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NZ Marine Studies Centre, Portobello

Institution companion  ·  Field-Based STEM  ·  University of Otago / LEOTC  ·  Years 0–13  ·  Science · Environmental Education · Nature of Science
The NZ Marine Studies Centre sits at the edge of the Otago Harbour where the Portobello Peninsula meets the sea — next door to a working university research laboratory, metres from a living rocky shore, with research vessels moored at the wharf. Students here are not visiting a display about marine science. They are entering the place where marine science is actually done — touching real animals in touch tanks, looking through microscopes at specimens collected from the water outside, and asking questions that the scientists in the building next door are also trying to answer. Supported by Ministry of Education LEOTC funding, a visit to the NZMSC is one of the most cost-effective authentic science experiences available to Otago and Southland schools — and, combined with the Royal Albatross Centre at the end of the peninsula, one of the most powerful half-day coastal ecology programmes in New Zealand.
NZ Marine Studies Centre — booking information Address: 185 Hatchery Road, Portobello, Otago Peninsula, Dunedin
Phone: +64 3 479 5826  ·  Email: [email protected]
Website: otago.ac.nz/marine-studies/learn-with-us
Hours: Pre-booked school and community groups only, Monday–Friday 9am–5pm. Closed public holidays. There is no casual public access — the old aquarium was demolished in 2016.

Funding: Education programmes are LEOTC-funded (Ministry of Education Learning Experiences Outside The Classroom). Prices are subsidised for students at registered NZ schools and are exclusive of GST. Contact the Centre for current pricing.
Duration: Programmes range from 2 hours to several days. Most school visits are half-day.

Programmes available: Primary, intermediate, and secondary school programmes covering marine biology, marine chemistry, nature of science, Māori fishing technology, and mollusc biology. Some senior programmes use the research vessel for data collection at sea. Science extension and gifted and talented programmes available for Years 6–13 (1–3 days, Ministry of Education supported).

Citizen science: The Shark Spy project, led by Teaching Fellow Rob Lewis, allows student observations to contribute to ongoing shark research. Ask about participation when booking.
On the peninsula route: The NZMSC is on the way to the Royal Albatross Centre at Taiaroa Head. A combined morning at Portobello and afternoon at the RAC is the most productive single-day coastal ecology programme available in the Otago region — book both simultaneously.
PrepareOtago Harbour + rocky shore research
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At the CentreLab, tanks, shore, vessel
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AI as thinking partnerPrompts below
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Trace and actExperience Trace Scale
Using the NZMSC education programmes
1
Book early and state your learning objectives clearly

The NZMSC tailors programmes to school learning objectives — the more specific you are when booking, the better the programme match. Email [email protected] with year level, curriculum focus, number of students, and preferred date. LEOTC subsidy applies for registered NZ schools; confirm current pricing at time of booking. Pre-booking is essential — there is no walk-in access.

2
Choose the right programme depth

Standard school visits run two to three hours and combine laboratory activities with touch tank and live display encounters. Senior secondary students can access marine chemistry and ecology programmes that include data collection from the research vessel — the most authentic science experience on offer. Gifted and talented programmes run one to three days and involve mentoring from University of Otago marine scientists alongside peer-group inquiry.

3
Ask about Shark Spy

The NZMSC's Shark Spy citizen science project invites student observations to contribute to real shark population data. Students who participate are not completing a worksheet — they are adding to a scientific dataset. Ask Rob Lewis (+64 21 279 0058) about whether Shark Spy participation can be built into your school's visit.

4
Combine with the Royal Albatross Centre

Portobello to Taiaroa Head is 15 minutes. A morning at the NZMSC — laboratory, touch tanks, rocky shore — followed by an afternoon at the RAC — albatross colony, Fort Taiaroa — gives students an encounter with two completely different marine ecosystems and conservation contexts in a single day. Both sites require separate bookings; arrange them together.

