VistaMilk is, for the first time, linking the Irish Agri-Food industry with Ireland’s leading technology research institutes in a large-scale innovation ecosystem to address the complex challenges being faced by the sector. The VistaMilk Centre has the potential to nurture a burgeoning Agri–Tech industry, stimulating high technology employment in both the dairy and ICT sectors. The Centre is providing the scale and skills to deliver this agenda. The confluence of ICT and dairy industry expertise in the creation of a single coherent research agenda brings together two of the highest performing export industries in Ireland and provides a Centre where problem statements and solutions can be explored and process improvements developed and deployed.
3 THEMATIC AREAS
In addressing the three thematic areas, VistaMilk will combine biological sciences with cutting edge information communications technology (ICT) areas through its research platforms of enabling technologies.
The Platform research focuses on fundamental research and does not include industry partners.
Spoke research has at least one industry partner involved. Within each Spoke there can be a number of Targeted Projects, each with at least one Research Performing Organisation (RPO) and one industry partner.
Objective: Develop an improved understanding of the rumen environment and its impact on performance as well as exploiting activity monitors to diagnose animal-level events.
Project leads: Stephen Butler & Sasitharan Balasubramaniam
Objective: Provide diagnostic options to support sustainable control of priority diseases in dairy herds
Objective: Deliver more accurate genomic predictions for performance in dairy cows.
Objective: To optimise and predict the processing performance of future milk by understanding the contribution of pasture and cow-level factors to compositional variability.
Project leads: John Tobin & Derek Greene
Dairy Production Digestion
Objective: Employ in vitro, ex vivo and in vivo systems to study the (pre-)digestion of new dairy ingredients and their impact on host cells and the gut microbiota.
Objective: Quantify nutritional attributes & health benefits of dairy products for human nutrition.
Soil Nutrient Dynamics
Objective: Deliver more accurate predictions of soil nutrient supply to maximise grass growth and minimise losses to the environment.
Project leads: Karen Daly & James Rohan
Objective: Capture accurate real-time information on pasture production, canopy structure/quality, and herbage mineral content for grazing dairy-cows and deploy in pasture decision support tool.
Objective: Increase the rate of genetic gain in forage breeding to enhance on-farm profitability.