Science projects
DairyNZ’s science projects are designed to help farmers become more internationally competitive, locally responsible and regionally resilient. Here’s an overview of our current and past research.
Total results 12
Total results 12
Featured
Low nitrogen systemsThe DairyNZ-led, Low N Systems research programme investigates stacking (or combining) management strategies and mitigation technologies on dairy farms to deliver reductions in nitrate leaching of over 40%.
4 min read
The DairyNZ-led programme Forages for Reduced Nitrate Leaching – a cross-sector approach (2013-2019) provided new scientific knowledge, tools and technologies for forage production that can amount to more than 20% reduction of nitrate leaching from.
4 min read
The DairyNZ-led programme Forages for Reduced Nitrate Leaching – a cross-sector approach (2013-2019) provided new scientific knowledge, tools and technologies for forage production that can amount to more than 20% reduction of nitrate leaching from.
4 min read
Exploring new, cost-effective off-paddock wintering options for dairy farmers, particularly in the southern South Island, where farmers utilise winter crop grazing.
2 min read
Exploring new, cost-effective off-paddock wintering options for dairy farmers, particularly in the southern South Island, where farmers utilise winter crop grazing.
2 min read
The Plantain programme is a DairyNZ-led collaborative research and development initiative. The aim is to substantially reduce nitrogen lost to freshwater and greenhouse gas produced from pastoral sectors by using the grazing herb plantain (Ecotain®).
2 min read
The Plantain programme is a DairyNZ-led collaborative research and development initiative. The aim is to substantially reduce nitrogen lost to freshwater and greenhouse gas produced from pastoral sectors by using the grazing herb plantain (Ecotain®).
2 min read
The Less-Methane team at DairyNZ are working on several projects to develop viable solutions that reduce methane emissions on NZ farms. There are many methane mitigating technologies that are proven to work in farm-systems overseas.
2 min read
The Less-Methane team at DairyNZ are working on several projects to develop viable solutions that reduce methane emissions on NZ farms. There are many methane mitigating technologies that are proven to work in farm-systems overseas.
2 min read
The Chicory and Plantain programme of work aimed to determine milk production responses to supplementing a pasture-based diet with chicory or plantain in summer, and how grazing management affected the growth and quality of these herbs, as well as
3 min read
The Chicory and Plantain programme of work aimed to determine milk production responses to supplementing a pasture-based diet with chicory or plantain in summer, and how grazing management affected the growth and quality of these herbs, as well as
3 min read
Pastoral 21 Next Generation Dairy Systems was a collaborative* five-year farm programme that aimed to provide proven, profitable, simple, adoption-ready systems that lifted production and reduced nutrient loss.
5 min read
Pastoral 21 Next Generation Dairy Systems was a collaborative* five-year farm programme that aimed to provide proven, profitable, simple, adoption-ready systems that lifted production and reduced nutrient loss.
5 min read
We know there is no 'one size fits all' approach when it comes to achieving improved environmental outcomes, so we have partnered with four farms across the region to better understand their environmental and financial performance and identify.
1 min read
We know there is no 'one size fits all' approach when it comes to achieving improved environmental outcomes, so we have partnered with four farms across the region to better understand their environmental and financial performance and identify.
1 min read
Read more on how DairyNZ is understanding how predicted changes to climate will affect cow health and welfare.
2 min read
Read more on how DairyNZ is understanding how predicted changes to climate will affect cow health and welfare.
2 min read