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Lesson 5: Restoration & Kaitiakitanga

Learning Intentions: We Are Learning To design and implement ecological restoration using both scientific methods and Māori guardianship principles.

Success Criteria: I can plan a restoration project, plant native species correctly, and explain how kaitiakitanga guides conservation work.

Starter (10 mins)

Restoration Success Stories

Show before/after images of successful NZ restoration projects:

Zealandia (Wellington) - from farmland to native forest
Tiritiri Matangi Island - from bare paddocks to wildlife sanctuary
Tāwharanui Peninsula - predator-proof fence success
Local restoration project in your area

Discussion: What do all these projects have in common? What made them successful?

Key Learning: Restoration takes time, planning, and ongoing commitment from communities.

Hands-On Activity (30 mins)

Native Plant Nursery Workshop

Students engage in practical restoration by planting native seedlings:

Species for Planting:

Harakeke (flax): Hardy wetland plant, culturally significant
Kōwhai: Iconic yellow flowers, nitrogen-fixing
Mānuka: Fast-growing pioneer species
Pōhutukawa: Coastal native, "Christmas tree"
Cabbage tree (tī kōuka): Distinctive architectural plant

Planting Process:

Prepare potting mix (peat, sand, compost)
Fill seed trays with appropriate mix
Plant seeds at correct depth (follow packet instructions)
Water gently and label clearly
Place in propagation area with appropriate lighting
Create plant care schedule for ongoing monitoring

Cultural Protocol: Begin with karakia acknowledging the mauri of the plants and our responsibility as kaitiaki.

Digital Activity (15 mins)

EcoRestore NZ Virtual Game

Students use online restoration simulation to understand ecosystem succession and restoration challenges:

Game Scenarios:

Abandoned farmland restoration
Post-logging forest recovery
Urban park native habitat creation
Coastal dune stabilization

Game Mechanics:

Choose appropriate species for different conditions
Manage budget and time constraints
Deal with challenges (drought, pests, vandalism)
Monitor success indicators over time

Learning Focus: Understanding ecological succession, plant community interactions, and restoration timeline realities.

Launch Game

Group Planning (20 mins)

School Restoration Proposal

Teams develop realistic restoration proposals for school grounds improvement:

Team Roles:

Ecologist: Species selection and planting design
Project Manager: Timeline and resource planning
Budget Analyst: Cost estimation and funding sources
Community Liaison: Stakeholder engagement and maintenance plan

Proposal Elements:

Site assessment - current conditions and potential
Goals - what ecosystem are we creating?
Species selection - appropriate natives for site conditions
Planting plan - layout and succession planning
Maintenance schedule - watering, weeding, monitoring
Budget breakdown - plants, materials, labor costs
Community involvement - how to engage students/parents

Proposal Template

Plenary (10 mins)

Kaitiakitanga Reflection

Connect practical restoration work to Māori guardianship principles:

Discussion Questions:

How does planting native species demonstrate kaitiakitanga?
What responsibilities do we have to future generations?
How can restoration heal both land and people?
What would successful restoration look like in 50 years?

Cultural Teaching: Explain traditional Māori ecological management - seasonal restrictions, habitat enhancement, species protection.

Action Commitment: Students write personal commitments for ongoing restoration involvement.

Māori Restoration Philosophy

Te Mana o te Taiao: The power and authority of nature must be respected and restored.

Key Concepts:

Whakapapa: All life is connected - restoration strengthens these connections
Mauri restoration: Bringing back the life force of damaged ecosystems
Intergenerational responsibility: Planting for future generations, not just ourselves
Holistic approach: Restoration includes spiritual, cultural, and ecological dimensions

Traditional Practices:

Rākau māhuri: Traditional tree planting with appropriate karakia
Rāhui implementation: Protecting areas while they recover
Seasonal planting: Following maramataka (Māori calendar) for optimal timing

Long-term Investigation

Restoration Monitoring Protocol

Set up scientific monitoring of restoration areas to track success over time:

Monitoring Equipment: Measuring tapes, cameras, data sheets, plant identification guides

Monthly Measurements:

Plant survival rates: Count living vs dead plants
Growth measurements: Height and spread of key species
Health indicators: Leaf color, flowering, pest damage
Colonization: New species arriving naturally
Soil health: Basic pH and moisture tests
Wildlife observations: Birds, insects, other fauna

Data Analysis: Create graphs showing restoration progress, identify most/least successful species, correlate success with environmental conditions.

Adaptive Management: Use monitoring data to improve restoration techniques over time.

Hands-On Extensions

School Rain Garden

Design and plant a rain garden to manage stormwater while creating native habitat. Include plants like harakeke, carex, and mānuka.

Native Food Forest

Create an edible native plant garden with traditional Māori food plants: kawakawa, horopito, puha, and native fruit trees.

