research institutes in new zealand

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Crown Research Institutes

Crown Research Institutes (CRIs) are Crown-owned companies that carry out scientific research for the benefit of New Zealand.

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CRIs play a unique and important role supporting their sectors to innovate and grow. They strive to address New Zealand’s most pressing issues and achieve economic growth by improving sectors’ productivity and improving the sustainable use of natural resources.

There are 7 CRIs, each aligned with a productive sector of the economy or a grouping of natural resources. They are:

• Institute of Environmental Science Research (ESR)
• Institute of Geological and Nuclear Science (GNS Science)
• Landcare Research
• National Institute of Water and Atmospheric Research (NIWA)
• Plant and Food Research

Each CRI's purpose

The purpose of each CRI is set out in the table below. For more information about the CRI go to their websites.

Governance of CRIs

The CRIs have 2 shareholding ministers who act to protect the Crown’s investment in CRIs, the Minister of Science and Innovation (external link) and the Minister of Finance (external link) .

The governance structure for all CRIs is the same — shareholding ministers appoint CRI boards of directors, who in turn appoint the chief executive in accordance with the Companies Act and the constitutions of each CRI.

Our relationship with CRIs

Our ownership and performance role is to monitor the Government’s investment in CRIs. As part of this role we:

• provide strategic ownership advice to the shareholding ministers on the financial and non-financial performance of the CRIs
• work with CRIs to ensure they can deliver optimal outcomes for New Zealand
• help appoint directors to CRI boards.

The document "Monitoring arrangements for MBIE-monitored Crown entities" outlines the accountability and performance framework in which CRIs operate. Particular information relating to CRIs is included in Annex 7 of the document.

Monitoring arrangements for MBIE-monitored Crown entities [PDF, 609 KB]

CRI core funding review

In 2015-16, the Government reviewed CRI core funding. Following this, CRI core funding was moved to form part of the new Strategic Science Investment Fund (SSIF).

Read the CRI core funding review report [PDF, 710 KB]  

Read more about the Strategic Science Investment Fund .

The CRI Taskforce recommendations

In February 2010 the CRI Taskforce presented its recommendations on how to enhance the value of New Zealand’s investment in CRIs.

Read the CRI Taskforce recommendations [PDF, 875 KB]

4-Year Rolling Reviews

The 4-year Rolling Reviews provide shareholding ministers with an independent assessment of each CRI’s current effectiveness and future potential in delivering on the purpose and outcomes set out in its Statement of Core Purpose.

The reviews provide insights on where performance can be improved and assurance on where the CRI is operating effectively in delivering outcomes that contribute to New Zealand’s economic, social and environmental well-being.

The reviews are an assessment of governance effectiveness, financial viability and sustainability. They also identify opportunities, barriers to success and alignment to government priorities.

What the reviews found

Findings from the reviews support CRI boards in their governance and decision-making roles. The reviews are conducted every 4 years and involve an independent panel working for up 15-20 days. The panel’s work includes document examination, interviews with the CRI board, management and staff; and interviews with major end-users and stakeholders.

The review panels have consistently found:

• a strong commitment to science that benefits New Zealand
• the organisations are underpinned by solid practices, processes and policies
• good relationships with key customers.

They also found the CRIs would benefit from:

• a clearer strategy
• strengthened partnerships and interactions with Māori
• delivery of future financial projections.

Review reports and action plans

For detail on each of the reviews that have been undertaken and the action plans that the boards have put in place to address the concerns, see the reports below.

AgResearch report [PDF, 1.7 MB]  

AgResearch action plan [PDF, 312 KB]  

ESR report [PDF, 1.2 MB]  

ESR action plan [PDF, 332 KB]  

GNS Science report [PDF, 1.3 MB]  

GNS Science action plan [PDF, 66 KB]  

Landcare research report [PDF, 875 KB]  

Landcare research action plan [PDF, 194 KB]  

NIWA report [PDF, 1.2 MB]  

NIWA action plan [PDF, 285 KB]  

Plant and Food report [PDF, 710 KB]  

Plant and Food action plan [PDF, 51 KB]  

Scion report [PDF, 865 KB]  

Scion action plan [PDF, 150 KB]  

Crown copyright © 2024

https://www.mbie.govt.nz/science-and-technology/science-and-innovation/agencies-policies-and-budget-initiatives/research-organisations/cri Please note: This content will change over time and can go out of date.

