The Kauri Dieback Programme is made up of a team of people representing tangata whenua, Department of Conservation, Ministry for Primary Industries and local government who work in environmental science, biosecurity, and mātauranga Māori (traditional Maori knowledge).

Listen to Travis Ashcroft, Planning and Intelligence Lead, talk in more detail about our programme structure, research needs and priorities.


Research is vital to the programme as it can result in the development of tools that will help us save and protect this Taonga for future generations.

We’re also supported by an Independent Strategic Science Advisory Group, who set the high-level strategic approach. As well as a Technical Advisory Group who provide technical advice on the science.

Since December 2014, the programme has had an annual budget of approximately $836,500 to build knowledge and tools to help combat kauri dieback disease.

Investment into kauri dieback disease research also comes from other external sources, such as universities, Crown Research Institutes, and the Ministry for Business Innovation and Employment (MBIE) who contribute approximately $1.9 million per annum.

We are focused on research in the following six areas:


We’re increasing our understanding of the pathogen that causes Kauri dieback disease. The priority has been to understand more about the pathogen, its biology and its impacts.

Read more about this area and the reports and research the team have produced.


2. Mātauranga Māori

The use of Mātauranga Māori or traditional Māori knowledge is increasingly becoming important in the fight against pest & diseases.

Mātauranga Māori is holistic, dynamic and a continually evolving knowledge system. It is defined as the knowledge, comprehension or understanding of everything tangible or intangible (such as spiritual and metaphysical values) that exists across the universe from a Maori perspective.

Read more about this area and the reports and research the team have produced.


To help stop the spread of kauri dieback disease we need to first know how it spreads, then locate where it maybe and find ways to confirm its presence. We’ve worked out the best way to find the disease and detect it in the soil using modern laboratory techniques. In addition, we have a better understanding on the type of pathways or vectors (carriers) of kauri dieback disease, allowing us to better target certain activities. We are also currently exploring other ways to improve how we find the disease and detect the pathogen.

Read more about this area and the reports and research the team have produced.



Unfortunately there is no cure for kauri dieback disease. In addition, it is very difficult to find useful pragmatic tools that can be applied in a natural forest that not only will help control the disease but is also non-toxic to kauri and has minimal environmental and human health impacts.

We are investing in research to help find ways to fight the pathogen directly as well as to assist the tree in fighting the disease themselves or prevent the trees from becoming infected in the first place. The use of phosphite, biological control, alternative natural products, traditional Māori medicines and genetic resistance are some of the research that is occurring.

Read more about this area and the reports and research the team have produced.

Photo: Plant & Food Research


Good decision-making leads to better more effective management of kauri dieback disease. However we need the tools and tactics that will allow us to do this. As a team we need guidelines to enable forest users to best manage activities in the forest and tools to prioritise where and how we spend resources to save kauri. By identifying the areas of concern and ensuring that kauri sites are protected, we hope to keep ahead of the disease and protect these areas for future generations.

Read more about this area and the reports and research the team have produced. 



The disease is primarily spread in soil, humans are regarded as the biggest carrier through contaminated soil on footwear and other gear. As a result we’ve increased our focus on behavioural change research to get people to; Scrub their footwear, spray on disinfectant and stay on track.

Having the support from the community is very important as everyone needs to be involved in the fight against this disease. Social research in understanding user group's perceptions and needs will enable more effective, targeted communication.

Read more about this area and the reports and research the team have produced.

To see a collection of all of our past and ongoing research, visit our Science Stocktake page.