Sitemap

Pages

• Homepage
• Resource Finder
• All News
• Actions to Include in a Farm Environment Plan
• International Consumer Preferences: Evidence Finder
• The Value Project
• Styles
• Thank You
• Free training for farm advisors
• Outcomes | Ngā Puawaitanga
• Privacy Policy
• About Us
  • Outcomes | Ngā Puawaitanga
  • Our Documents
  • Learn More
  • How We Worked
  • Our Strategy
  • Te Ao Māori
  • Our People
  • Our Key Collaborators
• News + Events
  • Symposium 2018
  • Symposium 2019
  • Growing Kai Under Increasing Dry
  • Better Together
  • Regenerative Agriculture in Aotearoa
  • Symposium 2017
  • Digital Toolshed
  • Winning the Green Premium
  • NZIPIM
  • NZIPIM contact
  • Symposium 2024
  • Food, Farming & Freshwater Roadshow
  • Newsletters
• Future Landscapes
• Incentives for Change
• Pathways to Transition
• Terms of Use
• On The Farm
• At School
• In The City
• At Work
• In Your Catchment
• Contact
• Lead Capture – Groundwater

Posts

Projects

• Regenerative Agriculture
• Rural Professionals Fund 2020–21
• The Matrix of Drivers
• New Models of Collective Responsibility
• Register of Land Management Actions
• Reasons for Water Quality Improvement
• Phosphorus Best Practice
• Credence Attributes On Farm
• Integrating Value Chains
• Rewarding Sustainable Practices
• The Collaboration Lab
• Healthy Estuaries
• Linking Legacies to Wai
• Monitoring Freshwater Improvement Actions
• Pohewa Pae Tawhiti
• Land Use Opportunities
• Interoperable Modelling
• Innovative Agricultural Microbiomes
• Assessing Contaminants with Stream Order
• Indicators Working Group
• Ngā Tai-o-Rongo
• Visualising Forestry Harvesting Cycles
• Kaitiaki Intelligence Platforms
• Lessons from Our Land and Water
• Synthesis Scenarios for Future Land Use
• Matarau: Empowering Māori Landowners in Land Use Decisions
• Next Generation Systems
• Trust and Social Licence
• Eutrophication Product Footprinting
• Cascade of Soil Erosion
• Rural Professionals Fund 2021–22
• Implementing Te Mana o Te Wai
• Revitalise Te Taiao
• Pūhoro STEMM Academy
• Next Generation Influencers
• Whenua Life Values
• Storying Kaitiakitanga
• Mauri Whenua Ora
• Kuaha Matihiko: Digital Gateway
• Peri-Urban Potential
• EU Green Deal: Impact on NZ Exports
• Appropriate Use of Taonga Species
• Impact of Imported Feed Shortages
• Early Māori Agricultural Entrepreneurship
• Aotearoa Food Cultures
• Measuring Full Impacts of Land-Use Change
• Options for Rural Investment
• Signals for Land Stewards
• Incentives for Data Sharing
• Workforce Implications of Land-Use Change
• Silvopastoral Systems
• Pasture for Humans
• Land Use for Nutritious Diets
• Mosaic vs Monoculture Landscapes
• Connecting Soil and Water Quality
• Crop Disease Under Climate Change
• Protein Future Scenarios
• Enhancing Assurance Schemes
• Faecal Source Tracking
• Measuring Denitrification
• Benign Denitrification in Groundwaters
• Physiographic Environments of New Zealand
• Sources and Flows
• Land Use Suitability
• Future Scenarios for Arable Agriculture
• Land-Use Scenarios for Nikau Farm
• Retiring Farmland into Ngahere
• Mapping Freshwater Contaminants
• Urban-Rural Partnerships for Equal Change
• Shared Vision for Land Use in Marlborough
• Diverse Experiences of Farming
• Science in Freshwater Policy Development
• Predicting Agricultural Research Adoption
• Rural Professionals Fund 2023–24
• Rural Professionals Fund 2022–23
• Connecting Food Producers & Consumers

Outputs

• Assessing the Effectiveness of On-Farm Mitigation Actions
• Community Perceptions of Collaborative Freshwater Planning: A survey in three NZ regions
• Municipal composts reduce the transfer of Cd from soil to vegetables
• The Matrix of Drivers 2016: Driving Better Investment and Accelerating Impact Through a Prioritisation Matrix
• The effect of soil moisture extremes on the pathways and forms of phosphorus lost in runoff from two contrasting soil types
• Co-Innovation Leads to High-Impact Indicators
• A Data Ecosystem for Land and Water Data to Achieve the Challenge Mission
• How Value Chains Can Share Value and Incentivise Land Use Practices
• The effect of irrigation and urine application on phosphorus losses to subsurface flow from a stony soil
• Estimation of Catchment Nutrient Loads in New Zealand Using Monthly Water Quality Monitoring Data
• Estimation of nutrient loads from monthly water quality data
• A copula-based analysis of severity-duration-frequency of droughts in six climatic regions of NZ
• Predicting Land-Based Nitrogen Loads and Attenuation in the Rangitikei River Catchment – the model development
• Shifting from land-use capability to land-use suitability
• Next generation systems: a framework for prioritising innovation
• The Collaboration Lab: The transformative role of collaboration in managing our land and water
• Predicting Land-Based Nitrogen loads and Attenuation in the Rangitikei River Catchment – the Implications for Land Use
• Indigenous entrepreneurship in Aotearoa New Zealand
• Temperature and Nitrogen Effects on Phosphorus Uptake by Agricultural Stream-Bed Sediments
• Balancing water-quality threats from nutrients and production in Australian and NZ dairy farms under low profit margins
• Denitrification potential in the subsurface environment in the Manawatu River catchment
• Benign denitrification in the subsurface environment
• Land Use Suitability Programme
• Predicting improved optical water quality in rivers resulting from soil conservation actions on land
• When experts disagree: The need to rethink indicator selection for assessing sustainability of agriculture
• A review of the policies and implementation of practices to decrease water quality impairment by phosphorus in NZ, the UK, and the US
• Guiding phosphorus stewardship for multiple ecosystems services
• Enabling a transformation in New Zealand's bioeconomy
• Targets for sustainable and resilient agriculture (TSARA): a New Zealand perspective
• Evolving Public Perceptions of Freshwater Management in Three New Zealand Regions
• Enhancing Māori agribusiness through kaitiakitanga tools
• Interoperable Models for Land and Water Framework selection and preliminary design
• Optimizing land use for the delivery of catchment ecosystem services
• Does variable rate irrigation decrease nutrient leaching losses from grazed dairy farming?
• Assessing the Yield and Load of Contaminants with Stream Order: Would Policy Requiring Livestock to Be Fenced Out of High-Order Streams Decrease Catchment Contaminant Loads?
• Impacts of long-term biomass management on soil phosphorus under temperate grassland
• Rewarding Responsible Innovation when Consumers are Distant from Producers: Evidence from NZ
• Stocktake of Indicator Projects
• Measuring What Counts: Revenue and Reputation
• The missing link to better target on-farm practices to address water quality?