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Research centres and institutes

A variety of centres and institutes across the University which enable transdisciplinary research.

University research centres

The University has seven transdisciplinary University centres that focus on pioneering research.

Auckland Bioengineering Institute

ABI is a cross-faculty research centre which deals with the application of mathematical and engineering sciences to biology and human physiology.

Liggins Institute

The University’s first large-scale research institute aims to improve lifelong health through research into long-term consequences of early life events.

Centres of Research Excellence (CoREs)

CoREs are government-funded centres to promote academic inquiry into areas considered of national and international importance.

National Science Challenges

These challenges bring together scientists from different institutions and disciplines to find solutions to the large, complex issues that affect our lives.

Koi Tū: The Centre for Informed Futures

Koi Tū is an independent, apolitical think tank and research centre focused on long-term impacts of technological, economic, environmental and social change.

Public Policy Institute

The PPI provides independent analysis and insight into key policy issues affecting New Zealand and the world.

Other research centres

Find out about the amazing research and education taking place in our faculties, departments and schools.

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Investigating important public health problems. Delivering high quality evidence.

Mrinz impact.

Current Research Themes

Collaborating Countries

Years of World Leading Research

NZ Collaborating Pharmacy Research Network Sites

NZ Collaborating Practice Sites

Research Publications

Leaders in Research

The MRINZ is a globally acclaimed leader in medical research. Our dedication to challenging dogma, expanding knowledge, and enhancing clinical practice drives us to publish an average of 75 peer-reviewed studies each year. With a focus on impact and leveraging our capabilities, we are committed to improving health outcomes, reducing inequities, and enhancing lives. Our rigorous research and high-quality evidence help set the standard for public health advancements and clinical practice improvements in Aotearoa New Zealand and globally.

Education and Training

At MRINZ, we provide practical clinical research experience and training that can complement or constitute higher education studies, including PhDs, Masters, and Diplomas. Our partnerships with Te Herenga Waka—Victoria University of Wellington, University of Otago, Western Sydney University, Imperial College London, Montpellier University, and the University of Groningen make this possible. By studying with us, you'll receive exceptional mentorship and engage in leading medical research aimed at improving health outcomes and reducing inequities locally and globally.

MRINZ has become a world-leading independent clinical research organisation with independently verified research outputs greatly in excess of other New Zealand universities and competitive with the world’s leading universities. MRINZ's contributions are extraordinary and constitute a remarkable body of work from a single organisation.

Professor Ian Pavord University of Oxford

Support Through Participation

Without our valued study participants, our research wouldn't be possible. Whether you're driven by a passion for advancing medical science, a connection to future generations, or a desire to learn more about your own health, you can make a profound impact. Together, we can come together to work to improve health outcomes, reduce inequities, and enhance lives for generations to come.

Independence and Impartiality

The MRINZ operates as an autonomous research institute and is a registered charity ( ID—CC22439 ) . This independence empowers us to conduct research without external pressures or influences, safeguarding the integrity and objectivity of our work.

Commitment to Equity and Te Tiriti o Waitangi

The MRINZ is dedicated to fostering equity, honouring Te Ao Māori, and upholding Te Tiriti o Waitangi. We actively support tangata whenua-led initiatives, ensuring that Māori perspectives and values play a pivotal role in shaping our research endeavours.

Transformation and Implementation

The MRINZ is motivated by the opportunity to enhance and revolutionise clinical practice. Our research has played a key role in advancing progress across diverse medical fields and influenced many treatment guidelines, positively impacting patient care at home and worldwide.

Science New Zealand

• Vision and Purpose
• Government-owned research organisations
• Board & Management
• Member Groups
• Overview of New Zealand's Science System

Basis of New Zealand’s science system

New Zealand’s investment in science and research helps address the most important issues facing the country, and aims for productive, inclusive and sustainable growth.

The Government's science investment is built on two key pillars:

• Excellence: Only excellent science will lead to transformative changes to New Zealand’s economy, environment, and society
• Impact: Science research should have a strong link to the eventual ‘real world’ impact it could have, even if the impact is not clear at the outset and is many years in the future

A detailed overview of New Zealand's science system and key statistics are available on the Ministry of Business, Innovation and Employment (MBIE) website . 

