We are developing and trialling tools that will support ecosystem-based management (EBM) by helping decision-makers and interested groups understand how management decisions will affect marine environments.
Programme leader: Chris Cornelisen, Cawthron Institute
We are developing and trialling tools that will support ecosystem-based management (EBM) by helping decision-makers and interested groups understand how management decisions will affect marine environments. These tools will also help us understand the impacts of changing environmental conditions associated with marine activities and climate change.
Our research includes developing ecosystem models to enable decision-makers to weigh up ‘what if’ scenarios; spatial models to explore trade-offs between different resource uses; novel risk assessment tools and frameworks that incorporate mātauranga Māori; and software applications for encouraging participation. All these tools are being designed to support decision-making in the marine environment.
We are working across the Challenge programmes to develop these tools, and liaising with government agencies, Māori, community and stakeholder organisations, institutions, and industry representatives in Tasman and Golden Bays to ensure the tools are fit for purpose. They have provided insights and guidance that are helping us refine the tools and build future scenarios.
- Developing models for improving management of marine resources in Tasman and Golden Bays.
- Developing spatial models for managing disturbance and recovery of seafloor communities.
- Identifying novel risk assessment tools and frameworks that incorporate mātauranga Māori and support EBM.
- Providing software applications for engaging the public with knowledge that the Challenge is generating.
We are developing simulation models for the Tasman and Golden Bays marine ecosystem to test what is likely to happen in different scenarios.
We are developing tools to help decision-makers explore how best to use and share marine spaces.
We are reviewing new methods to help assess and manage risks to Aotearoa New Zealand’s marine ecosystems.
We are developing web-based tools to enable New Zealanders to interact with and use knowledge generated by the Sustainable Seas Challenge.
We are investigating whether a range of different mathematical models accurately reflect seasonal seabird distributions in Aotearoa New Zealand waters.
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Te tai ra, Te tai ra
Te tai ra e pari ana ki hea
E pari ana ki te kauheke tangata
Ka rongo te ao
Kua rongo te po
E te rangatira
Kua riro atu koe ki te kapunipunitanga o te tangata. Ko te reo o te taiao tera e rangona atu i te mūnga o tōu na reo.
Ka waiho ma maumahara koe e mahara ki ou mahi rangatira i te wa o te ora. No reira, Haere atu ra, haere atu ra, okioki mai.
We are committed to sharing our research, and engaging, with Māori and stakeholders, so are pleased to welcome Gemma Couzens, Martin de Beer, Charlotte Panton and Ursula Rojas-Nazar who are all directly supporting these aspects of our work.
A web-based interactive tool tracks how floating plastic waste moves around New Zealand's coastline. Initially designed as an educational tool for schools, the Ocean Plastic Simulator also has potential for environmental and biosecurity monitoring, and aquaculture.