• Collaboration as an emergent property
• Road testing the I2S framework for delivering more fit for purpose science for policy
• Powhiri: An indigenous example of collaboration from New Zealand
• Anthropogenic increases of catchment nitrogen and phosphorus loads in New Zealand
• Signs to look for: Criteria for developing and selecting fit for purpose indicators
• Six Criteria for Selecting Fit-for-Purpose Indicators
• Governance of market-oriented fresh food value chains: Export chains from NZ
• Applying the concept of resilience to an integrated research programme
• Transport and potential attenuation of nitrogen in shallow groundwaters in the lower Rangitikei catchment
• Development of linked frameworks to represent and manage catchment-scale contaminant transport for improved water quality outcomes
• Understanding the linkage between hydrological and chemical signatures at catchment outlets and dominant contaminant transfer pathways
• Collaborative Planning in Response to Policy Failure: The Case of Freshwater Management in Canterbury
• Evaluation of geospatial datasets and recognition of landscape gradients specific to water quality
• Measurement of neon in groundwaters – analysis and validation
• Linking water flow and contaminant transfer through meso-scale catchments
• National Social Licence Forum Summary
• A review of regulations and guidelines related to winter manure application
• Measuring actual denitrification to understand nitrogen loads through aquifers
• Efficacy of subsurface denitrification to attenuate nitrate in shallow groundwaters
• Collaborative expert judgement analysis of uncertainty associated with catchment-scale nitrogen load modelling with OVERSEER
• Integrated Landscape Mapping of Water Quality Controls for Farm Planning
• Examining co-production and the role of brokers within NZ's ‘science advisory ecosystem'
• Soil hydraulic modelling outcomes with four parameterization methods: Comparing soil description and data inversion approaches
• How to improve water governance in multifunctional irrigation systems? Balancing stakeholder engagement in hydrosocial territories
• A review of New Zealand's commitment to the UN Sustainable Development Goals
• The Matrix of Drivers: 2018 Update
• Indicators in the NZ Sustainability Dashboard: An Overview of their Structure and Application
• Integrated landscape mapping of water quality controls for farm planning – applying a physiographic approach to the Waituna Catchment, Southland
• Kete Aronui of Iwi of Te Taitokerau
• Evaluation of the physiographic method for the Tasman Region
• Advice for application of the physiographic method to the West Coast Region
• SedNetNZ, SLUI and contaminant generation. Part 1: Sediment and water clarity
• Māorimaps.com Waitangi Catchment Pilot
• Indirect faecal source tracking methods to elucidate critical sources and contaminant transfers through catchments – a review
• Integrating Multiple Stressors and Lake Resilience into Lake Management Frameworks
• Towards a Physiographic Map: Information for Regional Councils
• Application of Physiographic Science to the Northland Region: Preliminary Hydrological and Redox Process-Attribute Layers
• The Governance of Value Creation and Capture in Agri-Food Supply Chains: A Conceptual Framework, Propositions and Protocols
• Consumer Insights and Willingness to Pay for Attributes: NZ Yoghurt Products in Shanghai, China
• Consumer Insights and Willingness to Pay for Attributes: NZ Beef Products in California, USA
• Technologies and Audit Systems for Authenticating Food Trust
• Consumer Insights and Willingness to Pay for Attributes: Kiwifruit in Shanghai
• The AERU Data Portal: An Introduction
• Consumer Insights and Willingness to Pay for Attributes: NZ Wine in California, USA
• Targets for Sustainable and Resilient Agriculture (TSARA): Indicators and modelling for the Sustainable Development Goals
• Whakapapakainga: A template of cross-generational development for marae-communities
• Towards an improved understanding and management of uncertainty in science investigations of environment policy options
• Tool for relating land use/management to sediment rating curve for the Manawatu catchment
• SedNetNZ, SLUI and contaminant generation. Part 2: Nitrogen, phosphorus and E. coli
• Nitrogen and phosphorus modelled in freshwater eutrophication: The director's cut
• Values-led management: the guidance of place-based values in environmental relationships of the past, present, and future.
• The land use suitability concept: Introduction and an application of the concept to inform sustainable productivity within environmental constraints
• Drivers for and Barriers to Land Use Change: Land Use Practice Change and Adoption
• Applying a Multi-Criteria Decision Making Framework to Facilitate Adoption of Next Generation Land-Use Systems in New Zealand
• Managing diffuse phosphorus at the source versus at the sink
• Variability of Escherichia coli Concentrations in Rivers during Base-Flow Conditions in NZ
• Transformation Is ‘Experienced, Not Delivered': Insights from Grounding the Discourse in Practice to Inform Policy and Theory
• Does using the Integration and Implementation framework lead to more fit for purpose science for environmental policy development? An initial look at a case study in Canterbury, New Zealand.
• Sink or swim: A radical overhaul to water policy-making approach in NZ: A case study of lake Te Waihora
• Wellbeing Economics: The Capabilities Approach to Prosperity
• An event-based model of soil erosion and sediment transport at the catchment scale
• The error in stream sediment phosphorus fractionation and sorption properties effected by drying pretreatments
• A strategy for optimizing catchment management actions to stressor–response relationships in freshwaters
• Stressor-response relationships and the prospective management of aquatic ecosystems
• Measurement of neon in groundwaters for quantification of denitrification in aquifers
• Identifying resilience dimensions and thresholds: evidence from four rural communities in NZ
• Integration of ANP and Fuzzy set techniques for land suitability assessment based on remote sensing and GIS irrigated maize cultivation.
• Indirect Methods to Elucidate Water Flows and Contaminant Transfer Pathways through Meso-scale Catchments – a Review
• On the use of multicriteria decision analysis to formally integrate community values into ecosystem-based freshwater management
• The changing role of science and scientists in supporting community-centered land and water policy processes in Canterbury
• Molecular Approaches to Identify Benign Denitrification in Shallow Groundwaters
• Application of Eutrophication Potential Indicators in a Case Study Catchment in NZ
• Dissolved gases as indicator of denitrification in shallow groundwaters in agricultural landscape
• Adaptation of water eutrophication indicators for EU environmental footprinting of NZ products
• Land-use effects on aquatic ecosystems – strengthening the evidence base
• Land use suitability: A spatially-explicit framework for supporting land management decisions
• Recent advances in reporting and interpreting water quality trends
• Land use transformation; can science de-risk barriers to land use change?
• Science to policy and back again: compliant land use practices still cause P leaching
• Physiographic Environments of NZ: An integrated landscape classification for understanding variation in water quality
• Investigation of methods to predict groundwater redox status with variable amounts of available well data
• Investigation of methods to predict groundwater redox status using limited data
• CLUES calibration – can we use CLUES to estimate attenuation?
• Mitigating the impacts of dairy farming on water quality – what have we achieved?
• Variability of E. coli in rivers during base-flow conditions
• A regional council application of tools – taking the road less travelled
• Connecting NZ Food & NZ Farmers to the World
• The NZ Food and Fibre Sector: A Situational Analysis
• The Influence of a flood event on the potential sediment control of baseflow phosphorus concentrations in an intensive agricultural catchment
• Geographically-explicit, dynamic partial equilibrium model of regional primary value chains – Mathematical formulation and application to forestry in Northland region of New Zealand
• Towards baseflow index characterisation at national scale in New Zealand
• Assessing research impact potential: Using the transdisciplinary Outcome Spaces Framework with NZ's National Science Challenges
• Global Guidance on Environmental Life Cycle Impact Assessment Indicators – Volume 2
• The Case for a Novel Edible Nut Agroforestry System
• Transforming soil phosphorus fertility management strategies to support the delivery of multiple ecosystem services from agricultural systems
• Why are median phosphorus concentrations improving in New Zealand streams and rivers?
