Best for
Earth and space science, cross-curricular literacy, hazard inquiry, and geothermal-energy contexts where students need both reading comprehension and scientific explanation.
Pūtaiao / Science literacy • Years 7-10 • Aotearoa earth systems
Plate Tectonics Reading Inquiry
Use this handout to help ākonga read an earth-science text closely, connect tectonic processes to life in Aotearoa, and explain how hazard and energy questions rely on evidence, not guesswork.
Free reading scaffold, premium adaptation path
This resource is classroom-ready now. If you want a version centred on your local fault line, geothermal site, recent earthquake, or rohe-specific hazard planning, Te Wānanga can adapt the reading and questions while keeping the inquiry structure intact.
- Swap in a local geohazard or geothermal case study.
- Create a lower-reading-level version for mixed-readiness groups.
- Save the adapted copy to My Kete and continue in Creation Studio later.
Kaiako planning snapshot
- Use length: 35-50 minutes.
- Grouping: Shared first read, then independent or paired response work.
- Prep: Decide whether students need an atlas, local hazard map, or prior vocabulary pre-teach for subduction and fault lines.
- Teaching move: Keep the distinction clear between what the text states, what students infer, and what they already know from lived experience or prior study.
Resources already provided
- Aotearoa plate-boundary reading text
- Retrieval, numeracy, and reasoning prompts
- Evidence-and-impact comparison table
- Annotated diagram/drawing space
- Support, core, and stretch prompts
- Teacher-only curriculum companion
If the lesson mentions a text, questions, response planner, or annotated diagram space, they are already built into this sheet.
Ngā Whāinga Akoranga / Learning Intentions
- We are learning how tectonic plate movement shapes the landscapes and hazards of Aotearoa.
- We are learning how to read a science text for key evidence, not just isolated facts.
- We are learning how to explain how one earth process can create both risk and opportunity.
Paearu Angitu / Success Criteria
- I can describe what happens at one major plate boundary in or near Aotearoa.
- I can use information from the text to explain how geothermal energy is linked to tectonic activity.
- I can support my ideas with details from the reading, not opinion alone.
Curriculum integration / Te Mātaiaho alignment
Use the companion page to connect this resource to science-literacy expectations around reading complex informational texts, interpreting evidence, and linking Aotearoa earth-systems knowledge to local inquiry.
Science in an Aotearoa context
Aotearoa sits where the Pacific Plate and Australian Plate meet, so earthquakes, uplift, volcanic activity, and geothermal systems are part of our everyday science story. Māori kōrero about Ruaumoko remind students that living with a shifting whenua has long required careful observation, respect, and preparedness.
Mātauranga Māori and modern earth science are not the same thing, but both can help students notice patterns, ask careful questions, and think responsibly about kaitiakitanga, infrastructure, and community safety.
Read the text
Aotearoa on the plate boundary
Aotearoa New Zealand sits across the boundary between two major tectonic plates: the Pacific Plate and the Australian Plate. East of Te Ika-a-Māui, the Pacific Plate is pushed beneath the Australian Plate in a process called subduction. Through Te Waipounamu, the plates also grind past each other along the Alpine Fault. Because of this constant movement, Aotearoa experiences thousands of earthquakes every year and has landscapes shaped by uplift, volcanic activity, and geothermal heat.
The same tectonic activity that creates hazard also creates opportunity. In places such as the Taupō Volcanic Zone, hot rock sits relatively close to the surface, heating underground water. Geothermal power stations use that heat to create electricity. This matters in Aotearoa because geothermal energy can provide reliable renewable power even when weather conditions change. The challenge is that communities must balance energy use, environmental care, and long-term sustainability.
Reading a text like this means more than collecting vocabulary. Students need to ask: what process is being described, what evidence is given, and how does this knowledge help people make decisions about where and how they live?
Questions and evidence checks
Retrieval
- What happens east of Te Ika-a-Māui at the plate boundary?
- Name one way tectonic movement shapes the landscape of Aotearoa.
- Why can geothermal power be more reliable than wind or solar energy?
Numeracy and reasoning
If Aotearoa has about 20,000 earthquakes in a year and 250 are strong enough to be felt, what percentage is felt? Show your working or explain your method.
Risk and opportunity table
| Evidence from the text | What risk does it show? | What opportunity or benefit does it show? |
|---|---|---|
Explain or draw your thinking
How can the same tectonic activity create both hazard and
renewable-energy opportunity?
Annotate a simple sketch showing plates, subduction, and a
geothermal area.
Support, core, stretch
Support
Highlight key words in the text first: plate, subduction, geothermal, renewable, hazard.
Core
Complete the table and written explanation using at least two pieces of evidence from the reading.
Stretch
Add a local example and explain how communities can show kaitiakitanga while preparing for natural hazards.
Students may respond through labelled diagrams, bullet points, oral explanation, or a full paragraph before writing more formal answers.
Hononga Marautanga · Curriculum Alignment
English — Te Reo Pākehā
Level 3–4: Read and interpret a range of texts for meaning and purpose; identify author intent, text structure, and language choices; write clearly for specific audiences and purposes using appropriate conventions.
Social Sciences — Tikanga ā-Iwi
Level 3–4: Understand how texts construct knowledge and perspective; evaluate the credibility and purpose of different sources; communicate ideas and findings effectively in written and oral forms.
Aronga Mātauranga Māori
In te ao Māori, language — reo — is a taonga: a treasure that carries culture, identity, and whakapapa across generations. The ability to speak clearly, to argue persuasively, to read critically, and to write with purpose are not simply academic skills — they are forms of mana in action. Māori oratory (whaikōrero) has always valued precision, evidence, and the ability to locate one's argument within a broader cultural and ancestral context. Students who develop strong literacy skills are developing the same capacities that made great orators powerful: the ability to be heard, understood, and taken seriously in any room they enter.
Ngā Rauemi Tautoko · Support Materials
This handout is designed to be used alongside the broader unit resources available at Te Kete Ako handouts library. Related resources from the same unit are linked in the unit planner. All resources are provided — no additional preparation is required to use this handout in your classroom.
Curriculum alignment
- Reading — Making Meaning: Students will select and use sources of information, processes, and strategies to identify, form, and express ideas across a range of texts.
- Writing — Creating Meaning: Students will select and use sources of information, processes, and strategies to write in a range of text types for a variety of purposes and audiences.