Testing novel fertilisers, microbial inoculants, or amendments for better weed suppression, nutrient efficiency, and soil carbon sequestration, through field trials and analysis to achieve improved outcomes where standard products fall short.

Investigating feed formulations, probiotic supplements, or health protocols to boost growth rates, disease resistance, or antibiotic reduction, through controlled trials and performance monitoring that attempt to resolve technical uncertainties in animal production.

Designing and trialling methods to cut emissions, optimise nutrient use, or integrate renewables (e.g., on-farm biogas or solar-powered systems), involving experimentation to balance productivity, cost, and environmental goals.

Prototyping or customising robots for targeted weed removal, selective spraying, or harvesting to reduce chemical use and labour, including iterative development and testing to handle environmental factors effectively.

Experimenting with new hybrids, cover crops, or genetic approaches for drought resistance, disease tolerance, or higher yields, using methodical trials and data analysis beyond established methods.

Designing and trialling methods to cut emissions, optimise nutrient use, or integrate renewables (e.g., on-farm biogas or solar-powered systems), involving experimentation to balance productivity, cost, and environmental goals in challenging conditions.

Developing or adapting vertical farming setups, including optimised LED lighting, climate control, hydroponic/aeroponic nutrient delivery, or energy-efficient configurations, to improve crop yield, energy consumption, or scalability, through iterative trials, system calibration, and performance testing.