• Trust, engagement, information and social licence – Insights from New Zealand
• Denitrification in Shallow groundwaters – an ecosystem service or a pollution swap
• Denitrification in shallow groundwaters: An ecosystem service or a pollution swap? –poster
• Perspectives on how Market Forces and Regulation are Shaping the Future of NZ Farming
• What You Can Do In The City
• What You Can Do In Your Catchment
• Consumer Willingness to Pay Price Premium for Credence Attributes of Livestock Products – A Meta-Analysis
• The efficacy of good practice to prevent long-term leaching losses of phosphorus from an irrigated dairy farm
• Transforming phosphorus use on the island of Ireland: A model for a sustainable system
• The impact of policy on sustainable land use options in New Zealand
• Genomics: Animal-Plant-Soil Microbiome
• De-Risking Land-Use Transformation in New Zealand
• Heartland Strong: Building rural resilience
• Potential Groundwater Recharge Zones in New Zealand – image
• Potential Groundwater Recharge Zones in New Zealand – GIS raster zip file
• Potential groundwater recharge zones across New Zealand
• Six ‘Star' Grain and Legume Crops for NZ Farmers: Specialty Grains and Pulses Report
• Pulses and Grains Consumer Insights Report
• Method to Measure Rural Community Resilience
• Enabling a transformation to a bioeconomy in New Zealand
• Application of a revised SedNetNZ model to the Oreti and Aparima catchments, Southland
• Quantifying Actual Denitrification in Groundwater Systems
• Governing Value Creation and Capture in NZ Agribusiness Value Chains: A Case Study
• Resilience indicators for rural New Zealand towns: Statistical analysis
• Indicators for the Future: Lessons from Next Generation Systems
• Quantifying Actual Denitrification in Groundwater Systems – poster
• Benign denitrification in shallow groundwaters
• Development of Next Generation Farming Systems using a Multi-Criteria Decision-Making framework
• Next Generation Farming Systems -Transformation by Design
• Awanui Huka Pak: Producing Kai in the Footprints of Our Forebears
• Cathy Taite-Jamieson and BioFarm: Dairy Farming with Nature in the Manawatū
• Hapū Clean Kai Co-Op
• John Reid: The Mutually Binding Nature of Kaitiakitanga
• Getting Dirty with Papatūānuku: Manaia Cunningham and Koukourārata Gardens
• Futureproofing for our Grandchildren: Onenui Station, Tawapata South Inc
• Kōura at Taipōrutu, Te Māhia-Mai-Tawhiti
• Whenua Honey: Ensuring Equity and Transparency in an East Cape Mānuka Honey Business
• Helping Māori Businesses Move Up the Value Chain: Richard Jones and Poutama Trust
• Motorways, Wetlands And Kai: Caleb Royal and Kaitiakitanga
• Powhiri as a tool for Collaboration
• Assessment of excess N2 for quantifying actual denitrification in NZ groundwater systems
• Applications of the Soil, Plant and Rumen Microbiomes in Pastoral Agriculture
• Reinterpreting the value chain in an indigenous community enterprise context
• A hydrochemically guided landscape classification system for modelling spatial variation in multiple water quality indices: Process-attribute mapping
• Grid-based sediment tracing: A new method to determine sediment sources
• Forging future organizational leaders for sustainability science
• The development of an indicator framework to measure enablers and constraints on Māori agribusiness
• Using an indicator matrix to determine the correlations and relationships between Māori agribusiness drivers
• Opportunities for Māori to access premium market: Results from a Māori agribusiness survey
• Scenario Model to Reduce Both GHG Emissions and Nitrogen Leaching on Dairy Farms
• gndDb, a Database of Partial gnd Sequences To Assist with Analysis of Escherichia coli Communities Using High-Throughput Sequencing
• Quantifying the extent of anthropogenic eutrophication of lakes at a national scale
• A Global Perspective on Phosphorus Management Decision Support in Agriculture: Lessons Learned and Future Directions
• A global perspective on the history of phosphorus management decision support approaches in agriculture: Lessons learned and directions for the future
• Direct exports of phosphorus from fertilizers applied to grazed pastures in Australasia
• The effectiveness of streambank fencing to improve microbial water quality: a review
• Sustainable Agriculture – Life beyond Subsidies: Lessons from New Zealand
• Climate change impacts on land use suitability
• Modelling impacts of agriculture on freshwater
• Nitrogen Attenuation via Benign Denitrification
• Enabling Collaborative Practice: Key Variables for Design, Evaluation or Trouble Shooting Collaborative Practice
• Framework for Building and Improving Collaboration
• Testing indicators of resilience for rural communities
• Comparing generational preferences for individual components of sustainability schemes in the Californian wine market
• Comparison of four learning-based methods for predicting groundwater redox status
• Essential freshwater: Impact of existing periphyton and proposed dissolved inorganic nitrogen bottom lines
• Challenges and opportunities for land use transformation: Insights from the Central Plains Water Scheme in NZ
• Pointing the way: Indicators for a better Aotearoa New Zealand
• Interpreting nesting storm event suspended sediment discharge hysteresis relationships at large catchment scales
• Development of a model using matter element, AHP and GIS techniques to assess the suitability of land for agriculture
• The Sustainable Development Goals and Indigenous Peoples: Another Missed Opportunity?
• Wellbeing Economics in Public Policy: A Distinctive Australasian Contribution?
• Estimating Wine Consumer Preferences for Sustainability Attributes: A Discrete Choice Experiment of Californian Sauvignon Blanc Purchasers
• Water quality issues facing dairy farming: potential natural and built attenuation of nitrate losses in sensitive agricultural catchments
• The potential for potassium chloride fertiliser applications to leach cadmium from a grazed pasture soil
• Whāriki: The growth of Māori community entrepreneurship
• Global Guidance on Environmental Life Cycle Impact Assessment Indicators 2
• The mitigation of phosphorus losses from a water repellent soil used for grazed dairy farming
• A Heuristic Method for Determining Changes of Source Loads to Comply with Water Quality Limits in Catchments
• CLUES model calibration: residual analysis to investigate potential sources of model error
• Evidence for the effects of land use on freshwater ecosystems in New Zealand
• The Matrix of Drivers: 2019 Update
• Assembling indicators of market access risks for food exports
• Can the Integration and Implementation Science framework support better research for land and water policy?
• The ability to reduce soil legacy phosphorus at a country scale
• Development and validation of a nation-scale framework to characterize the fate and transport of key agricultural contaminants
• Farm Soil Health: assessment across a forestry to pasture chronosequence
• Impact of delivering green dairy products on farm in New Zealand
• Global mapping of freshwater nutrient enrichment and periphyton growth potential
• Achieving unbiased predictions of national-scale groundwater redox conditions via data oversampling and statistical learning
• CLUES model calibration and its implications for estimating contaminant attenuation
• Farm Soil Health: Healthy soil, healthy plants, healthy people
• Navigating Institutional Challenges: Design to Enable Community Participation in Social Learning for Freshwater Planning
• Eutrophication and climate change impacts of a case study of NZ beef to the European market
• Dynamics of phosphorus exchange between sediment and water in a gravel-bed river
• Farm-scale carbon and nitrogen fluxes in pastoral dairy production systems using different nitrogen fertilizer regimes
• A spatial analysis framework to assess responses of agricultural landscapes to climates and soils at regional scale
• Climate Change Impacts on Land Use Suitability – webinar
• Heartland Strong: How Rural New Zealand can Change and Thrive
• Changes in soil cadmium concentrations with time following cessation of phosphorus fertilizer inputs
• The Land Resource Circle: Supporting land-use decision making with an ecosystem-service-based framework of soil functions
• Transferring the impacts of pilot-scale studies to other scales: Understanding the role of non-biophysical factors using field-based irrigation studies
• Outcome Spaces Framework
• Total soil cadmium concentrations in the Winchmore long-term phosphorus fertiliser trial are still increasing
• Suitability of six extraction methods for isolating a large quantity of high-quality RNA from NZ free-draining stony soil
• Likely controls on dissolved reactive phosphorus concentrations in baseflow of an agricultural stream.
• Nitrogen loads to New Zealand aquatic receiving environments: Comparison with regulatory criteria
• Preparing interdisciplinary leadership for a sustainable future
• Attitudes on Food & Farming in NZ
• Guide to Vision Mātauranga
• Incorporating Māori values into land management decision tools
• Does collaborative governance increase public confidence in water management? Survey evidence from NZ
• Land-Water Interoperable Models
• Think ‘Outside the Room' When Collaborating with Community
• Phosphorus transport in subsurface flow from a stony soil under irrigated and non-irrigated lucerne
• System reset – Regenerating the marae economy
• Long-term atmospheric carbon dioxide enrichment decreases soil phosphorus availability in a grazed temperate pasture
• Interpreting practice: Producing practical wisdom from qualitative study of practitioner experience
• Interoperable Modelling – spatial economic optimisation
• Revealing Groundwater's Denitrification Capacity
• Te Mahi Oneone Hua Parakore: A Māori Soil Sovereignty and Wellbeing Handbook
• Examining developed versus emerging economy online food and beverage purchase behaviour and predictors: A survey comparison of Indian, Chinese, Indonesian, Japanese and United Kingdom consumers
• On the use of stressor-response relationships in the management of lake eutrophication
• Māori Agribusinesses – The Whakapapa Network for Success
• Reshaping a farming culture through participatory extension: An institutional logics perspective
• Demonstrating efficacy of on-land management actions to improve water quality: How can we quantify what actions have been done?
• Role of organic anions and phosphatase enzymes in phosphorus acquisition in the rhizosphere of legumes and grasses grown in a low phosphorus pasture soil
• Measuring Chinese food consumers' preferences for sustainability attributes: The case of the Shanghai yoghurt market
• Supporting farmers to develop future-ready farm systems
• Method for measuring denitrification in groundwater
• The denitrification process
• Denitrification completeness is related to oxygen
• Implications of water quality policy on land use: A case study of the approach in NZ
• The biotic contribution to the benthic stream sediment phosphorus buffer
• Modeling Water Quality in Watersheds: From Here to the Next Generation
• Designing transdisciplinary projects for collaborative policy-making: The Integration and Implementation Sciences framework as a tool for reflection
• Contrasting subsurface denitrification characteristics under temperate pasture lands and its implications for nutrient management in agricultural catchments
• Map of Total Nitrogen Excess and Reduction Potential
• Mitigation of phosphorus, sediment and Escherichia coli losses in runoff from a dairy farm roadway
• Storying Kaitiakitanga: Exploring Kaupapa Māori Land and Water Food System Approach
• More diverse, resilient, healthy landscapes by 2030 – webinar
• Barriers to Environmental Change
• Quantifying Excess Nitrogen Loads in Fresh Water
• What the data tells us about our water
• What Do Rural Communities Have On Their Minds When Discussing Land Management Actions That Help Improve Water Quality?
