Effective business relationships in vertical supply chains are thought to: (a) reduce uncertainty (b) improve access to crucial resources and ⁄or (c) raise business productivity. This project aims to review the status-quo of collaboration and engagement between various stages of Scotland’s food and drink supply chain; to identify those points under acute pressure in the wake of recent shocks and recognising their strengths and weaknesses; and to identify means by which collaboration can be enhanced. 

This project aims to identify the most effective food swaps, based on an individual’s diet, that makes their shopping basket more healthy and environmentally sustainable; and monitor in real-time whether physiological, psychological and environmental factors, at an individual level, affect the adoption of such food swaps and make individual diets healthier and more environmentally sustainable, in young adults. 

We explore the biological consequences and potential practical applications of natural genetic variation found in the primary barley genepool to address future priorities in low carbon cereal agriculture. This is a contemporary barley genetics, genomics and informatics research project focused on scientific discovery and impactful translational biology. 

This project is developing tools and a framework to serve as the basis for future reviewing of the resilience of supply chains. These tools are used to understand the vulnerabilities and strengths within the Scottish food and drink supply chain – as a whole and sub-industry specific. The supply chains we are considering are pigs, beef, dairy and potatoes. Finally, within each supply chain, the project is identifying practical applications of the framework to demonstrate the value of investment and novel forms of intervention.