Teaching use
Senior science, biology, social science, or identity-focused inquiry lessons where kaiako need to hold scientific knowledge and cultural knowledge in conversation rather than in competition.
Biology & identity ā¢ Years 10-13 ā¢ Ready to teach
Genetics and Whakapapa: Scientific and Cultural Perspectives
Guide Äkonga to compare genetic inheritance with whakapapa in a respectful way that strengthens science literacy without reducing identity, ancestry, or cultural belonging to DNA alone.
Use this to deepen science and identity conversations carefully
This lesson is free to teach as-is. The premium workflow becomes useful when you want to shift the examples, tone, or writing task for different ages, confidence levels, and cultural contexts while keeping the lesson scientifically accurate and culturally safe.
- Generate a simpler inheritance task for younger students or a deeper ethics discussion for seniors.
- Create class-specific prompts that compare pedigree charts with whakapapa diagrams respectfully.
- Save a safer, localised version to My Kete for future delivery and moderation.
Teacher planning snapshot
- Duration: 2-3 lessons of 50-60 minutes.
- Grouping: Whole-class framing, paired comparison of diagrams, then small-group or individual reflection.
- Prep: Decide whether students will use fictional examples, class case studies, or voluntary personal/family examples. Default to low-risk, fictional examples unless whÄnau connections are already established and safe.
- Pedagogy: Name clearly that genetics and whakapapa are different knowledge systems. The goal is comparison and reflection, not collapsing one into the other.
Resources provided here
- Whakapapa poster / family-tree style templates
- Structured comparison prompts for pedigree charts and whakapapa
- Discussion and reflection scaffolds
- Planning prompts for culturally safe extension tasks
- Curriculum companion page for biology and identity planning
If the lesson asks students to compare scientific inheritance and cultural genealogy, the key templates are linked below so teachers can teach the comparison without having to create the scaffolds themselves.
NgÄ WhÄinga Ako / Learning Intentions
- We are learning to explain basic ideas of genetic inheritance in a scientifically accurate way.
- We are learning to describe whakapapa as a relational framework that includes ancestry, belonging, and connection.
- We are learning to compare different knowledge systems respectfully without forcing them to mean the same thing.
Paearu Angitu / Success Criteria
- I can explain at least two ideas about inheritance or heredity using correct biology vocabulary.
- I can describe whakapapa as more than a biological family tree.
- I can identify one similarity and one difference between a pedigree chart and a whakapapa map.
- I can respond respectfully and thoughtfully to identity, ancestry, and belonging questions in discussion or writing.
Curriculum integration / Te Marautanga alignment
Use the curriculum companion to make the science, health, and identity links explicit for planning, assessment, and whÄnau communication. This page is especially useful if your school wants evidence that the lesson treats science carefully and tikanga responsibly.
Context, care, and kaupapa
This lesson must be taught with care. Whakapapa is not reducible to genetic sequencing, and DNA is not the only or best way to talk about identity, ancestry, or belonging. At the same time, students deserve accurate biology teaching and honest discussion of how scientific evidence is used.
Use fictional examples unless personal sharing is genuinely safe, voluntary, and well supported. Students with unknown or complex family histories should never be pushed to disclose or āfill inā missing information.
Lesson sequence
1. Frame the two lenses
Introduce genetics as a scientific explanation of biological inheritance. Introduce whakapapa as a relational system of ancestry, belonging, and connection across people, whenua, and more-than-human relationships.
2. Explore inheritance
Use fictional family examples or familiar traits to review inheritance patterns, terminology, and how simple pedigree charts work.
3. Explore whakapapa mapping
Students examine a whakapapa template and discuss how it carries identity, memory, obligations, and connections that are not limited to genetics.
4. Compare and reflect
Students complete a structured comparison: what can a pedigree chart show well, what can whakapapa show well, and where are the risks of treating them as identical?
5. Write or discuss ethically
Students produce a short reflection, presentation, or teacher-guided discussion on how science and cultural knowledge can sit in dialogue without flattening each other.
Ready-to-use scaffolds
Print / share / open
Print the whakapapa templates, decide whether students are using fictional or low-risk examples, and open the curriculum companion if you need explicit planning notes.
Settle before lesson starts
Make your class norms explicit: no one is required to disclose personal family information, and no one is expected to rank one knowledge system above another.
What good progress looks like
By the end of lesson one, students should be able to explain key inheritance ideas accurately and begin describing whakapapa as a richer relational concept than a standard pedigree chart.
Extension and adaptation ideas
- Extend into ethics: how should genetic data be stored, interpreted, or protected?
- Use Te WÄnanga to generate alternate examples for different age groups or confidence levels.
- Link into MÄori data sovereignty or whakapapa-based storytelling work.
- Turn the lesson into a structured class debate on what counts as evidence in questions of ancestry and identity.
š Inclusion & Accessibility
ELL / ESOL support: Pre-teach key vocabulary before the lesson. Provide bilingual glossaries where available. Allow responses in home language as a first step.
Neurodiverse learners: Chunk instructions clearly. Offer choice in how students demonstrate understanding. Use visual supports and structured templates.
Scaffold & extension: Offer scaffold tasks and entry-level supports for students who need them. Extend capable learners with open-ended extension challenges.
Curriculum alignment
- English ā Writing: Students will construct and communicate meaning using language features appropriate to purpose and audience.
- Social Sciences: Understand how people participate individually and collectively in response to community challenges.