• What is a value chain?
• Connecting communities for effective farm plans – webinar
• Bringing people together for diverse land use – webinar
• Measuring rural community resilience: Case studies in NZ and Vermont, USA
• Microbiome innovations for a sustainable future
• Plant species rather than elevated atmospheric CO2 impacts rhizosphere properties and phosphorus fractions in a phosphorus deficient soil
• Quantifying contaminant losses to water from pastoral land uses in NZ II: The effects of some farm mitigation actions over the past two decades
• Quantifying contaminant losses to water from pastoral land uses in NZ III: What could be achieved by 2035?
• Engaging with Agribusiness
• Evidence for the leaching of dissolved organic phosphorus to depth
• Seventy years of data from the world's longest grazed and irrigated pasture trials
• Using Cause and Effect Relationships to Enhance Freshwater Management
• Regenerative Agriculture in Aotearoa NZ – Research Pathways to Build Science-Based Evidence and National Narratives
• Summary: Soil Health in the Context of Regenerative Agriculture
• Summary: Determining GHG Reduction Potential Through Regenerative Agriculture
• Summary: Can Regen Ag Increase Resilience to Drought?
• Summary: Can Regen Ag Promote Ecosystem-Based Solutions for Climate Change Adaptation?
• Summary: Understanding Biodiversity in the Context of Regenerative Agriculture
• Summary: Animal Welfare on Regenerative Farms
• Measuring Farmer Wellbeing in the Context of Regenerative Agriculture
• Summary: Food Quality and Safety from Regenerative Farms
• Summary: Overseas Market Potential for NZ Regenerative Agriculture
• Summary: One Whenua, One Health Framework
• Summary: Farm Economic Metrics for Regenerative Agriculture
• Sediment phosphorus buffering in streams at baseflow: A meta-analysis
• Measuring the benefits of management actions: Mitigation effectiveness monitoring design (proof of concept phase)
• Handrails through the Swamp? A Pilot to Test the Integration and Implementation Science Framework in Complex Real-World Research
• The Spatial Awareness Project
• Guidance for Catchment Groups to Develop Farm Plans
• Four Steps to Develop Connected Local Farm Plans
• Designing Effective Farm Environment Plans
• Stressor-Response Framework
• Te Pūtahitanga: A Tiriti-Led Science-Policy Approach for Aotearoa New Zealand
• Estimating and modelling the risk of redox-sensitive phosphorus loss from saturated soils using different soil tests
• The impact of cattle grazing and treading on soil properties and the transport of phosphorus, sediment and E. coli in surface runoff from grazed pasture
• Projected wine grape cultivar shifts due to climate change in New Zealand
• Consumers' Willingness to Pay for Sustainability and Other Attributes
• Land use and water quality (Editorial)
• National-scale implementation of mandatory freshwater farm plans: A mechanism to deliver water quality improvement in productive catchments in NZ?
• Towards best-practice inclusion of cultural indicators in decision making by Indigenous Peoples
• A perspective on Te Ao Māori and regenerative agriculture – Tangata ahu whenua: nurturing our landscapes
• Soil health research in the context of regenerative agriculture
• Determining the greenhouse gas reduction potential of regenerative agricultural practices
• Quantifying resilience to drought and flooding in agricultural systems
• Terrestrial macrofauna invertebrates as indicators of agricultural impacts
• What are the opportunities to reduce variability in apple tree productivity through targeted (sub-block) water and nutrient application?
• Predicted willingness-to-pay price premium for red meat and dairy products
• Summary of potential impacts of delivering credence attributes on dairy farms
• Consumer willingness-to-pay is variable
• Drought: Farm Profits and Community Resilience
• Drought: What Does the Future Look Like for Farmers and Growers?
• Drought: What to Grow and Where?
• How to Talk About the Future of Farming in Aotearoa New Zealand
• Reductive dissolution of phosphorus associated with iron oxides during saturation in an agricultural soil profile
• Quantifying contaminant losses to water from pastoral land uses in NZ I: Development of a spatial framework for assessing losses at a farm scale
• Developing an indicator of productive potential to assess land use suitability in NZ
• Impacts of grazing on ground cover, soil physical properties and soil loss via surface erosion: A novel geospatial modelling approach
• Refinement of the Framework for Assessment of Recreational Water Quality
• Faecal source tracking and the identification of naturalised Escherichia coli to assist with establishing water quality and faecal contamination levels
• Faecal source tracking to understand the role of introduced predators and avian species on water quality assessments in the Makiriri Reserve, Dannevirke
• Is regen ag the silver bullet for farming woes?
• Measuring real time nitrate leaching from a Hawkes Bay onion Field
• Application of remote sensing in spatial irrigation scheduling
• A risk assessment approach for prioritising actions in farm environment plans with mahinga kai values
• If the climate is changing, will land use need to change?
• Sustainability through farmer-citizen connection
• Tech Note: Nitrate-Nitrogen Leaching in Horticulture
• Case Study: Nga Iwi o te Tauihu
• Case Study: Ngāti Rangiwewehi
• Case Study: Ngāti Raukawa
• Case Study: Waiapu Kokahuhua
• Does the quality of drinking water (bore vs town supply) influence water intake, milk production and animal preferences in dairy cattle?
• Report on strip-till trial for seed crops
• Creating a diverse and sustainable dairy farming and forestry landscape
• Integrating horticultural and arable land use options into hill country farming systems: Site-specific crop options and value chain-based business case
• Nguturoa catchment ‘Seeing Understanding Believing' project
• Barriers to diversification
• The implications of lag times between nitrate leaching losses and riverine loads for water quality policy
• Potential phosphorus losses from grassland soils irrigated with dairy factory wastewater
• Where to for collaboration in land and water policy development in Aotearoa NZ? Guidance for authorising agencies
• New Zealand's monitoring frameworks for agricultural sustainability and assurance
• Orchard soil characterisation
• Integrating horticultural and arable land use options into hill country farming systems: The multi-criteria decision-making process
• Designing Freshwater Monitoring Programmes to Detect Early Improvement
• Tauutuutu: The cycle of exchange between people and our environment
• Tauutuutu White Paper: Executive Summary
• Do soil cadmium concentrations decline after phosphate fertilizer application is stopped: A comparison of long-term pasture trials in NZ
• Geography Matters for Small Advanced Economies: Implications for Economic Strategy
• Attribution of River Water-Quality Trends to Agricultural Land Use and Climate Variability in New Zealand
• Co-innovation and Integration and Implementation Sciences: Measuring their research impact – examination of five New Zealand primary sector case studies
• Regenerative agriculture in Aotearoa NZ: project overview and statement of purpose
• An introduction and guide to the ‘alternative agricultures': an enquiry into values
• Regenerative principles applied in New Zealand
• Perspectives on ‘regenerative outcomes' and associated research needs: insights from consultation with participants in four sectors – arable, dairy, sheep & beef, and viticulture
• Ecosystem-based solutions for climate change adaptation in rural landscapes of NZ
• Native biodiversity and regenerative agriculture in New Zealand
• Assessing animal welfare in New Zealand pastoral farms
• Te Miro Farm Community Project
• The next steps for sites with elevated E. coli concentrations above water quality guidelines
• Framework assessment for water quality
• Perception of Drone Use in Environmental Management
• Business Case Template for Establishing a Hapū Iwi Taiao Unit
• Amending soils of different pH to decrease phosphorus losses
• Modelling soil loss from surface erosion at high-resolution to better understand sources and drivers across land uses and catchments: a national-scale assessment of NZ
• Revitalising Te Taiao: How to co-design a place-based approach to support purposeful change and resilience
• Bananas on Northland dairy farms: An option for forage supply and effluent cycling?
