About this research
Māori have voiced a range of concerns regarding the aerial application of 1080 bait and expressed the view that alternatives to 1080 are needed. One idea is that there may be toxins already present in plants in New Zealand's ecosystems that could perform well as alternative pest control tools.
This research project documented mātauranga Māori (Māori knowledge) and scientific literature of plants that have bioactive properties, including those used for rongoā, traditional Māori medicines that can be poisonous if used in high concentrations, and those known to be toxic. Three hui were held with Tūhoe representatives to discuss cultural issues surrounding the use of toxins in the environment and identify key attributes for acceptable pest control. In addition, an extensive literature review was completed in relation to the occurrence of toxins in New Zealand plants and their recorded effects on humans and animals. With this information, a checklist of key attributes was created to identify particular plant species worthy of further investigation.
This first stage of the research completed in 2009 found a surprising number of New Zealand plants with known toxic properties. Eleven native plant species were recorded as having poisoned people and stock, with others shown to have some toxic effect. Of the non-native plants studied, 10 species are particularly important due to the frequency and severity of poisoning of people and stock, and many more are known to be poisonous. The study also identified nine species of native plants used by Māori for their anti-fertility properties. This could be a particularly important area of future research, allowing the development of baits that render pest populations infertile. Some of the most promising native plants are tutu, karaka, ngaio, porokaiwhiri, poroporo, and kōwhai.
The team moved on to the second stage of the research with funding from the Ministry of Science and Innovation. The team tested the most promising plants and their toxic components for toxicity against animal pests, and tutu emerged as the flagship example of a naturally occuring toxin.
To watch a video about this research, click here
Outputs
Book chapter
Ogilvie SC, Miller A, Ataria JM. (2010). There’s a rumble in the jungle: 1080 – poisoning our forests or a necessary tool? Chapter in Kaitiaki: Maori and the Environment (R. Selby, P. Moore and M. Mulholland Eds), Huia Publishers, Auckland.
Ētahi atu · Other projects
Rewa Paewai (Ngāti Rangitāne o Tamaki nui-a-Rua; Ngāti Pikiao), The University of Auckland This doctoral study is primarily philosophical, using theory and Māori ontological concepts to engage with culturally significant ideas in Te Oriori mō Whakaewa-i-te-rangi. This oriori was considered by Sir Apirana Ngata to be one of the oldest surviving compositions…
View projectTe Oriori mō Whakaewa-i-te-rangi: An ontological study
Rewa Paewai (Ngāti Rangitāne o Tamaki nui-a-Rua; Ngāti Pikiao), The University of Auckland
This doctoral study is primarily philosophical, using theory and Māori ontological concepts to engage with culturally significant ideas in Te Oriori mō Whakaewa-i-te-rangi. This oriori was considered by Sir Apirana Ngata to be one of the oldest surviving compositions in Māoridom. As such, the oriori provides a rich and authentic source of information and knowledge for the study of oontology as it relates to the Ngāti Pakapaka hapū of Rangitāne o Tamaki nui-a- Rua.
The key research questions that drive this study and reflect its methodology are:
What are some of the key ideas expressed in Te Oriori mō Whakaewa-i-te-rangi that can illuminate ontological assumptions of Te Ao Maori?
How do these key ontological ideas underpin and explain aspects of tikanga Māori and mātauranga Māori?
The aim of this doctoral study is to add to the current research about Māori ontologies in order to develop a deeper understanding of mātauranga Māori and contribute to discussions about the centrality of te ao Māori including mātauranga in Aotearoa today.
Vicky Jane Nelson (Te Ātiawa, Ngāti Ruanui), University of Otago Māori experience significant health inequities compared to non-Māori, and injury incidence and outcomes are no exception. Evidence from the Prospective Outcomes of Injury Study (POIS), a longitudinal cohort study of injured New Zealanders, demonstrates that a substantial proportion of Māori…
View projectTihei Mauri Ora! An Exploration of Māori Flourishing After Injury
Vicky Jane Nelson (Te Ātiawa, Ngāti Ruanui), University of Otago
Māori experience significant health inequities compared to non-Māori, and injury incidence and outcomes are no exception. Evidence from the Prospective Outcomes of Injury Study (POIS), a longitudinal cohort study of injured New Zealanders, demonstrates that a substantial proportion of Māori experience ongoing difficulties, adverse outcomes, and disability up to 24 months post-injury. However, there remains limited understanding of long-term outcomes beyond this timeframe, particularly from a strengths-based perspective.
Jovan, Mokaraka-Harris (Ngāpuhi, Te Rarawa, Ngāti Wai), Ngāpuhi, Te Rarawa, Ngāti WaiIn the context of Aotearoa New Zealand, prior to our arrival, the native flora, fauna and resources had evolved biologically into unique ecosystems found nowhere else in the world. Over the course of our settled history we have incited substantial changes to the once…
View project