Whakataukī | Proverb

"Ka pū te ruha, ka hao te rangatahi"

The old net is cast aside, the new net goes fishing.

This whakataukī reminds us that new approaches build on old wisdom. When we combine scientific methods with mātauranga Māori, we create something powerful - like a new net that catches more fish! Both knowledge systems have value, and together they're stronger.

🔬 Integrated Experiment Template

Unit 3: Science + Mātauranga Māori

📋 Learning Objectives:

  • Design experiments using both scientific and mātauranga approaches
  • Collect data through multiple methods
  • Integrate findings from both knowledge systems
  • Present results that honor both perspectives
1️⃣ RESEARCH QUESTION

What are you investigating?

2️⃣ BACKGROUND KNOWLEDGE

🔬 Scientific Background

What does science already know about this?

🌺 Mātauranga Background

What does traditional knowledge tell us?

3️⃣ HYPOTHESIS / PREDICTION

🔬 Scientific Hypothesis

What do you predict based on scientific knowledge?

🌺 Mātauranga Prediction

What does traditional knowledge suggest will happen?

4️⃣ METHODS - HOW WILL YOU INVESTIGATE?

🔬 Scientific Methods

What scientific tools/measurements will you use?

Variables:

Independent (what you change):

Dependent (what you measure):

Controlled (what stays same):

🌺 Mātauranga Methods

What traditional observations/knowledge will you use?

Considerations:

Seasonal timing (maramataka):

Cultural protocols (tikanga):

Relationship with whenua:

5️⃣ DATA COLLECTION

🔬 Scientific Data

Record measurements, observations, numbers:

Data table / measurements / observations

🌺 Mātauranga Observations

Record traditional indicators, patterns, relationships:

Traditional observations / patterns / relationships

6️⃣ RESULTS & ANALYSIS

✨ Integrated Findings

How do your scientific data and mātauranga observations work together? What do they tell you?

What did you discover?

How did science and mātauranga complement each other?

7️⃣ CONCLUSION & REFLECTION

What did you learn from using BOTH knowledge systems?

How could this integrated approach be used to solve real problems?