National science expenditure

The OECD breaks national research expenditure or GERD into BERD, HERD and GovERD. These are defined in the table below with the figures for 2018. 

Source: New Zealand's figures from the Statistics NZ R&D Survey 2018 and OECD Main Science and Technology Indicators Database 2017.

The proportion of government ownership in New Zealand's science system through the CRIs is larger than in many OECD countries. This is partly a reflection of the biological base of much of the country's research. 

How Science New Zealand members contribute

The Crown Research Institutes and Callaghan Innovation are the largest dedicated providers of science research in New Zealand in their specific areas. Collectively, they employ around two-thirds of New Zealand’s publicly-funded science researchers. Our members undertake basic and applied science, and technology research and development in core areas of research, in many instances taking an idea through to its application by end users - either by commercialisation or technological transfer.

Science New Zealand members work in close collaboration with each other as well as researchers from tertiary institutions and industry.

CRIs and Callaghan Innovation collectively employ more than 4,000 scientists, engineers, researchers and technologists. In the 2018/19 financial year, they had combined operating expenditure of $1,156 million, up from $1,004 million in 2017/18 and $920 million in 2016/17.

CRI scientists work across regional, national, and global areas of interest.

CRI outputs include new products and services, and knowledge in specialised areas which are of interest to New Zealand. Several CRIs also work to increase the resilience of communities and sectors to natural hazards, environmental and climate change.

CRIs operate as companies and must cover their own capital costs. The government owns CRIs to carry out research that benefits New Zealand, rather than to maximise profit or generate dividends.

CRIs are charged with promoting the transfer and dissemination of research, science and technology. They are expected to make a difference with the research they produce.

In addition to funding from the Crown, CRIs attract significant investment from the private sector and local government.

Malaghan Institute of Medical Research

Too many of our loved ones are dying and suffering from diseases we don't know enough about. But we do know the immune system holds the key to prevention, treatment and cures.

Together we can harness the power of the immune system and save lives.

Through helping the immune system better recognise and respond to cancer cells, our aim is to create gentler, more effective cancer treatments.

Allergic and inflammatory disease

We’re investigating the underlying genetic and environmental factors that lead to allergic and inflammatory diseases to find new ways to target and treat these debilitating conditions.

Infectious disease

We investigate the immune system's role in infectious diseases such as COVID-19, hepatitis B and influenza to find new treatments and cures.

This is what ground-breaking cancer therapy looks like.

We're running New Zealand's first CAR T-cell clinical trial, a revolutionary approach to fighting cancer that's transforming cancer treatment.

Find out more

Read Kate's story

Support better and gentler cancer treatments.

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Five areas of research advancing CAR T-cell therapy

11 September 2024

Malaghan RNA researcher named KiwiNet Emerging Innovator

4 September 2024

In Focus: Fever, too hot to handle or the body's first line of defence?

22 August 2024

Malaghan alumni series: Professor John Holloway

5 August 2024

Phase 2 clinical trial underway to confirm effectiveness and safety of NZ’s first CAR T-cell cancer therapy

23 July 2024

In Focus: Rejuvenating the ageing immune system

17 July 2024

Support our research

With your support we can gain a deeper understanding of how our immune system works to create better and more accessible treatments for New Zealanders in need.

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New Zealand Policy Research Institute

The New Zealand Policy Research Institute (NZPRI), formerly known as the New Zealand Work Research Institute (NZWRI), provides multidisciplinary, inquiry-driven research with social impact.

Read about our latest research projects, publications and research partners.

Find project and survey reports, presentations and working papers.

Our events allow us to translate and share our research findings with the public.

Low literacy and numeracy skills in NZ

This research paints an empirical portrait of those living with low literacy and numeracy skills in NZ

Project details

Ethnic differences

The use and experience of child healthcare services in NZ

This research examines ethnic differences in the use and experience of healthcare services in early childhood years (namely immunisation, dental checks, and use of GPs)

World Internet Project

The World Internet Project (New Zealand) (WIPNZ) is a longitudinal survey investigating New Zealanders' usage of, and attitudes towards the internet. It is part of an international project that compares the uptake and social impacts of ICT in more than 30 partner countries.

