🧭 Week 2: Field Observation & Water Health
Students head outdoors to conduct sensory observations and simple water quality tests (pH, temperature) at their local awa, gathering primary data on environmental health.
Focus Question
What can we observe and measure about the health of our awa?
Ngā Mahi - Week 2 Activities
1. Field Walk: Sensory & Physical Testing (30 mins)
Activity: Visit the local awa. Students use the Field Observation Sheet to record sensory data and physical measurements.
- Record clarity, smell, and presence of litter
- Take pH readings using litmus strips
- Measure and record water temperature
- Identify any visible macroinvertebrates (insects)
2. Classroom Analysis & Data Entry (20 mins)
Activity: Return to class to process findings and transfer data to the Data Table.
- Compare pH results: Are they acidic, neutral, or basic?
- Sketch a quick bar graph of temperature or pH across different sites
- Discuss: "What does this data tell us about the mauri of the water?"
3. Video Resources: Science of Water Health (15 mins)
Activity: Watch videos to deepen understanding of pH and bioindicators.
pH for Kids
Macroinvertebrates
💡 Differentiation Strategies
- Scaffolding: Provide a word bank with kupu + emojis for sensory notes
- Partner Roles: Use reader/recorder/measurer roles to support all learners
- Extension: Compare two micro-sites (e.g., shade vs sun) and note differences
📋 Teacher Planning Snapshot
Ngā Whāinga Ako — Learning Intentions
Students will explore awa (river/water) as taonga, developing understanding of kaitiakitanga through water guardianship — connecting indigenous environmental knowledge with scientific and civic action.
Ngā Paearu Angitū — Success Criteria
- ✅ Students can explain the significance of awa in te ao Māori and their local community.
- ✅ Students can identify actions that reflect kaitiaki responsibilities for local waterways.
Differentiation & Inclusion
Scaffold support: Provide sentence starters and graphic organisers for inquiry tasks. Offer entry-level observation activities and extension challenges involving community advocacy or environmental data analysis.
ELL / ESOL: Pre-teach key te reo Māori terms (awa, kaitiaki, wāhi tapu, tūrangawaewae). Allow visual and diagrammatic responses. Bilingual glossaries strongly recommended.
Inclusion: Connect to students' own waterways and places of belonging. Neurodiverse learners benefit from structured field investigation templates and clear step-by-step inquiry protocols.
Awa are not simply waterways — in te ao Māori they are tupuna (ancestors) with mana and mauri (life force). The principle of kaitiakitanga places obligations on communities to protect awa for future generations. Marama Muru-Lanning's research on the Waikato River demonstrates how mātauranga Māori environmental knowledge (ngā tohu o te awa — signs of the river) integrates with ecological science. Water guardianship is simultaneously cultural, legal, and scientific.
Curriculum alignment
- Science — Ecosystems: Biotic and abiotic factors in ecosystems can affect distribution and abundance of organisms.
- Social Sciences — Place and Environment: Understand how the environment is shaped by the values, attitudes, and actions of people and communities.