Information, tools and Baseline and Developing reliable and Ecological response models to understand, monitoring data on timely ecological models are used for species and response models rapid design of predict and manage hazards including fire, ecosystems in mitigation actions tectonic and volcanic response to natural (including for activities and climate hazard events infrastructure) extremes, where these have an impact on species and ecosystems. Managing threatened Improved knowledge Scenarios/models of New tools and biodiversity on the public of systematics and land-use impacts on management systems conservation estate and evolution of native biodiversity at that integrate private land at regional biota to underpin extensive (choice of biodiversity into and national scales documentation and land cover) and systems analysis of species, and intensive (production including through their distribution methods) margins integration into production and urban Knowledge of synergies landscapes (win-wins) with, or competition between, taking into account different land uses and expanding matrix of biodiversity competing land uses Understanding and Cultural monitoring Modelling outcomes Co-knowledge utilisation of mātauranga methods and indicators from mātauranga generation processes to Māori values and Māori and scientific enable more effective Knowledge of practices for land practices and partnering when mātauranga ecosystem management combinations of implementing practices alongside science-based approaches management actions approaches to ensure optimal outcomes Reducing fragmentation Baseline data and Scenarios/models of Soil sustainability and improving the health monitoring of soils and impacts of use of models used as a core and resilience of soil and ecosystem health pesticides, herbicides, component in farm terrestrial ecosystems fertilisers and new environment planning Baseline data on technologies and overall land-use current and anticipated planning land-management Predictive models of practices how soils are affected by land-use change, Knowledge of tipping land management points and impacts on practices, and in response to mitigation options agricultural and other land-use practices Options for remediation Identifying Developing sustainable Farm environment plans of legacy alternative/modified land-use models that and similar initiatives land-use practices that are are context-specific implement sustainable practices that: to implement and identifying land-use practice practices changes are cost-effective Understanding for which they provide behaviours and values maintain the an alternative of the farming sector productive potential of to enable and influence land within defined a shift towards more environmental sustainable practices constraints
Information, tools and models to understand, predict and manage hazards including fire, tectonic and volcanic activities and climate extremes, where these have an impact on species and ecosystems. Baseline and monitoring data on species and ecosystems in response to natural hazard events Developing reliable and timely ecological response models Ecological response models are used for rapid design of mitigation actions (including for infrastructure) Managing threatened biodiversity on the public conservation estate and private land at regional and national scales including through integration into production and urban landscapes taking into account expanding matrix of competing land uses Improved knowledge of systematics and evolution of native biota to underpin documentation and analysis of species, and their distribution Knowledge of synergies (win-wins) with, or competition between, different land uses and biodiversity Scenarios/models of land-use impacts on biodiversity at extensive (choice of land cover) and intensive (production methods) margins New tools and management systems that integrate biodiversity into systems Understanding and utilisation of mātauranga Māori values and practices for land ecosystem management alongside science-based approaches to ensure optimal outcomes Cultural monitoring methods and indicators Knowledge of mātauranga practices Modelling outcomes from mātauranga Māori and scientific practices and combinations of approaches Co-knowledge generation processes to enable more effective partnering when implementing management actions Reducing fragmentation and improving the health and resilience of soil and terrestrial ecosystems Baseline data and monitoring of soils and ecosystem health Baseline data on current and anticipated land-management practices Knowledge of tipping points and impacts on in response to agricultural and other land-use practices Scenarios/models of impacts of use of pesticides, herbicides, fertilisers and new technologies Predictive models of how soils are affected by land-use change, land management practices, and mitigation options Soil sustainability models used as a core component in farm environment planning and overall land-use planning Options for remediation of legacy land-use practices that: are cost-effective maintain the productive potential of land within defined environmental constraints Identifying alternative/modified practices that are to implement Understanding behaviours and values of the farming sector to enable and influence a shift towards more sustainable practices Developing sustainable land-use models that are context-specific and identifying practices for which they provide an alternative Farm environment plans and similar initiatives implement sustainable land-use practice changes
conservation-and-environment-science-roadmap.docx