What students encounter at the NZMSC
Touch tanks and live displays Students handle living marine invertebrates — sea stars, sea urchins, chitons, crabs — under educator supervision. This is not a zoo encounter. The animals are local species from the Otago Harbour and surrounding coast, collected and cared for by aquarists who also support the research programmes next door. Handling a sea urchin and feeling its tube feet move is an encounter with animal biology that no image or video replicates.
The teaching laboratory The state-of-the-art teaching laboratory — built on the site of the original aquarium demolished in 2016 — gives students access to microscopes, specimen collections, and analytical equipment in the same building where university researchers work. Students examine specimens, conduct practical investigations, and engage with marine science as a methodology rather than a body of facts.
The rocky shore The NZMSC's location gives direct access to the Otago Harbour rocky shore. Intertidal zones, rock pools, and tidal flat habitats are metres from the centre's door. Students encounter species in situ — in the habitat where they actually live — rather than in tanks. The contrast between an animal in a touch tank and the same species observed in its own ecosystem is itself a nature of science lesson.
Research vessels and fieldwork at sea Senior programmes can include data collection aboard the Portobello Marine Laboratory's research vessels — water sampling, net trawls, or oceanographic measurements conducted from a working research boat on the Otago Harbour or beyond. Students generate their own data in an authentic research context, rather than analysing data someone else collected.
The Treasure Wall, Yellow Submarine, and science displays The centre's displays — including the Treasure Wall of marine specimens and the Yellow Submarine — contextualise local marine biodiversity within wider ocean science. The Portobello Marine Laboratory history panels trace marine research on the Otago Peninsula back to NZ's first public marine aquarium, established here in the 1930s. Students encounter science not as a set of current facts but as an ongoing, located, historically contingent process.
Practical notes for teachers
Pre-booked only — no casual access The NZMSC has not had a public aquarium since 2016. The site is open exclusively to pre-booked school and community groups. There is no drop-in option. Schools that arrive unannounced will not be admitted. Book through [email protected] well in advance of your intended visit date, confirm your booking in writing, and share the booking confirmation with your group before departure.
LEOTC subsidy — confirm it applies to your school NZMSC programmes are subsidised through LEOTC funding for registered NZ schools. This makes visit costs significantly lower than comparable science excursions. Confirm current per-student pricing when you book and check whether GST applies to your school's situation. For schools that qualify, this is one of the most affordable authentic science field experiences in the region.
The drive matters — use it The route from Dunedin to Portobello follows the Otago Harbour's edge through Macandrew Bay, Broad Bay, and Portobello village. The harbour itself — one of the few drowned river valleys in the South Island — is curriculum en route. Brief students on what they are seeing through the bus window: an estuary system, mudflats, oyster farms, and the transition from urban harbour to open coast. The peninsula becomes the learning environment before the bus stops.
iNaturalist on the rocky shore Rocky shore observations at Portobello contribute to national biodiversity records via iNaturalist. Students photograph and log species found during any outdoor component of the visit. This converts a shore exploration into a citizen science contribution — and gives students a reason to look carefully rather than casually.

Back in the classroom: AI as thinking partner (Real World Ready Layer 2)

