One of the key objectives of the Dairy Futures:Living Lab is to provide a platform for research and industry engagement to work together to solve the challenges facing agriculture. As a university farm we aim to encourage, engage and enable under graduate and post graduate students in various aspects of research.
Some of the research will be short term component studies within the wider Dairy Futures:Living Lab farmlets while other projects will run in parallel to the farmlet. The Living Lab initiative will support research in under graduate courses (for example PLSC321 and ANSC 312), Honours projects, Masters and PhD's.
An important part of our research is collaboration. The Dairy Futures Living Laboratory is partnering with the Low N Systems here in New Zealand, with the aim to find adoptable solutions for reducing N loss. We've also teamed up with the European Transform Dairy Net project to support farmers and stakeholders in their cow calf contact journey. We're open to national and international collaboration to support the incubation of ideas which enahnce the dairy sector.
New Zealanders care deeply about the environment and the goal for this Living Lab project is to identify opportunities and develop solutions for reducing the impact of dairying on water quality and green house gas emissions. Recently (since 2023) we have been teaming up with DairyNZ and the Low N Systems program which is a collaborative project to investigate the impact of stacking N loss mitigation's on nitrate leaching risk. The Low N systems is utilising the Dairy Futures Living Lab prototype farmlets to implement and test the outcomes of modelling (see our publications) with the goal to acheive N loss reductions of 40 to 60 percent or more, while maintaining farm business viability.
New Zealand's dairy industry exports most of its products, so meeting expectations of both our local and global consumers is integral in our food production activities. Delivering the highest animal welfare standards is not only the right thing to do but has implications on market accessibility. One welfare concern is the conventional practise of separating cows and calves at birth, and this practise may become a challenge for the industry in the future. The Dairy Futures Living lab has been collaborating with industry, farmers, and students to learn more about the challenges and opportunities with cow calf contact (CCC) in pastoral systems. We are also collaborating with the European Union project 'Transform Dairy Net' to explore ways to inform and support CCC systems. See our research in publications
Efficiency in farming is needed to ensure we are making optimal use of available resources. Our Living Lab projects to improve efficiency currently fall into two categories with the first one being calves. To improve efficiency and reduce waste we are investigating the effect of early life feeding of replacement heifers to assess the long term impacts on productivity, at the same time we are exploring opportunities to make the most of non-replacement calves. Our second efficiency project addresses questions around circular economies. Reducing waste in food production is an important part of sustainability. This research is a collaboration between universities (University of Canterbury) and the Bioeconomy Science institute (Manaaki Whenua) to investigate opportunities to reduce food waste and increase energy availability in livestock production systems.
Transform Dairy Net Webinar. Grazing together: CCC in pastoral farming. 14 July 2026
Hendriks et al. Mini-Review: System-level considerations associated with cow-calf contact in seasonal-calving pasture-based dairy systems
Dairy Exporter 2024 (Podcast) - Could we keep calves on cows as our consumers demand it?
Bryant et al. Comparison of suckling and artificial rearing on calf growth and milk requirements in pastoral dairy systems
Bryant presentation at Australasia Dairy Science Symposium in Christchurch Suckling versus artificial rearing
Mangwe et al. Forage lucerne for grazing dairy cows: effects on milk yield, milk urea and fatty acid composition
Mangwe presentation at Australasia Dairy Science Symposium in Christchurch Grazing lucerne for milk production
Mangwe et al. Inclusion of Forage Chicory in the Diet of Lactating Dairy Cattle on Milk Production and Milk Fatty Acid Composition
Bryant et al. Can additives or controlled release coating improve the nitrogen use efficiency of urea fertiliser?
Bryant presentation at Grasslands conference Oamaru Improving N fertiliser response
Farmsource webinar: Artificial Rearing or Suckling? Considerations of Pre weaning Feeding Regime in Pastoral Dairy Systems
Dairy Exporter 2023: Applying science to suckling
Green to Gold 2023 issue 222 Value of Chicory
Chikazhe et al. Stacking nitrogen leaching mitigations in a Canterbury dairy system whilst minimising profitability losses
Dairy Exporter. 2022. Staying with Mum. https://nzfarmlife.co.nz/staying-with-mum/ September
Moonsan et al. 2022. Impact of maternal diet during late gestation and pre-weaning milk allowance on heifer growth and first lactation milk yield
Kok et al 2022. Can low input dairy systems be economically and environmentally sustainable? Results from a farmlet study.
Miller et al. 2022. Tactical use of gibberellic acid and nitrogen fertiliser to improve production of perennial ryegrass and while clover swards.
Brown et al. 2022. Does silage containing plantain affect the urination behaviour and urinary nitrogen of dry cows grazing diverse or conventional pasture?
Bryant et al. 2022. Prevalence of bloat in cows grazing plantain dominant diverse pastures at dry off: a case study
Bryant et al. 2021. Effect of farm system and milk urea phenotype on milk yield and milk composition of dairy cows in Canterbury
Smalling et al. 2021. BRIEF COMMUNICATION: Assessing the behaviour of pastoral poultry in an integrated system on a commercial dairy farm
Mangwe and Bryant 2021. Partial replacement of ryegrass and clover herbage with chicory to alter urination behaviour and soil nitrogen loading of grazing dairy cows
Mangwe et al. 2021 Effect of vernalisation on the diurnal changes in fatty acid profile and nutrient composition of chicory in response to defoliation frequency
Jack Greig (2021, Honours). Can cool-season pasture response to urea be improved by additives or slow release coating?