Project Details

Pacific Pay Gap Inquiry

Empirical analysis of Pacific, Māori and ethnic pay gaps in New Zealand

We aim to explore the factors that contribute / explain the Māori and ethnic pay gaps in New Zealand. In particular, pay gaps for Māori, Pacific, and Asians relative to Europeans.

Māori firms

A Kaupapa Māori approach to human resource management

This study explores whether Aotearoa workplaces provide specific Human Resource Management (HRM) practices that are culturally relevant for Māori employees, empirically tests these practices in combination with traditional High-Performance Work Systems (HPWS).

Read the report

NZPRI Updates

Stay up to date with our latest research and developments – sign up to receive updates.

Commissioned work

Value of Crown Research Institutes

2 reports presenting the value of Crown Research Institutes in Aotearoa New Zealand's science system today and pathways to the future.

Value of Crown Research Institutes in Aotearoa New Zealand’s science system today

This report provides a contemporary overview of the CRIs, their collaborations and the value they provide to the nation today. This is done using eight key focus areas: emergency response, biosecurity and public health, biodiversity, water resources, climate change, energy, food and fibre sectors and manufacturing, and land use.

Pathways to the Future

This report is presented by the CRI Chairs and CEOs as a think piece or strawman to help advance the discussion on the future of the research, science and innovation system. It proposes a pathway which, they believe, will energise the role of science in advancing our nation’s economic, environmental, social and cultural prosperity. It includes recommendations intended to trigger informed and objective discussion.

The Robinson Research Institute is New Zealand’s premier research institute for superconducting magnet science & engineering. Our professional Scientists and Engineers are based within world-class facilities at Victoria University of Wellington, New Zealand, and deliver commercial outcomes and partnerships around the globe. Our mission is to develop and deliver world-changing new technologies that will enable a global sustainable future.

Read about our research programmes and people.

Over 400 peer-reviewed journal publications since 2014.

Browse the PhD and Master's theses of our graduates.

View our news and media stories.

Learn more about superconductivity.

Access our superconducting wire performance database .

Interested in joining us?

Browse our advertised vacancies , PhD & Master's opportunities , Summer Research Assistant Programme , or inquire directly using the address below.

place Lower Hutt, New Zealand phone Phone: +64 4 463 0080 email Email: [email protected]

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Scholarship and Ideas

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Story: Research institutions

Although a small player in the research world, New Zealand has particular strengths in agriculture, health and earth-science research. Research institutions include universities, Crown research institutes and private organisations.

Story by Simon Nathan

Main image: a forensic esr scientist swabbing evidence, story summary.

The apple family tree

James Hector

Julius von Haast

Testing for fraud

New Zealand does important research into agriculture, health and earth science. Sited on the boundary between two tectonic plates, New Zealand is a natural laboratory for the study of earthquakes and volcanic activity.

Compared with other developed countries, the amount spent on research is low, and a high proportion comes from the government.

Developing research organisations

James Hector was the first professional scientist employed by the government. In the late 1860s he set up the New Zealand Geological Survey, the Colonial Museum and the New Zealand Institute. From 1868 he edited the annual Transactions of the New Zealand Institute .

By 1880 there were museums in the four main centres. They were run by scientists and became the main scientific organisations where information could be found on biological, agricultural and geological issues.

In 1926 the government set up the Department of Scientific and Industrial Research (DSIR). By 1976 the DSIR had over 2,000 staff. Its work included researching the natural environment, developing better plant varieties and providing scientific advice to industry. In 1992 the DSIR was replaced by Crown research institutes.

Universities

Little research was done in New Zealand universities until the 1960s, when research-based PhDs began to be awarded. Since 2003 universities have received research funding based on their research performance.

Government organisations

In 1992, 10 Crown research institutes were set up to research areas of science that are important to New Zealand. In 2014 there were seven, including AgResearch (agricultural research), NIWA (ocean and atmospheric science) and Plant and Food Research. The Natural Hazards Research Platform coordinated research to increase resilience to natural hazards. Callaghan Innovation was set up in 2013 to encourage commercial use of research and technology.

Associations

There are a number of research associations focusing on particular industries. Private associations include the Cawthron Institute, which researches aquaculture and freshwater ecology, and the Malaghan Institute, which focuses on cures for diseases. Private consultants also undertake research.