Years 0–6
The animal you touchedStudents choose one animal they encountered in the touch tank — sea star, sea urchin, crab, or another species. Ask AI: "What is a [animal name]? Where does it live? What does it eat?" Then ask: "Did touching it tell you anything that AI's answer didn't?" Share one thing from the real encounter that surprised you.
Rock pool animalsStudents draw one animal they found on the rocky shore. Ask AI: "Why do rock pool animals need to survive both underwater and out of water?" After visiting the shore, what did you see that showed how hard that is? Pick one animal and describe how it copes.
What the ocean is made ofAsk AI: "What is seawater made of? Is it the same everywhere?" After visiting the NZMSC, what did you learn about the water right outside the centre — in the Otago Harbour? Is harbour water the same as open ocean water? How could you find out?
Scientists and their toolsAsk AI: "What tools do marine scientists use to study the ocean?" After seeing the laboratory and the displays at the NZMSC, draw one tool you saw being used. What was it for? Did seeing it in real life help you understand what AI described?
Years 7–10
Rocky shore zonationAsk AI: "What is intertidal zonation and what determines which species live at which level on a rocky shore?" Apply AI's account to what you observed on the Portobello shore — which species were highest on the rocks, which were lowest, and what evidence of zonation could you identify? Where did the real shore match AI's description and where did it complicate it?
Marine invertebrate biologyStudents select one invertebrate they handled in the touch tank. Ask AI: "What are the key biological features of [phylum — e.g. echinodermata, mollusca, crustacea]? What adaptations make them successful in a marine environment?" Map AI's answer against what you observed when you actually held the animal. What did physical encounter add?
The Otago Harbour as an ecosystemAsk AI: "What type of marine environment is the Otago Harbour? What species depend on it and what are the main threats to its health?" After driving the harbour edge and visiting Portobello, what did you observe that confirms AI's account — and what questions did the visit raise that AI's answer didn't address?
Citizen science and shark researchAsk AI: "How is citizen science used in marine biology research? What are its strengths and limitations compared to formal research methods?" Apply this to the Shark Spy project at the NZMSC. What makes student-contributed shark observations scientifically useful — and what would make them more reliable?
Years 11–13
Marine chemistry and ocean healthAsk AI: "What are the key chemical indicators of ocean health — pH, dissolved oxygen, salinity, nutrient levels — and what do changes in each indicate?" If your visit included any water sampling or marine chemistry programme, compare AI's account of what the measurements mean to what your own data showed. What does generating your own data add to AI's general account?
Nature of science — what a research laboratory makes possibleAsk AI: "What is the nature of science as a curriculum concept, and how does authentic scientific investigation differ from classroom science?" Apply this to what you encountered at the Portobello Marine Laboratory — the research context, the equipment, the scientists. What specific aspects of working in a real research environment cannot be replicated in a classroom, and why does that matter for science education?
Intertidal ecology and climate changeAsk AI: "How is ocean warming and acidification expected to affect intertidal ecosystems in New Zealand? Which species are most vulnerable?" Apply AI's account to the specific rocky shore community you observed at Portobello. What baseline evidence would you need to detect the changes AI describes — and who is collecting it?
Māori relationships with the marine environmentAsk AI: "What is the significance of the marine environment in Māori culture and customary practice in Aotearoa New Zealand? How do traditional fishing technologies reflect ecological knowledge?" Apply this to what you encountered in the NZMSC's Māori fishing technology programme or displays — where does mātauranga Māori and Western marine science overlap, and where do they ask different questions of the same ocean?
Experience Trace Scale — university marine research centre and rocky shore ecology
Level Years 0–6 Years 7–10 Years 11–13
1 I can describe one thing I encountered at the NZMSC — an animal I touched, a specimen I examined, something I found on the rocky shore — that I could not have experienced on a screen. I can describe what direct encounter with living marine invertebrates, the laboratory, and the Portobello rocky shore added to my understanding that photographs, AI descriptions, or classroom resources could not replicate. I can analyse why physical encounter with a working university marine research centre — its equipment, specimens, scientists, and adjacent coastal environment — produces qualitatively different understanding from data, media, or AI-mediated access to marine science.
2 I can explain one thing I learned about a marine animal or the rocky shore that I did not know before the visit, and say what experience gave me that understanding. I can explain the relationship between intertidal zonation, species adaptations, and the specific conditions of the Portobello rocky shore, drawing on direct observations from the visit. I can situate the NZMSC's research and education programmes within the broader context of marine science in Aotearoa — identifying what university-based coastal research contributes to understanding ocean health, biodiversity, and conservation that no classroom programme provides.
3 I can say one thing AI told me about a marine animal or the ocean and whether it matched what I found when I was at Portobello. I can identify where AI's account of marine invertebrate biology, rocky shore ecology, or the Otago Harbour ecosystem matched what I observed at the NZMSC, and where direct field experience added evidence AI could not provide. I can critically evaluate AI's account of intertidal ecology, marine chemistry, or citizen science methodology against the specific evidence I encountered at the NZMSC — identifying where the local, site-specific data complicates or extends AI's general account.
4 I can say why being at Portobello — touching a real animal, looking through a microscope, standing on the rocky shore — gave me something I could not have got from a screen. I can explain what working in a real marine research laboratory and observing species in their actual coastal habitat adds to scientific understanding that no classroom resource, documentary, or AI description provides. I can articulate the difference between knowing about marine science and ecology, studying them through AI and secondary sources, and encountering them in a place where marine research is actively conducted — and explain what each mode of encounter produces that the others cannot.
5 I can say one thing I want to find out more about because of what I saw or touched at the NZMSC. I can identify a marine conservation or scientific question that my visit to the NZMSC raises, and propose how I could investigate it further — including what data I would need and where I might find it. I can develop a research question arising from the visit, identify the methodology needed to pursue it, and explain what contribution citizen science, LEOTC programmes, or collaboration with the Portobello Marine Laboratory could make to answering it.
NZ Marine Studies Centre  ·  otago.ac.nz/marine-studies  ·  University of Otago Department of Marine Science  ·  LEOTC funded  ·  Real World Ready methodology by Field-Based STEM
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