Improved and integrated Identifying Exploit species-specific The efficiency and detection and biological traits weaknesses for effectiveness of current to exploit in incursion response and management regimes eradication/suppression tools and management pests suppression are significantly systems for a range of increased, are publicly Identifying the risk of Novel methods for current and potential acceptable, and work emerging pathogen meta-genomics to biosecurity risks in at a range of scales and pests’ characterise endemic ‘sleeper terrestrial, freshwater and (highly localised species and non-native Policy guidance to marine environments and/or in a quiescent pathogenic agents risk models of change phase) and weeds Risk models that Better targeted Understanding effects capture incremental profiling of imported of climate change on climate change products that pose a species ranges and implications biosecurity risk and habitats of species of pathways Quantifying role of host interest phylogeny and host range on likelihood of extent/scale of impact Disruptive tools, Understanding climatic, Species-specific, Cost-efficient delivery technologies or population and targeted technological systems are available approaches that have the environmental approaches to pest and for suppression that potential to radically influences on disease weed control on can detect and control change the paradigm for expression scales diffuse populations managing biosecurity risks over large areas Novel technologies for reducing biofouling risk on vessels (particularly large merchant vessels) Institutional Understanding the Assessment of the Identification of arrangements for drivers for behaviour value of different institutional integrating the aspirations change arrangements that best of community models deliver conservation stakeholders, whānau, iwi and environmental and hapū, and business outcomes in a range of interests to deliver contexts enduring biosecurity outcomes that work at increased scales Understanding the drivers Improved Management into policies that of social acceptability for understanding of the approaches to achieve incorporate use of biosecurity tools social acceptability of maximum community arrangements to and management options, control methods support for achieving safeguard community, which considers: (biological control, biosecurity outcomes ethical and other mating suppression, with acceptable tools requirements views of Māori, iwi and lethal genes, targeted hapū biocides) in natural and different worldviews to modified ecosystems manage future biosecurity activities or in developing/refining management
Improved and integrated detection and eradication/suppression tools and management systems for a range of current and potential biosecurity risks in terrestrial, freshwater and marine environments Identifying biological traits to exploit in pests Identifying the risk of emerging pathogen and ‘sleeper pests’ (highly localised species and/or in a quiescent phase) and weeds Understanding effects of climate change on species ranges and habitats of species of interest Exploit species-specific weaknesses for incursion response and suppression Novel methods for meta-genomics to characterise endemic and non-native pathogenic agents Risk models that capture incremental climate change implications Quantifying role of host phylogeny and host range on likelihood of extent/scale of impact The efficiency and effectiveness of current management regimes are significantly increased, are publicly acceptable, and work at a range of scales Policy guidance to risk models of change Better targeted profiling of imported products that pose a biosecurity risk and pathways Disruptive tools, technologies or approaches that have the potential to radically change the paradigm for managing biosecurity risks Understanding climatic, population and environmental influences on disease expression Species-specific, targeted technological approaches to pest and weed control on scales Novel technologies for reducing biofouling risk on vessels (particularly large merchant vessels) Cost-efficient delivery systems are available for suppression that can detect and control diffuse populations over large areas Institutional arrangements for integrating the aspirations of community stakeholders, whānau, iwi and hapū, and business interests to deliver enduring biosecurity outcomes that work at increased scales Understanding the drivers for behaviour change Assessment of the value of different models Identification of institutional arrangements that best deliver conservation and environmental outcomes in a range of contexts Understanding the drivers of social acceptability for use of biosecurity tools and management options, which considers: views of Māori, iwi and hapū different worldviews to manage future biosecurity activities or in developing/refining management Improved understanding of the social acceptability of control methods (biological control, mating suppression, lethal genes, targeted biocides) in natural and modified ecosystems Management approaches to achieve maximum community support for achieving biosecurity outcomes with acceptable tools into policies that incorporate arrangements to safeguard community, ethical and other requirements
conservation-and-environment-science-roadmap.docx