Scientific societies and museums

There are about 60 scientific and technological societies that coordinate and promote research. The Royal Society of New Zealand (formerly the New Zealand Institute) publishes journals and promotes scientific research. Museums also have research staff.

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Story by Simon Nathan, published 22 October 2014

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ESR – the Institute of Environmental Science and Research – is New Zealand’s Crown Research Institute specialising in science that safeguards the health and wellbeing of Aotearoa’s people and natural environment.

Who we are Sustainability at ESR Contact us

ESR was established as a Crown Research Institute by the New Zealand government in 1992, with roots dating back New Zealand’s Department of Scientific and Industrial Research (New Zealand) founded in 1926.

We play a critical national role in key areas including:

·      Public health – including disease surveillance, addressing global challenges such as pandemic preparedness, antimicrobial resistance and the health and wellbeing impacts of climate change, and hosting New Zealand’s national disease reference laboratory

·      Forensic science – supporting the justice system and reducing drug harm through crime scene examinations, DNA analysis, toxicology expertise and world-leading innovations

·      Food and product safety – protecting New Zealanders from food-borne illnesses, biosecurity risks and understanding what is contained in products entering our borders

·     Water and environment – safeguarding our groundwater and ensuring our water management systems promote healthy communities

·       Radiation science – providing specialist advice, training and monitoring services to manage risks and impacts for New Zealand.

We partner with iwi to address important questions facing Māori, supporting equitable health outcomes and safeguarding our wai and kai.

Together, we aspire to be at the forefront of attaining the lowest possible burden of crime, environmental contamination and infectious diseases in New Zealand. Reducing inequities and improving wellbeing outcomes now and for the future are at the core of the science we deliver for New Zealand.

employees across 4 locations

At ESR, over 78% of our employees are engaged in science and research.

of our workforce are women

We are dedicated to creating an inclusive workplace community that respects and values diverse backgrounds and perspectives.

locations around New Zealand

ESR has locations in in Auckland, Christchurch and Wellington (Wallaceville and Kenepuru)

Sustainability at ESR

Sustainability.

ESR’s sustainability commitment aligns with our value Mahi Pono – We do the right thing. As well as pursuing science that promotes sustainability, we aim to minimise the impact of our work on the environment and play our part in ensuring a more sustainable Aotearoa New Zealand. We are proud to have received Toitū Carbonreduce Certification, providing independent verification that our carbon emissions footprint, is complete, accurate, and up to an international standard.

Te Kura Mātauranga Koiora

School of --> school of biological sciences, malaghan institute of medical research.

The Malaghan Institute of Medical Research is New Zealand’s leading independent biomedical research institute.

The  Malaghan Institute is an independent research organisation with a focus on immunology and immunotherapy located on Te Herenga Waka—Victoria University of Wellington’s Kelburn campus.

A number of senior Malaghan Institute staff have joint appointments with the School of Biological Sciences, where they teach and supervise research students.

About the Malaghan Institute

Established in 1966, world-class immunological research and clinical trials come together on a single site at the Malaghan Institute. This enables scientists and clinicians to work side by side, making new discoveries in the laboratory, translating them into new treatment options, and testing them in the clinic.

Key research areas include:

• Infectious disease
• Allergic and inflammatory disease
• Immune health

Postgraduate study at the Malaghan Institute

Postgraduate study positions are available at the Malaghan Institute. The institute has a long-standing affiliation with Te Herenga Waka—Victoria University of Wellington, and is considered one of the leading organisations for students to complete a PhD in Immunology. Students who undertake postgraduate research at the Malaghan Institute are sought after around the world because of the intensive training they receive in current cutting-edge technologies and ideas.

For further information

As postgraduate and summer studentship positions become available they are advertised on the Malaghan Institute’s  website , or you can register your interest in a particular disease area or project by contacting one of the Institute’s  Group Leaders .

Our Land, Our Future

Discover our research.

Enhancing soils, water & land

Soils are critical to our productive and natural landscapes, and their health is thus central to society’s well-being.

Restoring biodiversity; beating invasive species

Aotearoa New Zealand’s indigenous biodiversity evolved in isolation and much is globally unique.

• Action on climate change

Our scientists are working to ensure that NZ has strategies to manage the risks and respond to opportunities that climate change offers f...

