Virtual bees in simulated greenhouses
About the project
The steady rise in global population, compounded with the effects of climate change, herald a future where food shortages will be a major issue.
This project uses artificial intelligence and agent-based modelling to determine best practices for optimising pollination. Our researchers create virtual flowers and bees using real-life data to observe the emergent patterns of bee movement and decision-making – and how their behaviours change in differing growing conditions and climates indoors and outdoors.
This information is exchanged with farmers to help them set up greenhouses that boost horticultural crop yields and quality. The end result is happy bees, more food and seed, and more people with food in their mouths.
Researchers involved
- Professor Alan Dorin (project lead)
- Associate Professor Adrian Dyer
- Associate Professor Martin Burd
- Dr Tim Taylor
Project partners
- Australian Research Council
- Bosch