• Canterbury Farmers' and Rural Professionals' Perception of Drone Use in Environmental Management
• Editable diagrams and icons
• Overview of Regenerative Agriculture in Aotearoa
• Assessing the leaching of cadmium in an irrigated and grazed pasture soil
• Trusting in the ‘Eye in the Sky'? Farmers' and Auditors' Perceptions of Drone Use in Environmental Auditing
• Determining the economic and market potential of regenerative agriculture
• Productivity: Indicators and associated methodologies to quantify production
• Nutrient density and food quality in the context of regenerative agriculture
• Place-based approaches to assessing the impact of regenerative agriculture in NZ
• Research strategies relevant to regenerative agriculture
• Relevance of the One World, One Health framework to farming in Aotearoa NZ – a perspective piece
• Sediment traps in hill country
• Regenerative Agriculture: Climate Change and Soil Health
• Growing Kai Under Increasing Dry: Adapting to Increasing Drought
• Regenerative Agriculture: Biodiversity and Animal Welfare
• Regenerative Agriculture: Productivity, Profit and Food Quality
• Regenerative Agriculture: Measuring What Works, Where It Matters
• Creating a Diverse and Sustainable Dairy Farming and Forestry Landscape (video)
• Project Summary: High-Performance Soils for Avocados
• Project Summary: Does Improved Water Quality Increase Milk Production?
• Project Summary: Strip-Till Establishment for High-Value Hybrid Seed Crops
• Project Summary: Creating a Diverse Dairy Farming and Forestry Landscape
• Project Summary: What are the Best Sediment Traps for my Hill Country Stream?
• Project Summary: Measuring Real-Time Nitrogen Losses in Vegetable Production
• Project Summary: Application of Remote Sensing in Spatial Irrigation Scheduling
• Project Summary: Bananas on Northland Dairy Farms
• Project Summary: Reducing Variation in Apple Tree Yield
• Project Summary: Impact of Regenerative Farming on Meat Quality
• Project Summary: Perception of Drone Use in Environmental Management
• Project Summary: A Risk Assessment Approach for Prioritising Actions in Farm Environment Plans
• Project Summary: Integrating Horticultural and Arable Land Use Options into Hill Country Farm Systems
• Project Summary: Seeing, Understanding, Believing: A Farmer-Led Project into Waterway Improvement
• Project Summary: Facilitating Farmer Economic Understanding of Alternative Land Uses
• Meteorological drought in Northland, NZ: A regional and local analysis using copulas
• Te Mana o te Wai: Case Study Overview
• Mātauranga Māori Wānanga Overview Report
• Farm Certification Scheme Baseline Survey, 2020
• Balancing the Push and Pull factors of Land-Use Change: A New Zealand Case-Study
• Supporting complex decisions on land-use change
• Catchment And Community Environment Groups In Aotearoa New Zealand: Goals, Activities And Needs
• Challenges and Opportunities for New Zealand Agriculture under Climate Change (2022 update)
• Te Mana o te Wai Guidelines for Mana Whenua
• Rangatiratanga o te Wai Facilitation Programme
• Te Mana o te Wai Training Programme for Regional Councils
• Te Mana o te Wai Audit Tool
• Reflecting on the journey of environmental farm planning in NZ
• Soil nitrogen treatment alters microbiome networks across farm niches
• Towards implementation of robust monitoring technologies alongside freshwater improvement policy in NZ
• The potential for phosphorus loss to groundwater from soils irrigated with dairy factory wastewater
• Supporting the design of useful and relevant holistic frameworks for land use opportunity assessment for indigenous people
• Te Mana o te Wai Factsheet 1: hapū and Iwi
• Te Mana o te Wai Factsheet 2: Māori Landowners
• Te Mana o te Wai Factsheet 3: The National Objectives Framework
• Te Mana o te Wai Factsheet 4: Consent Applications
• Te Mana o te Wai Factsheet 5: Monitoring and Enforcement
• Crafting collective management institutions in messy real-world settings: A call for action research
• Beyond Sustainable Intensification: Transitioning primary sectors through reconfiguring land-use
• NZ’s Catchment and Biodiversity Groups: Goals, Activities & Needs – webinar
• Landscape DNA Webinar for Rural Professionals
• Kāinga: People, Land, Belonging
• Whole-Genome Sequencing and Virulome Analysis of Escherichia coli Isolated from New Zealand Environments of Contrasting Observed Land Use
• Enabling collaborative practices
• Pā to Plate: Preliminary Insights
• 35 Drivers Likely to Impact Farming in New Zealand: Fact Sheets
• The Matrix of Drivers: 2022 Update
• Creating Value for New Zealand Agri-food Exports: Moving from supply chains to value chains
• 9 attributes of successful value chains
• The Value Project: How Can Aotearoa New Zealand Generate Greater Returns from Sustainable Production?
• Taiao Manawa Ora: Purpose-led Change
• Murray Hemi describes Te Tiriti model, Taiao Manawa Ora: Purpose-led Change
• A Wai 262 Best Practice Guide for Science partnerships with Kaitiaki for Research Involving Taonga
• History and impacts of Wai 262 – webinar
• Mai te Rangi ki te Whenua, Mai te Whenua ki te Rangi
• Sediment and water-column phosphorus chemistry in streams at baseflow across varying catchment geologies
• Minimizing phosphorus leaching from a sandy clay loam caused by phosphorus fertilizers
• Meat insights: Uruguayan consumers' mental associations and motives underlying consumption changes
• Human Impacts Recorded in Chemical and Isotopic Fingerprints of Soils from Dunedin
• National contaminant mapping of soil losses from surficial erosion: an analysis of livestock grazing pressures on soil losses across NZ
• Wai 262 opportunities for National Science Challenges – webinar
• Wai 262 Best Practice Guide launch – webinar
• Communities and Climate Change: Why Practices and Practitioners Matter
• Science for Policy: The role of science in the National Policy Statement for Freshwater Management
• Science for Policy – System Supports
• Science for Policy – The Regulatory Process
• Analysing Trade-Offs in Land-Use Decision-Making
• Supporting Land Use Adaptation for a Climate Changed Future
• Indicators of Rural Resilience
• Beef in California, USA
• Wine (sauvignon blanc) in California, USA
• Kiwifruit in Shanghai, China
• Yoghurt in Shanghai, China
• Consumer Data Portal
• Pā to Plate
• LandscapeDNA
• ADOPT
• Actions to Include in a Farm Environment Plan
• The Value Project
• MitAgator
• Kaupapa Māori Land and Water Food Stories
• International Consumer Preferences: Evidence Finder
• Open-Access Evidence Base
• Value Compass interactive
• The impact of composting shelters on New Zealand dairy farms
• A Source-to-sink Contaminant Risk Framework To Support Water Quality Policy Across Scales
• Dispersed forage feeding to minimise negative impacts on soil and water quality
• From Value-Added to Values-Added: Storying Kaupapa Māori Land & Water Food Relations
• Indicators of Collective Responsibility by Catchment Groups
• Pā to Plate: Indicators of Success
• Growing for good: Producing a healthy, low greenhouse gas and water quality footprint diet in Aotearoa
• The longevity of fencing out livestock as a method of decreasing contaminant concentrations in a headwater stream
• Continuous measures of confidence in direction of environmental trends at site and other spatial scales
• A missing piece of the puzzle of on-farm freshwater restoration: What motivates land managers to record and report land management actions?
• Introducing The Value Chain Compass
• Rewarding Sustainable Practices: Introducing the Value Chain Compass
• Measuring real time nitrate leaching from a tile drained Hawkes Bay onion field: Final report
• Whole systems impact of composting shelters in New Zealand: Final report
• Collaborative Research Towards Best Practice Nitrogen Management in Asparagus Cropping: Final report
• Improving water quality outcomes through real-time quality monitoring: Final report
• Kiwifruit leaf water content detection using Synthetic Aperture Radar (SAR) satellite technology: Final report
• Dispersed forage feeding to minimise negative impacts on soil and water quality: Final report
• Zero Internationally Produced Supplement in the New Zealand Dairy System: Final report
• Biological test of soil health using molecular techniques: Final report
• ‘Summer safe' crops
• Summer forage crops: Options for a drystock farm based on a Waikato case study
• Regenerative Agriculture Value Proposition: Final report
• Orbiting kiwifruit water meters
• Sensors increase understanding and interest
• Farm Certification Scheme Survey, 2022
• Resilience is a meaningful, measurable trait of communities
• Adapting land for a climate-changed future
• Alternative kale feeding
• How much nitrogen does asparagus need?
