Unit 9 · Week 6

🌿 Week 6: Action Implementation — Making Real Change

This is the week where investigation becomes action. Students implement their environmental solutions, document the process, and begin measuring impact. This week connects all previous learning into tangible environmental change.

Focus Question

How do we turn our environmental investigation into real, measurable action that honors both traditional knowledge and scientific evidence?

🎯 Learning Intentions

Implement environmental solutions using both traditional and scientific approaches
Document the implementation process with photos, measurements, and reflections
Begin collecting "after" data to measure impact
Engage community members in the environmental action
Reflect on how traditional knowledge informed the implementation

✅ Success Criteria

I can implement my environmental solution with proper protocols
I can document the process with clear photos and measurements
I can collect baseline "after" data using the same methods from Week 1
I can explain how traditional knowledge influenced my approach
I can engage at least 10 community members in the project

🗣️ Kupu / Vocabulary

implementation, impact, baseline, evidence
stakeholder, engagement, evaluation, kaitiakitanga

📚 Curriculum Links

Science: Environmental monitoring, data collection, impact measurement
Mathematics: Statistical analysis, percentage calculations, graph creation
Social Studies: Community action, environmental citizenship
Mātauranga Māori: Kaitiakitanga in practice, traditional environmental knowledge

Ngā Mahi - Week 6 Activities

1. Implementation Day: Real Environmental Action (2-3 hours)

Activity: Students carry out their environmental intervention with proper documentation.

Before Starting: Review your Environmental Detective Checklist from Week 1 — what was the "before" state?
During Implementation: Take photos every 15-30 minutes showing progress
Documentation: Record what you're doing, why you're doing it, and how traditional knowledge informed your approach
Community Involvement: Invite classmates, teachers, whānau, or community members to help
Safety First: Follow all safety protocols, get proper permissions, and work with adult supervision

Key Question: "How does this action connect to the traditional knowledge we learned from kaumātua interviews and the scientific data we analyzed?"

2. Photo Journal & Process Documentation (30 mins)

Activity: Create a visual record of the implementation process.

Organize photos chronologically showing: before → during → after
Add captions explaining: What we did, Why we did it, How traditional knowledge helped
Include photos of community members participating
Document any challenges and how you solved them
Show the connection between your NIWA climate data analysis and your action

3. Initial Impact Measurement (45 mins)

Activity: Begin collecting "after" data using the same methods from Week 1.

Use Your Measurement Planning Template: Apply the same measurement methods you designed in Week 1
Collect Quantitative Data: Counts, measurements, percentages — use the same tools and methods
Record Qualitative Observations: What do you see? What's different? What traditional indicators show improvement?
Compare to Baseline: How does this compare to your "before" data from Week 1?
Mathematical Analysis: Calculate percentage changes, create initial comparison graphs

💡 Connection to Week 4: Use the same statistical analysis skills from your NIWA Climate Data Analysis — averages, percentages, graph creation, pattern recognition.

4. Community Engagement Reflection (30 mins)

Activity: Reflect on how community involvement strengthened your project.

Who helped with your project? (aim for at least 10 people)
How did community knowledge (especially traditional knowledge) improve your solution?
What did you learn from working with others?
How does this connect to kaitiakitanga (guardianship) — caring for the environment together?

5. Sustainability Planning (30 mins)

Activity: Plan how your environmental action will continue to have impact.

Maintenance Schedule: What ongoing care does your project need?
Long-term Monitoring: How will you track continued impact? (Use skills from Week 4's data analysis)
Community Ownership: Who will take responsibility for ongoing care?
Connection to Climate Trends: How does your project address the climate change patterns identified in NIWA data?
Scaling Up: How could this solution be applied to other areas?

💡 Differentiation Strategies

Lower support: Provide structured templates for documentation, pair students for implementation, offer step-by-step checklists, work in larger groups
Extension: Design solutions that address multiple environmental problems, create systems for other schools/communities, develop policy proposals, measure long-term impact over months
Cultural connection: Ensure proper tikanga protocols are followed, invite kaumātua to observe/guide implementation, connect actions to specific iwi/hapū environmental practices

⚠️ Important: This week's work directly feeds into the summative assessment. Students should have clear documentation, measurements, and reflections ready for their final presentation.

Curriculum alignment

Materials — Practices: Explaining changes in shape, mass, and volume during state changes using observable and measurable evidence
Materials — Practices: Modelling and explaining how particle movement and attraction change during changes of state
Statistics — Practices: - Planning and collecting data in order to respond to a statistical question (e.g. Are our feet the same length?) - Calculating the mean, median, and mode for numerical data -…
Materials — Practices: Note: Observations can be qualitative and quantitative at this level.
Ecosystems — Knowledge: Human activity and technology impact the environment.

📋 Teacher Planning Snapshot

Ngā Whāinga Ako — Learning Intentions

Students will explore environmental mātauranga — traditional Māori ecological knowledge — alongside contemporary science to understand Aotearoa's environmental challenges. This unit develops students' capacity to apply both knowledge systems to real environmental issues, building towards informed, culturally grounded kaitiaki action.

Ngā Paearu Angitū — Success Criteria

✅ I can explain key environmental concepts using both scientific and mātauranga Māori frameworks.
✅ I can investigate a local environmental issue and present evidence-based findings.
✅ I can describe what kaitiakitanga means in practice and apply it to a real environmental context in my community.

Differentiation & Inclusion

Scaffold support: Provide structured investigation templates and sentence starters for entry-level access. Offer extension tasks requiring students to independently design an environmental inquiry and present recommendations to a community audience.

ELL / ESOL: Pre-teach key environmental and te reo Māori vocabulary. Provide bilingual glossaries. Allow students to respond in home language first and provide visual supports for all key concepts.

Inclusion: Offer multimodal entry points — field observation, visual analysis, oral discussion. Neurodiverse learners benefit from structured inquiry processes with clear milestones. Ensure outdoor or field-based components are fully accessible with alternatives available.

Mātauranga Māori lens: This unit centres mātauranga Māori as a valid and valuable knowledge system. Explore concepts such as mauri (life force of ecosystems), tohu (environmental indicators), mahinga kai (food gathering practices as ecological knowledge), and the role of the maramataka in environmental monitoring. Frame the unit through the lens of whakapapa — understanding ecological relationships as a genealogy of interconnection.

Prior knowledge: Best used as a capstone or integrative unit. Benefits from prior exposure to both science and social studies ecological content.

Unit 9: Environmental Mātauranga — Protecting Our Taiao