Kiwi North builds bespoke programmes around your learning objectives. Popular programmes, particularly those linked to Conservation Week and SeaWeek, fill quickly. Booking well in advance is essential. The Education team will discuss your curriculum focus and build an itinerary around it.
Kiwi North provides the RAMS and itinerary. You complete one booking and planning form. Teachers are invited for a free courtesy pre-visit to meet the Educator, walk the site, and confirm the programme before the class visit.
Three strands are available: Environmental Sciences (kiwi, native species, ngahere, kauri dieback, pests and predators, invertebrates, geology); Social Sciences and ANZH (Heritage Park historic buildings, taonga Maori, Northland history); Space STEM. This protocol is anchored in Environmental Sciences. All strands can be combined across a full day.
Rotational programmes can accommodate up to 120 students across the site. Indoor facilities hold up to two classes at a time; the Education Centre seats 50 for workshops and meals. The Kiwi House and heritage buildings have smaller capacities. Discuss group logistics with the Education team when booking.
If a site visit is not possible, the Educator can bring programmes to your school or another external venue in Te Tai Tokerau. Topics available off-site include environmental science and conservation, kauri dieback, freshwater wetland ecology, flora and fauna, and nature journalling. Contact the Education team for details.
Northland's only nocturnal kiwi house holds North Island Brown Kiwi in an environment designed to mimic wild conditions, allowing visitors to observe the birds foraging as they would behave at night. The kiwi here are part of the DOC and ZAA North Island Brown Kiwi captive programme, which supports population recovery through managed breeding and release. This is conservation infrastructure students can stand inside.
The Kiwi House also holds four species of native gecko, weta, stick insects, kokopu (native freshwater fish), and other invertebrates. Keeper Encounter sessions can be booked separately for closer engagement with individual animals and the staff who care for them.
The museum holds taonga Maori from Te Tai Tokerau, exhibits on the natural history of Northland's rivers and forests, 2,000-year-old Bush Moa remains recovered from a local limestone cave, and early settler collections. Exhibitions on Whangarei's development sit alongside natural history material.
Note: The Whangarei Museum team has a 12-month research enquiry moratorium from May 2025. School visits, exhibitions, and education programmes are unaffected. Direct all booking enquiries to the Education team.
The 62-acre Heritage Park includes the Clarke Homestead (c1886), the Oruaiti Chapel (c1859, built from a single kauri and believed to be the smallest octagonal chapel in New Zealand), Riponui Pah School (c1898), and Jane Mander's study (c1908). Millington Bush offers a guided walk with optional bug hunt and nature bingo.
Heritage Clubs (rocks and gems, vintage cars, amateur radio, medical museum) open their doors on the third Sunday of each month and can extend a visit for groups that include a Heritage Park component.
These prompts are anchored in what students observed, heard, and experienced at Kiwi North. They are designed to use AI as a thinking tool to deepen, interrogate, and extend the visit rather than replace it. In each case, the encounter at Kiwi North provides the evidence base that makes the AI conversation meaningful.
You watched kiwi foraging in the kiwi house. Ask a gen AI chatbot: "What does a kiwi bird need to survive in the wild?" Compare the AI's answer with what you saw. Did the kiwi house have those things? What was the same, and what was different?
Ask a gen AI chatbot: "Why can't kiwi fly, and how does that affect their survival?" Use what you learned at Kiwi North to check the AI's answer. What did it get right? What did it leave out?
Ask a gen AI chatbot to describe a native NZ gecko. Then describe or draw the gecko you saw at Kiwi North. What matched the AI's description? What was different or surprising about the real thing?
Ask a gen AI chatbot: "What animals are dangerous to kiwi?" Make a list of everything you found out at Kiwi North about threats to kiwi. Did the AI mention them all? Were there any on your Kiwi North list that the AI missed?
Ask a gen AI chatbot to explain the difference between a zoo and a captive conservation programme. Apply that distinction to Kiwi North: is it a zoo, a captive conservation programme, or something else? Use what you observed and were told on site to justify your answer.
Ask a gen AI chatbot: "Which introduced predators threaten North Island Brown Kiwi, and how does each one affect kiwi populations differently?" Evaluate the AI's answer against what you observed and were told at Kiwi North. What did the AI get right? What did it miss or oversimplify?