People & environment

Social, cultural, and economic research to understand people’s decision-making in matters of the natural environment.

Manaaki Whenua – Landcare Research is the Crown Research Institute for our land environment and biodiversity. Our role and responsibility to New Zealand is clear. This land, and everything that shares it with us, is our future. Hence our purpose is ‘Science for our land and our future’.

We want to ensure all New Zealanders have the knowledge, understanding and tools to live in harmony with our land by enjoying its many gifts, preserving its unique diversity, and enriching it with our creativity, care and culture.

Manaaki Whenua News

Losing our edges: why reserves need to be bigger

Native shrublands were once common across the Canterbury Plains, but over time, conversion of land to other uses including irrigated past...

• Media Release

Zooming out for a better view of the freshwater policy landscape

It’s not easy being a policy-maker. The world has more humans on it than it has ever had, we are hitting environmental limits and thresh...

• People and environment

Root and branch: the importance of Aotearoa’s mangroves

Mangrove forests conjure images of lush, hot tropical swamps rich with life: wading birds such as herons or spoonbills, crabs skittering ...

Helping Māori to make informed decisions about their whenua

There is a Tiriti obligation on the part of agencies and institutions, local government and central government to include mana whenua as ...

• Mātauranga Māori

Find the tools you need to drive your R&D and innovation projects forward.

Kitmap showcases a wide range of advanced Scientific infrastructure and resources available for R&D and innovation in New Zealand.

Institutions

Field of research, location filters, location type, the latest infrastructure and resources.

GlycoSyn Instrument Room

Analytical instrument room to support Process Development

GlycoSyn PBG-12

Area containing cold storage - standing fridge/freezers

GlycoSyn PBG-07

Conventional small scale chemistry lab. Used in Process Development to develop scaleable chemical processes

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The keyword search and filters can be used alone or in combination.

A keyword search offers the most efficient method for finding terms related to research capabilities, infrastructure, equipment, functionality, fields of research, regions, or other specific criteria not covered by the filters.

When combining keywords with filters, begin by entering your keyword(s) into the search bar and clicking “Search.” Once your keyword search is complete, you can further refine your results by selecting one or more filters or drop down menus to narrow down by region, institution, or field of research.

Additionally, you have the flexibility to choose multiple items within each filter category.

New Zealand Legislation

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Version as at 23 December 2023

The Parliamentary Counsel Office has made editorial and format changes to this version using the powers under subpart 2 of Part 3 of the Legislation Act 2019.

Note 4 at the end of this version provides a list of the amendments included in it.

This Act is administered by the Ministry of Business, Innovation, and Employment .

An Act to provide for the formation of Crown-owned companies to undertake scientific research and other related activities, and to provide for matters incidental thereto

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Postdoctoral researcher recognised by global dairy award

Postdoctoral fellow and PhD candidate at the Riddet Institute, Natalie Ahlborn, has received second prize at an international dairy industry award after impressing the judges with her milk research.

The aim of the International Dairy Federation (IDF) Professor Pavel Jelen Early Career Scientist Prize is to encourage students, graduates and early-career researchers in dairy food science and technology. It seeks to promote their engagement in innovative research and solutions that address the challenges and opportunities within the dairy sector.

Natalie’s research investigates processed milk and its effects on digestion and nutrient absorption, contributing to a Ministry of Business, Innovation and Employment-funded research programme at the Riddet Institute, titled New Zealand Milk Means More .

While pasteurisation, ultra-heat treatment (UHT) and homogenisation are commonly used to process milk, Natalie sought a deeper understanding of what these treatments mean for digestion and nutrient uptake.

By examining milk nutrient digestion and absorption in the gastrointestinal tract, Natalie found that the protein in UHT milk was digested the fastest, followed by the protein in pasteurised homogenised milk, then pasteurised non-homogenised, and finally, raw milk. Curd formation and stomach emptying of solid matter and lipids were also measured. There were substantial differences in digestion of the fats and solid portions of the milks.

Processed milk study.

The research has created a fundamental understanding of how processing affects the gastric digestion of milk protein, and how this might contribute to milk’s nutritional outcomes. Natalie says the findings could lead to tailored milk products that deliver superior nutritional value to consumer populations with different nutritional needs, such as athletes or the elderly.

