AI-enhanced climate storylines for agricultural adaptation and resilience

Harness AI techniques to create advanced climate storylines tailored for agriculture. Develop data-driven, high-resolution scenarios that improve adaptive planning and resilience against climate extremes.

This research addresses critical challenges posed by climate extremes to agriculture and food security. By integrating AI, climate science,…

Explore novel insecticidal proteins to develop sustainable crop protection methods. Use molecular biology and toxicity testing techniques while collaborating with industry leaders. Contribute to reducing chemical pestic…

The research aims to deliver sustainable crop protection by developing bio-based insecticidal proteins. This reduces the environmental and …

Explore the genetic basis of barley awn roughness traits by identifying new controlling genes and studying their effects at cellular and whole-plant levels. Apply bioinformatics and molecular biology techniques in a glo…

This research enhances understanding of key genetic traits influencing barley development, contributing to crop improvement efforts that ca…

Explore how resources are allocated across farms in Ireland and the EU. Analyze the effects of farmer ageing, volatility, and mixed-farming on productivity and sustainability using advanced econometric methods and rich …

This research provides valuable evidence on how resources are effectively used within EU agriculture, informing policies that can improve p…

Fully funded PhD at the University of Bath developing biodegradable, microplastic-free polymer coatings for agricultural seeds using carbohydrate-derived materials.