: Pairs for evidence gathering, then individual impact ranking.
- Prep: Bring a local temperature, rainfall, flooding, erosion, or biodiversity example from your region.
- Teaching move: Push students from vague effects into concrete impacts on taonga species, whenua, infrastructure, or whānau wellbeing.
- Support / stretch: Pre-fill one evidence row for support; ask students to compare short-term and long-term risks for stretch.
Resources already provided
- Impact evidence table
- Local prioritising prompts
- Response planning grid
- Mātauranga Māori reflection prompts
- Teacher-only curriculum companion
This rebuild turns the thin template into a real climate-impact inquiry with science evidence and community relevance.
Ngā Whāinga Ako / Learning Intentions
- We are learning how climate change affects local ecosystems and communities.
- We are learning to use evidence to explain why some impacts matter more than others.
- We are learning to plan responses that fit our local environment and people.
Paearu Angitu / Success Criteria
- I can identify at least two local climate impacts using evidence.
- I can explain who or what is affected and why.
- I can propose a realistic response linked to the evidence I used.
Curriculum integration / Te Mātaiaho alignment
The companion page makes the science fit explicit around analysing climate impacts on ecosystems and applying evidence to land use, mitigation, and local planning decisions.
Climate data matters when it changes local decisions
A climate impact is not just a number. It becomes meaningful when students can say what is changing in their place and what that means for taiao, people, and future planning.
Through a mātauranga Māori lens, this also asks how kaitiakitanga and long-term care for whenua and wai should shape the response.
1. Local impact evidence table
Use local observations, NIWA data, news, or whānau knowledge to complete the table.
| Climate signal | Local evidence | Who or what is affected? | Why does it matter? |
|---|---|---|---|
| Hotter days / heatwaves | |||
| Heavy rain / flooding | |||
| Drought / low water | |||
| Coastal or erosion changes |
2. Rank the urgency
Most urgent impact
Which impact needs attention first and why?
Most affected taonga or community
Who, what, or where carries the biggest burden?
3. Plan responses
Immediate response
What could be done now by the school, whānau, or community?
Longer-term response
What needs planning, protection, or policy change over time?
Science evidence
Which piece of data makes your response stronger?
Mātauranga lens
How could kaitiakitanga or local observation shape the response?
4. Final statement
Write one clear sentence that answers: what local climate impact matters most in our area, and what should happen next?
Ngā Whāinga Akoranga · Learning Intentions
- We are learning to use evidence from multiple sources to understand environmental change.
- We are learning to connect scientific data with mātauranga Māori observations of the taiao.
- We are learning to make informed, evidence-based decisions about environmental care.
Hononga Marautanga · Curriculum Alignment
Science — Planet Earth and Beyond
Level 3–4: investigate how the Earth's climate has changed over time; understand how human activity affects ecosystems and atmospheric systems; use evidence to evaluate claims about climate impacts on local environments and communities.
Social Sciences — Ecological Sustainability
Level 3–4: understand that environmental changes have consequences for communities and future generations; develop the ability to evaluate responses to environmental challenges and propose informed, responsible action.
Aronga Mātauranga Māori
In te ao Māori, the concept of mauri applies not just to water and forest but to climate itself — the living atmosphere that sustains all things. Traditional knowledge systems in Aotearoa encoded climate awareness through maramataka: the timing of seasonal events, the behaviour of birds and plants as weather indicators, the relationship between lunar phases and fishing or planting conditions. These were not folk tales — they were accurate, place-specific models developed over centuries of careful observation.
The local climate impacts you are investigating today have cultural as well as ecological dimensions. When a river floods more frequently, it disrupts not just infrastructure but wāhi tapu and cultural landscapes. When drought affects local waterways, it affects kaitiakitanga obligations to tuna and kōura. Mātauranga Māori asks us to understand climate impacts through the lens of relationship: who is affected, what obligations arise, and what does care for the taiao require in response?
Ngā Rauemi Tautoko · Support Materials
Resources already provided:
- This handout — complete during Weeks 4–5 of the climate inquiry
- Traditional Climate Indicators (unit-9-week4-traditional-climate-indicators.html) — mātauranga Māori lens on environmental change signals
- Local Climate Impacts Worksheet (unit-9-week4-local-climate-impacts-worksheet.html) — evidence-based local impact analysis
- Integrated Forecasting (unit-9-week5-integrated-forecasting.html) — synthesis task combining scientific and mātauranga knowledge
- Probability Modeling (unit-9-week5-probability-modeling.html) — quantitative forecasting methods
- Prediction Accuracy Analysis (unit-9-week5-prediction-accuracy-analysis.html) — evaluate how accurate environmental forecasts were