• Measuring real-time nitrogen loss in cropping
• New test for biological soil health
• Next generation key to future of whenua
• Regenerative agriculture – opening up the wallet
• Shelter from the storm
• Summer salads for hill country cattle
• The supplement struggle
• A Proposed New Approach to Identify Limiting Factors in Assessing Land Suitability for Sustainable Land Management
• Limiting grazing periods combined with proper housing can reduce nutrient losses from dairy systems
• Nutrient losses from global dairy production systems differ
• Phenotyping early-vigour in oat cover crops to assess plant-trait effects across environments
• Phosphorus and iron-oxide transport from a hydrologically isolated grassland hillslope
• Linking the taniwha and dragon: Māori primary exports into China and culturally aligned value chains
• Collective storytelling as a river restoration tool: The role of catchment communities in inspiring environmental change
• The longevity of cultivation in decreasing the potential for phosphorus loss in runoff
• A new robust hybrid model based on support vector machine and firefly meta-heuristic algorithm to predict pistachio yields and select effective soil variables
• Climate change impacts on erosion and suspended sediment loads in New Zealand
• Drone Use in On-Farm Environmental Compliance: An Investigation of Regulators’ Perspectives
• The Tīmata Method: A low-cost way to retire farmland into native forest
• Retiring Farmland into Ngahere
• How much less? Estimating price discounts for suboptimal food with environmental and social credence attributes
• Future scenarios for arable agriculture
• Development of a Systems Model for Assessing Pathways to Resilient, Sustainable, and Profitable Agriculture in New Zealand
• An Analysis of Agricultural Systems Modelling Approaches and Examples to Support Future Policy Development under Disruptive Changes in New Zealand
• What is eDNA?
• Future scenarios for arable agriculture – model
• Road testing collective action design principles
• Kawakawa health products in Japan
• Bread in New Zealand
• Understanding Land-Use Trade-off Decision Making Using the Analytical Hierarchy Process: Insights from Agricultural Land Managers in Zambia
• Factors controlling shallow subsurface dissolved reactive phosphorus concentration and loss kinetics from poorly drained saturated grassland soils
• Catchment Journey Template
• Collective Storytelling
• Where next for catchment groups?
• Where next for catchment groups? A summary
• The Matrix of Drivers: Online Tool
• A Global Database of Soil Plant Available Phosphorus
• Taieri Land Use Diversification Opportunities
• Multi-Criteria Decision Making (MCDM) for Land Use Diversification tool
• Viewpoint: Act local, effect global: Integrating farm plans to solve water quality and climate change problems
• Land-use suitability is not an intrinsic property of a land parcel
• Winning the Green Premium: Horticulture Sector webinar
• Winning the Green Premium: Beverage Sector webinar
• Winning the Green Premium: Red Meat Sector webinar
• Pasture For Humans
• Lower Cost Native Restoration of Farmland: Tīmata Method Fact Sheet
• Knowledge, mātauranga and science: reflective learning from the interface
• Information // The Value Chain Compass
• Value Co-Creation // The Value Chain Compass
• Risk // The Value Chain Compass
• Product Quality // The Value Chain Compass
• Scale // The Value Chain Compass
• Chain Leadership // The Value Chain Compass
• Consumer Focus // The Value Compass
• Incentives // The Value Chain Compass
• Shared Values // The Value Chain Compass
• Webinar: Where next for catchment groups?
• Data Supermarket
• Digital Toolshed: Data Supermarket webinar
• EU Green Deal: Impact on New Zealand’s Land-based Primary Producers
• Survey of New Zealand consumer attitudes to consumption of meat and meat alternatives
• The Catchment Group Toolkit
• Enhancing Farm Assurance – A White Paper
• Reference conditions and threshold values for nitrate-nitrogen in New Zealand groundwaters
• Linking the uptake of best management practices on dairy farms to catchment water quality improvement over a 20-year period
• Assessing soil health following conversion from forestry to pasture in Canterbury
• Agronomic performance of summer forage crops on a Waikato dry-stock farm
• A survey comparing regeneratively and conventionally managed pastures and farm management policies
• Understanding signals
• Signals for Land Stewards: Final Report
• Applying phosphorus fertiliser
• Using variable rate irrigation to mitigate nutrient losses
• Using farm dairy effluent on free-draining soils
• Novel financing solutions for land use change
• Novel financing solutions for land use change (infographic)
• Research Paper Summary: Shared Vision for Land Use in Wairau Marlborough
• Agrivoltaics: Integrating Solar Energy Generation with Livestock Farming in Canterbury
• Integrating solar electricity generation with livestock farming in Canterbury
• eDNA as a holistic measure of pastoral landscape effects on taonga species
• Case Study: Establishment of Ground cover species in Apple Orchard
• Establishing perennial ground cover species, as a management practice to suppress weeds in a pipfruit orchard's “weed spray strip”
• Spring milling wheat as a ‘nitrogen scavenger’ in the North Island
• Systems Thinking for Future Farm System Design
• Agrivoltaics assessment tool for Canterbury farmers
• Local Grain Economy: Pathways to Transition Framework
• Better Wintering – West Coast
• Composting Mootels in a West Coast Context: Summary for Farmers
• Composting Mootels on the West Coast
• Can green crops capture enough nitrogen for vegetable growing?
• Does the source of drinking water (bore vs town supply) influence water intake, milk production and cow drinking preferences?
• Applying whakapapa research methodology in Māori kin communities in Aotearoa New Zealand
• Mitigation action prioritisation & resource tool for freshwater farm plans
• Aotearoa New Zealand needs a unified national food strategy
• Towards developing Aotearoa value chains – presentation
• Towards developing Aotearoa value chains – flyer
• OANZ Webinar: EU Green Deal Impact on NZ's Land-based Primary Producers
• Healthy Waterways Register
• Excluding stock from smaller streams
• Monitoring to detect changes in river water quality across New Zealand
• Soil erosion losses and contributions from underlying sources/causes
• Integrated Impact Assessment Framework (updated March 2024)
• Integrated Impact Assessment Framework – Getting Started
• Developing a framework to assess the impacts of land use change using wellbeing indicators
• Agrivoltaics webinar: Effectively integrating livestock and solar energy production
• Using Drone Technology for Environmental Compliance
• NZ Food System Innovators
• Building a Place-based Social Licence to Operate
• Diverse Experiences of Farming – summary
• Diverse Experiences of Farming – video
• Diverse Experiences of Farming – infographic
• Using eDNA to identify taonga species: Te Miro Farm case study
• Meeting the Growing Need for Land-Water System Modelling to Assess Land Management Actions
• Local food systems: Nate Smith of Gravity Fishing from Stewart Island, NZ
• Local food systems: Marty Skurr of Minchins Milling in North Canterbury, NZ
• Local food systems: Glen Herud of Happy Cow Milk in Christchurch, NZ
• Local food systems: Carlos Bagrie of Royalburn Station, Queenstown, NZ
• Mana-Centred Local Food System Model
• Housing and Food Production: Resident and Grower Perceptions of Peri-Urban Food-Production Landscapes
• Consumers want NZ farmers to comply with regulations – better monitoring and transparency would help to build trust
• Negotiating social licence to farm: what, where, and how
• Mangaroa Farms: Farming for Good
• Nitrogen, phosphorus, sediment and Escherichia coli in New Zealand’s aquatic receiving environments: Comparison of current state to national bottom lines
• Growing NZ cities eat up fertile land – but housing and food production can co-exist
• Research Findings Brief: Current state of water contaminants compared to bottom lines
• Effects of climate change and erosion mitigation on suspended sediment loads and visual clarity in the Wairoa catchment, Hawke's Bay
• 11 Insights to Co-design Place-based Approaches to Purposeful Change and Resilience
• Revitalise Te Taiao seminar: Whenua, Life, Values
• Dr James Turner on Taiao Manawa Ora: Purpose-led Change
• Peri-Urban Potential webinar
• Monitoring Freshwater Improvement Actions webinar
• Monitoring Freshwater Improvement Actions Webapp
• Knowledge into Action for Te Taiao: Research Insights
• Te Kāhui Rau: Research Insights
• Rere ki Uta, Rere ki Tai: Research Insights
• Pā to Plate Grower's Guide
• Webinar: Improving funding and support for collective action groups
• Tauututu: White Paper
• Kia Whakatōmuri te Haere Whakamua: Reimagining primary production based on traditional models of the past
• Implications of global price and supply of supplementary feeds on the New Zealand agricultural sector
• Reducing the reliance of New Zealand livestock systems on internationally produced feed
• State of Grain: Impacts & risks for dairy farmers
• Agrivoltaics opportunities in Aotearoa New Zealand
• Using green crops for soil fertility and health
• A practical guide for using green crops in New Zealand
• Integrated impact assessment for land and water management
• Building social licence to operate: A framework for gaining and maintaining meaningful, trustworthy relationships
• Bridging whenua enhancement plans with the next generation of Kaitiaki
• Futureproofing Māori Land Trusts (video series)
• Future-proofing implementation and engagement plan: Akapatiki A Block Incorporated
• Future-proofing implementation and engagement plan: Purakaunui Block Incorporated
• Te Rito Hāpori: Integrating Medicinal Cannabis Outdoor Cropping Within Established Farming Operations in Southland
• Enhancing mauri of land and water through land-use change
• Social Licence to Farm, and ‘Good Farming’: Public Views
• Social Licence to Farm and ‘Good Farming’: Farmer and Public Expectations
• Negotiating social licence to farm at Canterbury agricultural and pastoral shows
• A Waka-Taurua social licence to operate framework
• Has the social license negotiated within peri-urban environments been impacted following Cyclone Gabrielle?