Ask a gen AI chatbot to explain how Phytophthora agathidicida spreads through a kauri forest and why boot cleaning matters. Compare the AI's explanation with the hygiene protocols you followed at Kiwi North. Did the AI's account match the practice you observed?
Ask a gen AI chatbot to explain the IUCN Red List and the current status of North Island Brown Kiwi. What would need to change for the species to move to a less threatened category? What is currently preventing that change?
Ask a gen AI chatbot to explain population viability analysis (PVA) and how it applies to North Island Brown Kiwi. What inputs drive the model and what outputs would conservation managers use? Then evaluate: what data from a site like Kiwi North could contribute to or help validate a PVA?
Ask a gen AI chatbot to outline the genetic management, population targets, and release protocols of the North Island Brown Kiwi captive programme. Verify the AI's account against DOC or ZAA sources. Where is the AI accurate? Where does it introduce imprecision or omit critical detail?
Kiwi North sits at the edge of a growing urban area. Ask a gen AI chatbot to analyse the tensions between urban development in Northland and kiwi habitat, and identify the policy tools most likely to reduce predator pressure at the urban fringe. Evaluate the AI's analysis against what you observed and learned on your visit.
A kiwi foraging in a nocturnal house is not a kiwi in the wild. Ask a gen AI chatbot to explain what behavioural and ecological data can and cannot be collected from captive individuals, and what that means for using captive observation as evidence in conservation biology. Reflect on what your visit gave you that field data, remote sensing, or AI-generated explanation could not.
| Level | Years 0–6 | Years 7–10 | Years 11–13 |
|---|---|---|---|
| 1 | Student names at least one species seen at Kiwi North and can state one true thing about it: what it eats, where it lives in the wild, or why it matters to conservation in Aotearoa. | Student identifies species encountered, notes their conservation status, and makes a basic claim about why they are found at Kiwi North rather than only in the wild. | Student identifies species encountered and situates them within their conservation programme context, noting DOC and ZAA captive programme structures, predator management approaches, or kauri dieback response as relevant. |
| 2 | Student explains in simple terms why some NZ animals are in trouble: they cannot fly from predators, they nest on the ground, they are slow or nocturnal. Links this explanation to what they observed at Kiwi North. | Student explains the mechanism connecting introduced predators to kiwi population decline, and explains why a captive conservation facility plays a role that habitat protection alone cannot fill. | Student constructs a causal account connecting land use change, introduced predator pressure, and kiwi population dynamics, using the DOC and ZAA captive programme as evidence of where the conservation system currently intervenes. |
| 3 | Student compares what a gen AI chatbot said about kiwi or another species with what they observed and were told at Kiwi North. Can say in simple terms whether the AI was accurate, and point to at least one thing it missed. | Student documents a comparison between AI-generated information about a species or conservation issue and what they encountered on site. Identifies where the AI was accurate and where it was incomplete or misleading, and explains why the difference matters. | Student evaluates AI-generated accounts of population viability, captive programme design, or species behaviour against primary sources and direct observation. Draws conclusions about when AI-generated conservation information can be trusted and when it cannot. |
| 4 | Student describes what being at Kiwi North added that a video, book, or AI could not: the movement of a real kiwi foraging, the scale of a gecko close up, the atmosphere of Millington Bush. | Student articulates what direct encounter with live animals in a managed conservation setting provides that secondary sources cannot: observable behaviour, keeper expertise, the physicality of conservation infrastructure in action. | Student reflects on the epistemological difference between observing captive conservation practice directly, reading about it in a report, and asking a language model to summarise it. Considers what constitutes evidence in conservation biology and what each type of source can contribute. |
| 5 | Student names one thing they want to do to help kiwi or another NZ native species, and says where they would start. Has generated at least one question they want to investigate further. | Student formulates a testable question arising from the visit: what would they need to measure or observe to determine whether a kiwi population was recovering or declining? What data source would they use and what would count as evidence of change? | Student designs a monitoring or research contribution: iNaturalist observations of kiwi habitat indicators, a predator tracking methodology for the urban fringe, or an analysis of DOC annual report data on kiwi recovery targets. Specifies method, data requirements, and the threshold that would constitute evidence of meaningful change. |