Wildlife Corridor

Plant native species to connect isolated habitat patches on school grounds, creating pathways for birds and insects.

Vertical Ecosystems

Create living walls with native epiphytes, ferns, and climbing plants - perfect for limited space situations.

Assessment Task

Local Area Restoration Proposal

Task: Create a detailed restoration plan (600 words + diagrams) for a degraded area in your local community.

Requirements:

Site Analysis: Current ecosystem state, problems, and restoration potential
Goals & Vision: What ecosystem type are you restoring to?
Species Selection: Appropriate native plants with scientific justification
Implementation Plan: Realistic timeline with phases
Budget Estimation: Costs for plants, materials, and labor
Community Involvement: How to engage local stakeholders
Monitoring Plan: How will you measure success?
Cultural Considerations: Māori values and traditional knowledge integration

Presentation: 5-minute presentation to "council" (class) arguing for project approval.

Assessment Rubric

Community Partnership Opportunities

DOC Community Conservation: Volunteer for local restoration projects
Forest & Bird Society: School partnership programs
Local Iwi Groups: Cultural restoration projects
City Council: Urban forest and park restoration initiatives
Landcare Groups: Stream restoration and native planting
Trees for Survival: School nursery partnership program
Predator Free Groups: Local pest control initiatives

Resources Needed

Planting Supplies:

Native plant seeds/seedlings
Seed trays and potting mix
Small hand tools (trowels, secateurs)
Watering equipment
Plant labels and permanent markers
Basic propagation setup (warmth/light)

Digital Resources:

EcoRestore simulation game
Native plant identification apps
Restoration project case studies
Traditional Māori plant use resources
DOC restoration guidelines

Restoration Calendar - When to Plant

Spring (Sept-Nov)

Best for: Most native trees and shrubs. Soil warming, increasing daylight. Traditional Māori planting season.

Summer (Dec-Feb)

Limited planting: Only if irrigation available. Good for hardier species like mānuka and kānuka.

Autumn (Mar-May)

Excellent timing: Soil still warm, increasing rainfall. Plants establish before winter.

Winter (Jun-Aug)

Avoid planting: Focus on planning, seed collection, and nursery preparation for spring.

Teacher Notes

Plant Safety: Some native plants can cause skin irritation. Have students wash hands after handling. Check for plant allergies.
Equipment Management: Assign tool monitors, have washing station ready, count tools before and after use.
Ongoing Care: Establish student roster for daily plant watering and weekly monitoring of planted seedlings.
School Approval: Get permission before any actual planting on school grounds. Involve groundskeeper in planning.
Seasonal Timing: Best to run this lesson in autumn or spring when actual planting is appropriate.
Cultural Sensitivity: If involving karakia or cultural protocols, ensure appropriate guidance from local iwi or Māori staff.
Extension Opportunities: Connect with local restoration groups for field trip opportunities and expert guest speakers.

Media Anchor: Restoration and Kaitiakitanga

Watch and capture evidence before moving into the lesson tasks.

Which restoration strategies in the clip are most transferable to your local context?
How does mātauranga Māori shape restoration priorities and long-term care?

📋 Teacher Planning Snapshot

Ngā Whāinga Ako — Learning Intentions

Students will engage with this resource to build understanding of Aotearoa New Zealand's ecosystems, biodiversity, and the role of kaitiakitanga in environmental stewardship.

Ngā Paearu Angitū — Success Criteria

✅ Students can explain key concepts from this resource using their own words.
✅ Students can connect the content to real-world environmental contexts in Aotearoa.

Differentiation & Inclusion

Scaffold support: Provide sentence starters, word banks, or graphic organisers to scaffold access for students who need it. Offer entry-level and extension tasks to address a range of readiness levels.

ELL / ESOL: Pre-teach key vocabulary and provide bilingual glossaries where available. Allow students to respond in their home language first.

Inclusion: Use accessible formats. Neurodiverse learners benefit from chunked instructions and choice in how they demonstrate understanding.

Prior knowledge: Best used after the relevant lesson sequence. No specialist prior knowledge required for entry-level engagement.

Curriculum alignment

Ecosystems — Knowledge: Indigenous knowledge systems, such as mātauranga Māori, are often founded on long-term observations of environmental patterns. For example, ngā tohu o te taiao can be used to …
Ecosystems — Practices: Observing local ngā tohu o te taiao, such as flowering of certain plants or bird migrations, and explaining why these indicators can be used to understand and predict other en…
Ecosystems — Practices: Constructing models of species interactions using food webs, nutrient cycles, or habitat maps to explain the interconnected nature of ecosystems
Ecosystems — Knowledge: Ecosystems can usually regenerate naturally, and humans can support this through conservation and restoration.
Body Systems — Practices: Linking data to the observed disruptions in hormonal control that can lead to conditions like Type 1 and Type 2 diabetes