• Slash and Social Licence: An examination of the role of institutional assemblages in (re)negotiating social licence to forest in NZ
• How farmers’ social licence to operate is being negotiated in statutory planning processes in the Waikato Region
• The Matrix of Drivers: 2023 Update
• Safeguarding Indigenous biocultural resources in a global context: a case study of taramea
• Temporal Changes in Cd Sorption and Plant Bioavailability in Compost-Amended Soils
• Multilateral Data Sharing: Lessons from a case study with organisations managing beef genetics data
• An integrative approach to silvopastoral system design: perspectives, potentials and principles
• How silvopastoral design could vary spatially within a farm
• Introduction to the Find Data platform (MVP V1.2)
• Find Data platform
• What do we mean by ‘good farming’ with Peter Edwards and Daniel Eb
• SWIFT: Strengths, Weaknesses, Impact and Feasibility Tool
• Transition of Pine Forests to Natives: Summary for Farmers
• High-resolution genomic analysis to investigate the impact of the invasive brushtail possum (Trichosurus vulpecula) and other wildlife on microbial water quality assessments
• Understanding signals influencing on-farm change
• Trusted storytellers as freshwater restoration knowledge brokers: individual and collective voices can both be effective
• Partnering for Change: A shared-responsibility approach to environmental change
• Partnering for Change work group process guide
• Partnering for Change: Pilot and replicable model
• Social licence: final report on the nexus between producers and the public
• A pathway to Multilateral Data Sharing: Understanding and overcoming barriers to MLDS in New Zealand’s primary industries
• New Zealand’s farmers are trusted, but there’s still work to do
• Changing Climate: Disease Risk & Costs
• The viability, feasibility, and environmental effects from using New Zealand sourced phosphate
• Protein Futures: Future Scenarios for Land-Use in Aotearoa New Zealand Synthesis Report
• Beyond meat and milk
• Future Proteins: Risk or opportunity for Māori agribusiness?
• Alternative protein scenarios – 2-page summary
• Protein future scenarios: Infographics
• Artificial proteins in Aotearoa New Zealand: Imagining futures for new technologies
• Emerging Proteins: Threat or Opportunity for Māori?
• The Fairies at the Bottom of the Lab: or Aotearoa New Zealand Food Industry Imaginaries of a Cellular-Agriculture Future
• The Food & Farming People's Panel in Aotearoa New Zealand
• Taking a look at the big picture
• A review of the development and implementation of the critical source area concept: A reflection of Andrew Sharpley’s role in improving water quality
• Matt Rout: Rere ki Uta Rere ki Tai update
• TICI: a taxon-independent community index for eDNA-based ecological health assessment
• Monitoring to detect changes in water quality to meet policy objectives
• Net export of E. coli from the Toenepi wetland cannot be explained by growth of naturalized E. coli in the water column
• Draft genome sequences of Escherichia spp. isolates from New Zealand environmental sources
• Peri-urban landscapes: Rethinking the land around cities for housing + food production
• Agrivoltaics: Integrating Solar Energy Generation with Livestock Farming in the Canterbury Region of Aotearoa New Zealand (pre-print)
• Economic impacts of mitigation options to reduce suspended sediment loads and improve visual clarity in the Wairoa catchment, Hawke's Bay
• Farmer preferences and drivers of decision-making related to water quality actions and land use change in Tukituki
• Legumes for Our Land and Water
• Integration of agroforestry systems within irrigated dairy farms in Waimakariri, Canterbury
• Land Use Diversification Challenges and opportunities for three North Canterbury farmers
• How, Where and Why Alternative Proteins Will Change Farming in New Zealand
• Farming with the sun: Agrivoltaics from a farming perspective
• Phosphorus applications adjusted to optimal crop yields can help sustain global phosphorus reserves
• Physiographic Environment Classification: a Controlling Factor Classification of Landscape Susceptibility to Waterborne Contaminant Loss
• Beyond the Unicorn Eater: Social Approaches to Healthy Eating and Food Security in Aotearoa New Zealand
• School- and Community-Based Approaches to Healthy Eating and Food Security in Aotearoa New Zealand
• Daffodil production for galanthamine
• Evaluation of Cow Collar Technology
• Learning from Farmers: On-farm emissions reductions
• Optimising on-farm nitrogen management in the face of regulated fertiliser input
• Strip-till Fodder Beet to Improve Land and Water Outcomes
• Integration of agroforestry systems within irrigated dairy farms in Waimakariri, Canterbury
• From mountains to the sea: values and science for an informed kaitiaki/guardian – land
• NZIPIM Webinar: Opportunity for Integrating Agroforestry into Canterbury Dairy Farms
• The Role of Relationships, Respect, and Self-determination in Creating Equitable Research Partnerships: The Case of Revitalise Te Taiao
• Water Quality Monitoring for Management of Diffuse Nitrate Pollution
• Detection Power & Lag Webinar
• Groundwater Detection Power Calculator
• The Power of the Current Monitoring Network to Detect Nitrate Reductions in the Selwyn-Waihora Zone
• Determining the likelihood and cost of detecting reductions of nitrate‑nitrogen concentrations in groundwater across New Zealand
• Environmental Law and Agrivoltaics
• Agrivoltaics and Te Ao Māori
• An Introduction to Agrivoltaics
• Predicting facial eczema risks in a changing New Zealand climate
• Further concepts and approaches for enhancing food system resilience
• Data Sharing Opportunities & Insights
• In recognition of Mike Hedley: fate of fertiliser in soil and mobilisation of recalcitrant nutrients
• The Our Phosphorus Future Report
• Quantifying contaminant losses to water from pastoral landuses in New Zealand II. The effects of some farm mitigation actions over the past two decades
• Nitrogen fertilization effects on soil phosphorus dynamics under a grass-pasture system
• Development of a national-scale framework to characterise transfers of N, P and Escherichia coli from land to water
• Consumer Willingness to Pay Price Premiums for Credence Attributes of Livestock Products – A Meta-Analysis
• Strategies to improve the efficiency and decrease the negative environmental impacts from phosphorous fertiliser use
• Workforce Implications of Large-scale Land-use Change in Aotearoa New Zealand
• Labour and Land-use Regional Model for Aotearoa
• Worker Requirements by Land Use
• Land Use Options in Waimakariri
• Kuaha Matihiko: Digital Gateway final report
• The role of information in land-use decision making: the perspective of farmers in New Zealand
• Worker Requirements Webinar
• Find Data: Digital Gateway Webinar
• Integrated Impact Assessment (IIA) Framework Webinar
• Healthy Waterways Register Webinar
• Dairy Effluent Systems for High Rainfall – Report Final
• Te Tiriti-led and mission-oriented: Assessing Phase 2 of Our Land and Water Toitū te Whenua, Toiora te Wai
• Rethinking the Whenua Around our Cities Could Help Turn the Table on our Food Crisis
• Ki uta ki tai: Managing catchments for Healthy Estuaries
• Farm Certification Scheme Survey 2024
• Feeding Aotearoa
• Learning from Farmers – Emission Reductions
• A method to derive nitrogen transport factors for New Zealand's agricultural lands
• Peri-urban landscapes and the potential of integrated foodscapes to support healthy cities: an Aotearoa New Zealand case study
• Five conceptual land use scenarios for the peri-urban zone
• Our Environment: Crop Suitability
• Predicting impacts of agricultural land use on stream and river biota: method review, evaluation and guidance
• Perceptions of the ‘good farmer’ and social licence to operate in Aotearoa New Zealand
• Difficulties in using land use pressure and soil quality indicators to predict water quality
• A Foot in the Door to the Alternative Protein Market
• Optimising sampling frequency for change detection of variables in lake monitoring programs
• Scenario design of New Zealand future agriculture
• Make your stream monitoring data count! A national quality assurance framework for community-based monitoring in Aotearoa New Zealand
• Alternative Feeds to Hit Emissions Targets
• Better Phosphorus Use Can Ensure its Stocks Last More than 500 Years and Boost Global Food Production
• Beyond Sauv Blanc: How Does Marlborough Imagine Its Future Land Use?
