Year 7: identification with confidence stated
This edition treats bird study as science practice: identify the manu, classify it, state how confident the identification is and what evidence would settle it.
- Approach: Identification and classification with stated confidence
- Evidence it produces: Identifications carrying a confidence level and the feature evidence behind them
Unit Overview | Tirohanga Whānui
🌿 Voices of the Forest
Manu (birds) are messengers and indicators of environmental health. In this unit, students connect with local bird species through pūrākau, observation, and data collection, ultimately taking action as kaitiaki of their habitats.
Driving Question: “How can we act as kaitiaki to help local manu thrive near our school and homes?”
Learning Intentions
Cultural & Ecological
- Identify local manu using visual/aural cues and kupu Māori.
- Map habitats and describe factors that support or harm manu.
- Communicate actions using data and community voice.
Scientific Inquiry
- Collect and use simple 5-minute bird count data.
- Interpret data to identify habitat needs and threats.
- Collaborate with others to plan and deliver a restoration action.
Learning Sequence | Te Ara Akoranga
Lesson 1: Meet the Manu
Local pūrākau, vocab practice, and habitat mapping around the school.
Lesson 3: Habitats & Impacts
Analysing threats (predators, litter) and cause/effect mapping.
Lesson 4: Solutions & Action
Choosing a restoration action and drafting educational posters.
Lesson 6: Action & Reflection
Action implementation day, evidence capture, and celebration.
📦 Teaching Resources
Student Inquiry Tools
Assessment And Reflection
Teacher Coordination
- Whānau Permission and Participation Note
- Use the whānau note, action planner, and evidence page together so Lesson 6 is properly briefed, supported, and documented.
📊 Curriculum Alignment
Science / Pūtaiao
- Living World: Ecosystems and biological investigation.
- Nature of Science: Investigating in science.
Social Sciences
- Place & Environment: Human impact on nature.
- Kaitiakitanga: Environmental stewardship.
🎯 Curriculum Links | Te Hononga ki te Marautanga
Science / Pūtaiao — Living World & Nature of Science (Phase 3 / Years 7–8). Quoted verbatim from the live Te Mātaiaho curriculum; each statement is genuinely taught across this unit's lessons.
"Humans are part of ecosystems and can change them through their actions (e.g. clearing land, growing crops, changing waterways, planting trees, restoring habitats)."
How the unit teaches this: Week 3 (Habitats & Impacts) has ākonga analyse how human actions change local manu habitats using cause-effect logic — habitat loss, introduced predators, and pollution traced from cause to effect to action.
"Evaluating ways humans can positively impact ecosystems and communicating actions that support kaitiakitanga (e.g. planting trees, composting, recycling, growing food, planting native species)"
How the unit teaches this: Week 4 (Solutions & Action) moves ākonga from diagnosis to kaitiakitanga — evaluating and choosing a practical restoration action (planting, trapping, advocacy) their kura can take — and Weeks 5–6 have them communicate that action and reflect on its impact.
📚 Research Base | Te Pūtake Rangahau
This unit's design is grounded in two evidence bases from Te Whare Ako:
- Wally Penetito — Place-Based Education: the unit is anchored in the ākonga's own rohe. They study the manu that live around their kura, map real habitats, and take action in a place they belong to — Penetito's argument that learning is strongest when it is grounded in the local and the relational.
- John Dewey — Experiential Learning: the six-week arc is a genuine inquiry cycle — observe (bird counts), question (habitat needs), investigate (human impacts), and act (a restoration project) — learning by doing rather than being told.
🌿 Cultural & Pastoral Care
- Include local iwi pūrākau about manu specific to your area.
- Ensure students follow tikanga when entering forest spaces.
- Celebrate student success with a community showing of their reports.
📋 Teacher Planning Snapshot
Ngā Whāinga Ako — Learning Intentions
Students will investigate the ecological roles of ngā manu o te taiao — the birds of the natural world — within local habitats, drawing on both science and mātauranga Māori to understand why native birds are taonga and what kaitiakitanga requires of us in their protection.
Ngā Paearu Angitū — Success Criteria
- ✅ I can describe the ecological roles of at least three native New Zealand birds and their habitat needs.
- ✅ I can explain threats facing native manu and evaluate conservation strategies used by kaitiaki.
- ✅ I can connect traditional Māori knowledge of manu to contemporary ecological understanding.
Differentiation & Inclusion
Scaffold support: Provide illustrated species cards with key facts for entry-level learners. Offer extension tasks requiring students to design a habitat restoration plan using ecological principles and mātauranga Māori knowledge systems.
ELL / ESOL: Pre-teach key science and te reo Māori vocabulary for native species. Use visual supports — photographs, recordings of bird calls, and habitat diagrams. Allow students to label and describe in home language first.
Inclusion: Use sound recordings of native bird calls, outdoor observation activities, and tactile materials. Neurodiverse learners benefit from structured observation journals and clear inquiry sequences. Ensure field-based tasks have accessible alternatives.
Mātauranga Māori lens: Explore Māori relationships with manu as tohu — birds as environmental indicators and messengers carrying cultural meaning. Connect to traditional ecological knowledge about seasonal patterns of bird behaviour (maramataka), the use of manu feathers in taonga (e.g. kahu huruhuru), and the role of specific birds such as kiwi, huia, and kōkako as taonga species with deep whakapapa significance. Kaitiakitanga of manu is both practical and spiritual.
Prior knowledge: Best used after introductory ecology concepts. Connects well to science food webs and biodiversity units.
Curriculum alignment
- Ecosystems — Knowledge: Biotic and abiotic factors in ecosystems can affect the distribution and abundance of organisms; changes in one part can affect the balance and wellbeing of the whole system.
🔗 Unit Progression & Next Steps
The 6 lessons in this unit, in teaching order:
Pedagogical Foundations | Ngā Tūāpou Akoranga
Ngā Manu o te Taiao asks students to know birds not just as biological specimens but as taonga, indicators, and kin. Three researchers explain why this dual-frame approach deepens both scientific understanding and cultural connection.
→ Explore all theorists at Te Whare Ako — Teaching Theory