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Projects
- Aotearoa New Zealand Xylella fastidiosa Research
- Enhancing Biosecurity Through Indigenous Collaborations
- Modern technologies to assess environmental risk of introduced weed biocontrol agents
- Integrating novel multi-taxa lures with multisensory traps for surveillance of high-risk pests
- Crossing Bridges – Operationalising Risk Analysis Tools
- Coordinated biosecurity surveillance for NZ’s primary industries
- Tackling the complacent, the resistant, and the disengaged: fostering stronger biosecurity engagement and social licence to manage biosecurity risks
- Could an alternative insect host be used in NZ to rear the most promising biocontrol agent for the brown marmorated stink bug?
- Improving Māori/Indigenous engagement within B3 programs
- How big is the eDNA operability gap?
- The impact of heatwaves on surveillance programmes for high-risk pests in New Zealand
- Bacterial metabolites as growth promoting agents to enhance detection of plant diseases
- AI technology to improve biosecurity at seaports in Aotearoa New Zealand
- Automated sensing technologies to detect concealed invertebrates
- Tackling the threat of invasive Ceratocystis species to Aotearoa New Zealand
- Building bridges to impact from risk analysis research
- Prioritising social research for border biosecurity
- De-risking the tissue culture import pathway
- Risks from pathogens, pests and weeds in a changing climate
- Kaitiakitanga and mātauranga Māori as a response to biosecurity threats to taonga plant species, native ecosystems and communities.
- eDNA for terrestrial biosecurity monitoring
- Expanding our eradication toolbox in NZ: Is biocontrol a feasible tool to incorporate in a response?
- Beyond soil baiting: toward application of an eRNA diagnostic tool for Phytophthora
- Metatranscriptomics informing the relevance of pathogen disease biomarkers in plants
- Using images and deep learning for the identification of high-risk insect species
- The risk of diapausing pest insects on pathways to NZ
- Accelerated ageing of plants to shorten the post-entry quarantine testing period
- De-risking the plant tissue culture pathway
- Rapid screening model for optimising commodity treatments
- Further development of the Integrated Biosecurity Risk Assessment Model (IBRAM) for pathogens
- Predicting the spillover of pests and pathogens into natural ecosystems
- New risk assessment and detection tools for cereal and grass pathogens on the seed import pathway
- He Waka Hourua: Matāuranga and Western science navigate a safe course for future biocontrol
- Testing the toolbox - reducing uncertainty around non-target impacts
- Weaving together the complex web of biosecurity social networks
- Remote sensing to support surveillance, response and eradication
- Improving UAV effectiveness for spot application of Btk during incursion responses
- Deployable point-of-use pathogen bioelectric sensor
- The potential of mass spectral fingerprinting for solving tricky biosecurity issues
- Integrated or not? Is this badnavirus viable and what is the risk?
- Automatic detection of contaminants on shipping container exteriors
- Unappreciated border biosecurity risks related to herbicide-resistant biotypes in imported seeds
- Māori and Pasifika indigenous collaboration to identify pre-border biosecurity threats
- Pest risk evaluation framework – extended to arable, horticulture and forestry industries
- Assessing the risk of rapid ōhi'a death to New Zealand and the South Pacific
- Pre-emptive biocontrol risk assessment for high-risk biosecurity threats in New Zealand
- B3 Project Proposal Planning Documents
- Rapid response to biosecurity threats in nurseries
- New aerodynamic design principles for effective insect traps
- Global change and NZ biosecurity: risks and economics of future climates and trade patterns
- Xylella fastidiosa (Xf) and its vectors in the native estate
- Improving risk prediction & reducing uncertainty pre-release for classical biocontrol agents
- Understanding the direct and indirect environmental impacts of biocontrol agent introductions to inform future decisions
- Sentinel plants to forecast & future proof NZ plant systems against pests & diseases
- Integrated biosecurity risk assessment models for imports (Tilletia, BMSB, QFF)
- Supporting pest risk assessments in natural ecosystems
- Predicting the risks and impacts of Xylella fastidiosa using sentinel plant network
- Biosecurity over the horizon: identifying invasive agricultural pests in China
- Risk reduction & quarantine treatments off-shore
- Novel sensor approaches to sniff out biosecurity threats (BMSB, QFF)
- Tourism, biosecurity and pathways into NZ
- Optimising biosecurity investment and effort across all invasion phases
- Network modelling of biosecurity risk associated with arable seed imports
- Point of use plant pathogen bioelectric sensor (PSA, Xylella)
- Using molecular systematics to enhance diagnostics and predict biosecurity risk
- eRNA as a molecular diagnostic tool targeting viable Phytophthora spp. and other oomycetes for biomonitoring in plant production nurseries
- Alternative Strategies for determination of biosecurity risk using high throughput sequencing (enterobacteriaceae & Xylella)
- Confidence in stable isotopes to verify a high risk pest incursion as foreign or NZ established
- Diagnosis of irradiated insects and fruit
- Improving the attractiveness of cuelure for better detection and eradication of invasive fruit flies
- eDNA detection of invasive insects
- Socially-acceptable eradication tools underpinned by modelling for eradication (BMSB, QFF, Codling moth, SWD)
- Biosecurity excellence in port communities
- Improved surveillance tools for key biosecurity targets (fruit flies, Gypsy moth)