“As the global population grows and ages, the need for quality nutrition is paramount. This research contributes to meeting that need.”

To recognise her achievement, Natalie will attend the IDF World Dairy Summit 2024 in Paris in October to present her research. She will also receive her award with an honorarium of $360.

Professor of Nutritional Sciences Warren McNabb, project leader for the NZ Milk Mean More programme and Natalie’s PhD supervisor, congratulates her on this notable achievement, saying it demonstrates the calibre of her research.

“Natalie has done an outstanding job with her research, and this is an amazing opportunity for her. It’s not every day that a global entity like the IDF takes notice of someone and pays for them to travel to Paris to receive an award.”

The achievement marks the third time Riddet Institute scientists have been recognised in this manner, following Dr Debashree Roy’s second place and Dr Nick Smith’s fourth place in the same award in 2022.

About the award:

The International Dairy Foundation is an authority in the development of science-based standards for the global dairy sector. Since 1903, the IDF has provided a mechanism for the dairy sector to reach a global consensus on how to help feed the world with safe and sustainable dairy products.

The IDF Professor Pavel Jelen Early Career Scientist Prize was created to acknowledge the work of scientists and technologists in the dairy science and technology field, specifically aimed at early-career scientists. It is named in honour of Professor Pavel (Paul) Jelen, a Czech-born scientist and educator known for his research in dairy science and technology, as well as his dedication to mentoring and educating students and early-career scientists.

Related news

New research sheds light on chinese consumers’ milk habits.

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New research sheds light on New Zealanders' views about fairness

New Zealand Institute of Economic Research (Inc) Media Release, Thursday 19 September 2024

What does fairness mean to New Zealanders?  An understanding of how New Zealanders think about fairness can help policy advisors to provide more informed advice on the equity implications of policy choices.

A new study conducted by NZIER and Koi Tū: The Centre for Informed Futures in partnership with New Zealand Treasury reveals that New Zealanders tend to agree about what fairness means, and what is important for fairness, but disagree about whether life in New Zealand is fair and about what drives differences in outcomes.

“Our research aims to support public sector agencies in providing advice on the distributional and equity implications of policy choices and raising awareness of different perspectives on fairness and economic inequality,” says Dr Sarah Hogan, NZIER deputy chief executive.

“We found that people tend to agree on what fairness means, but disagree about whether life in New Zealand is fair. That has direct implications for policies aimed at addressing inequities,” says Koi Tū deputy director Dr Anne Bardsley.

About the research

The research investigated both the values that people think are important and their views on what life in New Zealand is really like. A survey using a representative sample of the adult population provided an initial understanding of what fairness means to New Zealanders. Using insights from the survey, the research team then used an online deliberative engagement tool to develop a more nuanced understanding of the variety of perceptions of fairness.

• There was significant agreement between participants about what fairness means and what is important for fairness. However, there was disagreement about whether life in New Zealand is fair and about what drives differences in outcomes.
• People are more likely to agree that fairness is about how outcomes are achieved rather than what the outcomes are. Specifically, people were most likely to say that fairness is about equal opportunities and reward for effort, individual rights and freedoms, and social, legal and political equality.
• Most New Zealanders feel that quality of life and access to opportunities and services are more important for fairness than income or wealth.
• New Zealanders disagree about how fair life actually is. More people think life is fair for them than not, and more people think that life was fairer 30 years ago. People tend to think life is less fair for other people than for themselves.
• When it comes to the fairness of economic outcomes in particular (rather than fairness in general), people were most concerned about ensuring everyone has enough and prioritising those who are worse off than others. However, this was seen as less important than equal opportunities.
• Most New Zealanders belong to one of two opinion groups. The larger group believes that people have different starting points in life, and fairness means providing resources or opportunities to overcome those differences. The smaller group – which tends to be older and more male – believes that people already have equal opportunities and should be rewarded for their efforts or choices.

Future directions

The research raises a range of further questions, such as:

• How do perspectives vary across different sectors such as environment, health and infrastructure?
• How can different views about fairness be reconciled?
• How can we effectively incorporate these views into public policy advice?

For further information, please contact:

Sarah Hogan Deputy Chief Executive (Wellington) & Principal Economist 021 145 6159 [email protected]

Anne Bardsley Koi Tū Deputy Director 027 630 2296 [email protected]

Read the reports here

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