View Our Strategy Document 2019 – 2024
August 30, 2024
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- About UsMā mātou
- Our ScienceTe pūtaiao
- Future Landscapes Ngā Horanuku AnamataIn the future, landscapes will contain mosaics of land use that are more resilient, healthy and prosperous than today.
- Assessing Contaminants with Stream Order
- Benign Denitrification in Groundwaters
- Cascade of Soil Erosion
- Connecting Soil and Water Quality
- Crop Disease Under Climate Change
- Faecal Source Tracking
- Healthy Estuaries
- Innovative Agricultural Microbiomes
- Interoperable Modelling
- Land Use for Nutritious Diets
- Land Use Opportunities
- Land Use Suitability
- Linking Legacies to Wai
- Mapping Freshwater Contaminants
- Matarau: Empowering Māori Landowners in Land Use Decisions
- Measuring Denitrification
- Monitoring Freshwater Improvement Actions
- Mosaic vs Monoculture Landscapes
- Next Generation Systems
- Pasture for Humans
- Peri-Urban Potential
- Phosphorus Best Practice
- Physiographic Environments of New Zealand
- Pohewa Pae Tawhiti
- Protein Future Scenarios
- Silvopastoral Systems
- Sources and Flows
- Visualising Forestry Harvesting Cycles
- Incentives for Change Ngā Poapoa PanoniWe want to reward New Zealand’s primary producers for producing high-value products in sustainable ways.
- Aotearoa Food Cultures
- Appropriate Use of Taonga Species
- Credence Attributes On Farm
- Early Māori Agricultural Entrepreneurship
- EU Green Deal: Impact on NZ Exports
- Eutrophication Product Footprinting
- Impact of Imported Feed Shortages
- Incentives for Data Sharing
- Indicators Working Group
- Integrating Value Chains
- Kaitiaki Intelligence Platforms
- Kuaha Matihiko: Digital Gateway
- Measuring Full Impacts of Land-Use Change
- New Models of Collective Responsibility
- Options for Rural Investment
- Reasons for Water Quality Improvement
- Regenerative Agriculture
- Register of Land Management Actions
- Rewarding Sustainable Practices
- Signals for Land Stewards
- The Matrix of Drivers
- Workforce Implications of Land-Use Change
- Pathways to Transition Ngā Ara WhakawhitiWe are growing understanding of what it takes to transition to resilient, healthy and prosperous futures, and are developing tools to help.
- Connecting Food Producers & Consumers
- Diverse Experiences of Farming
- Enhancing Assurance Schemes
- Future Scenarios for Arable Agriculture
- Implementing Te Mana o Te Wai
- Land-Use Scenarios for Nikau Farm
- Lessons from Our Land and Water
- Mauri Whenua Ora
- Ngā Tai-o-Rongo
- Predicting Agricultural Research Adoption
- Retiring Farmland into Ngahere
- Revitalise Te Taiao
- Rural Professionals Fund 2020–21
- Rural Professionals Fund 2021–22
- Rural Professionals Fund 2022–23
- Rural Professionals Fund 2023–24
- Science in Freshwater Policy Development
- Shared Vision for Land Use in Marlborough
- Storying Kaitiakitanga
- Synthesis Scenarios for Future Land Use
- The Collaboration Lab
- Trust and Social Licence
- Urban-Rural Partnerships for Equal Change
- Whenua Life Values
- Future Landscapes Ngā Horanuku AnamataIn the future, landscapes will contain mosaics of land use that are more resilient, healthy and prosperous than today.
- News + EventsHe pānui
- Resources Ngā rauemi
- View by topic
- Climate Change
- Collaboration
- E.coli
- Farm Environment Plans
- Farm Management
- Farming for Good
- Increasing Value
- Irrigation
- Land-Use Change
- Measuring Water Quality
- Mitigation
- Nitrogen
- NPS-FM
- Nutrient Management
- Phosphorus
- Regenerative Agriculture
- Sector Transformation
- Sediment
- Social Licence
- Te Ao Māori
- Te Mana o Te Wai
- Winter Grazing
- View by topic
- Outcomes Ngā puawaitanga
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1192 results for "Process-Automation Latest Exam Cost 💯 Process-Automation Test Collection ☝ Process-Automation New Real Exam ↕ The page for free download of ⏩ Process-Automation ⏪ on 《 www.pdfvce.com 》 will open immediately 🍼Latest Process-Automation Study Materials"
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Reflecting on the journey of environmental farm planning in NZ
Environmental farm planning in New Zealand dates to the 1950s when soil conversation plans were first undertaken. Since then the extent and complexity of whole farm sustainability along with regulatory drivers and environmental compliance target…
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The Our Phosphorus Future Report
Unsustainable phosphorus use is at the heart of many societal challenges.
Unsustainable phosphorus use affects food and water security, freshwater biodiversity and human health. Increasing demand for food to support a growing global popul…
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Workforce Implications of Large-scale Land-use Change in Aotearoa New Zealand
Many stakeholders across the research sector, central and local government, and iwi Māori believe that diversifying land uses can help to ach…
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Applying the concept of resilience to an integrated research programme
The aim of this report was to provide transparency for improved strategy, co-ordination and integration of the Collaborative Capacity (now called Pathways to Transition) theme within the Our Land and Water National Science Challenge using a resi…
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Linking the taniwha and dragon: Māori primary exports into China and culturally aligned value chains
Māori primary producers have focused their export attention to China, with many seeking to turn supply cha…
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The Land Resource Circle: Supporting land-use decision making with an ecosystem-service-based framework of soil functions
Land information has in the past focused on the key land and soil properties that physically or chemically support or limit the use of land. With the increasing focus on the environmental, social, and cultural impacts of land-use decisions beyon…
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Economic impacts of mitigation options to reduce suspended sediment loads and improve visual clarity in the Wairoa catchment, Hawke's Bay
The Wairoa River is significant to the iwi and hapū of Te Rohe o Te Wairoa, and is valued ecologically as well as for recreation and mahinga kai. Excess sediment entering the water is an important threat to the health and mauri of the river.
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Faecal source tracking and the identification of naturalised Escherichia coli to assist with establishing water quality and faecal contamination levels
E. coli are routinely measured as faecal indicator bacteria (FIB) to provide indications of microbial water quality in parallel with other physico-chemical parameters. Recent evidence indicates that some ‘naturalised’ Escherichia spe…
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Optimising on-farm nitrogen management in the face of regulated fertiliser input
The key purpose of this project was to investigate how farmers had responded to the regulatory capping of synthetic nitrogen fertiliser at a maximum of 190 kg N/ha onto pastoral farms, and the impact this had had on nitrogen leaching and greenho…
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Climate change impacts on erosion and suspended sediment loads in New Zealand
• Modelling climate change impacts on national erosion and sediment loads is challenging.
• Framework for estimating future load contributions from predominant erosion sources presented
• Regional sediment loads increase 1–233 % by…
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How much less? Estimating price discounts for suboptimal food with environmental and social credence attributes
Price discounting strategies for suboptimal food perform an essential part in reducing food waste. This study provides new information empirically estimating discounts for levels of apple injury and deformity consistent with United States Depart…
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Effects of climate change and erosion mitigation on suspended sediment loads and visual clarity in the Wairoa catchment, Hawke's Bay
The Wairoa River is significant to the iwi and hapū of Te Rohe o Te Wairoa. An important threat to the health of the river is from sediment entering the water.
The Wairoa Tripartite (Wairoa District Council, Tātau Tātau o Te Wairoa, Hawke…