• Biodiversity Credits to Fund Land-Use Change on the Table
• Canterbury Plains Could Lead the Way in Push for Increased Wheat Production
• Demand & Supply: Trends and Risks of Imported Feed
• Digging into the Promise of Pasture Protein – for Humans
• Double Data: Unlocking Opportunities for Data Sharing
• Extreme Weather a Critical Concern for Next Decade of Farming, Experts Say
• Growing More Grain: Impacts & Opportunities for Dairy Farmers
• More Investment in Water Quality Monitoring is Needed
• Primary Industry Trade at Risk Unless Assurance is Tightened
• Study Shows Dairy Farm Work is Helping Improve Water Quality
• Rural and Urban Divide a Myth
• Growing for Good: A ‘Win-Win-Win’ Plan for Future Food Production
• Place-based diversification: Pathways to diversified shared landscapes in the Wairau Marlborough region of Aotearoa New Zealand
• Exploring the role of high-value crops to reduce agricultural greenhouse gas emissions in New Zealand
• Monitoring chlorophyll a in lakes
• Monitoring visual water clarity in lakes
• Monitoring deposited fine sediment in rivers
• Monitoring E. coli in lakes and rivers
• Monitoring nitrate in groundwater
• Monitoring macroinvertebrates in rivers
• Monitoring nitrogen in rivers
• Monitoring total nitrogen in lakes
• Monitoring periphyton in rivers
• Monitoring phosphorus in rivers
• Monitoring total phosphorus in lakes
• Monitoring water clarity and turbidity in rivers
• Map of Total Phosphorus Yield and Reduction Potential
• Map of Total Sediment Yield and Reduction Potential
• Management Practices to Improve Water Quality (learning module)
• Communicating Effectively with Farmers (learning module)
• Tools for Making Land Use Change Decisions (learning module)
• Guidelines for the use of Pohewa Pae Tawhiti to support decisions around changes in land use
• Providing Healthy Food for Children in Schools in Aotearoa: Factsheet
• Panel on Catchment Groups Reveals a Key Tension
• Ka Manawa Piharau tō Ratau: Workshop Summary
• Parameters for simple empirical catchment water quality models for simulating Escherichia coli in New Zealand rivers
• A New Hill Country Vision
• Can Kānuka Increase Pasture Production in New Zealand Hill Country? Research Video
• The Effect of Kānuka Trees on Surface Runoff and Sediment and Nutrient Losses: Research Video
• Native Silvopasture Trials in New Zealand Hill Country: Research Video
• The Potential of Silvopastoralism in New Zealand: Research Video
• Quantifying the Effect of Trees on Slope Stability in New Zealand Hill Country: Research Video
• Modelling Silvopastoral Trees for Sediment Control in New Zealand Hill Country: Research Video
• Our Land and Water Podcast Series
• Our Land and Water Podcast Episode 1: How bad is our water quality, really?
• Our Land and Water Podcast Episode 2: What is driving the pace of change?
• Our Land and Water Podcast Episode 3: What else can we grow here – and where?
• Our Land and Water Podcast Episode 4: How do we add diversity on farm?
• Our Land and Water Podcast Episode 5: How do we pay for change?
• Our Land and Water Podcast Episode 6: We can make progress – but we need to work together
• Our Land and Water Podcast Episode 7: How Māori agribusiness appoaches could lead the way
• Our Land and Water Podcast Episode 8: How do we feed Kiwi families and communities?
• Te Kapa o Te Reureu: Keeping the Home Fires Burning
• Examining the effect on sediment loss by differential pricing in the ETS to encourage land use change on highly erodible land
• Lessons from governing and managing community-led research
• Interoperable Models for Land and Water: Framework selection and preliminary design (consultation draft)
• Predicting impacts of agricultural land use on stream and river biota: method review, evaluation and guidance
• Impacts of sediment on freshwater and estuarine and freshwater fish species
• Enhancing trust in farm assurance systems: a multistakeholder perspective
• Impacts of sediment on aua yellow-eyed mullet
• Impacts of sediment on banded kōkopu
• Impacts of sediment on giant kōkopu
• Impacts of sediment on īnanga
• Impacts of sediment on kahawai
• Impacts of sediment on kanae grey mullet
• Impacts of sediment on kōaro
• Impacts of sediment on pātiki mohoao – black flounder
• Impacts of sediment on tuna longfin eel
• Impacts of sediment on tuna shortfin eel
• Impacts of sediment on shortjaw kōkopu
• Kaitiaki Intelligence Platforms website
• Capturing premiums for authentic Māori agrifood products: Consumer willingness to pay and authentication processes
• Determining environmental intelligence needs of Māori Agribusiness Collectives (MACs) and iwi to inform the design of a Kaitiaki Intelligence Platform
• The Kaitiaki Intelligence Platform: An automated sensor network design for meeting the environmental intelligence needs of Māori Agribusiness Collectives and iwi
• Meeting the Needs of the Assurance Sector: Informing the Kaitiaki Intelligence Platform Design
• Meeting the Needs of the Sustainable Finance Sector: Informing the Kaitiaki Intelligence Platform Design
• Building Kaitiaki Intelligence Platforms: Positioning iwi as the national first-movers in precision, high-resolution environmental monitoring
• Ki uta ki tai: mātāpono me te pūtaiao, ngā korero whakamahuki ma te kaitiaki – From mountains to the sea: values and science for an informed kaitiaki / guardian
• Guiding Biodiversity Investment in New Zealand
• Freshwater Improvement Scenario Builder
• An Early Contribution to Beef + Lamb New Zealand’s Taste Pure Nature Brand
• Eight Iwi and Three Councils’ Partnership Responds to Te Mana o Te Wai in Te Tauihu
• Why Pines? A context for recent research results which appear to support land conversion into pine forestry
• Revitalise te Taiao website
• Project Summary – Future Risk Planning Through The Visualisation Of Forestry Harvesting Cycles
• Forestry Catchment Planner: User Guide
• Reducing phosphorus losses from agricultural land to surface water
• Future Land Use Opportunities video
• Future Land Use Opportunities illustration
• Delineating the interaction of Escherichia species with freshwater pathogens and land-use
• Quantifying catchment and community-based stream monitoring in Aotearoa New Zealand
• Supercharge your data collection when participating in community-based monitoring of freshwater environments
• Forest Catchment Planner app
• Forestry Catchment Planner documentation website
• Visualisation Of Forestry Harvesting Cycles: Wairoa Catchment Case Study
• Adoption of the Tīmata Method for Restoring Native Bush
• Māori Values Motivate Entrepreneurship
• Online Tools Show Where Land-Use Change Needs to be Considered
• Research Spurs New Silvopasture Business
• Te Ao Māori Approaches to Farming Enable Effective Local Solutions
• Waerenga Trust, Matatau Whenua Research
• Mosaics Testing Model
• Collective storytelling to improve freshwater ecosystem health through catchment community knowledge sharing
• Matarau
• Co-benefits and trade-offs of water quality mitigation measures on greenhouse gas emissions from New Zealand dairy systems
• Linking land value to indicators of soil quality and land use pressure
• Silvopastoral agroforestry systems for dryland corners in Canterbury farms
• Enabling Te Mana o Te Wai with Cultural Health Assessment Tools
• Agrivoltaics for small ruminants: A review
• Matatau Whenua Guidelines – Infographic
• The health of cultural values and mahinga kai in the Te Wairoa-Hōpūpū-HōnengenengeMātangirau, Wairoa river catchment and the impacts of sediment
• Modelling to identify direct risks for New Zealand agriculture due to climate change
• Co-production of insights for place-based approaches to revitalise te taiao in Aotearoa New Zealand
• Tai-o-Rongo: Harnessing Kōrero Tuku Iho for Flourishing Land Management at Awhi Farms