Share
Tags
New technology is allowing our farmers to grow even more prawns, and reduce the need to import prawns to meet consumer demand.
Synthetic biology lets us explore places where evolution has never gone, to help meet humanity's food needs in a future shaped by climate change.
A cereal killer is on the loose. A team of internal experts are on a mission to uncover the origins of the world’s deadliest strain of cereal rust disease.
As African swine fever moves closer to home, our testing has found more pork products have tested positive for fragments of the virus.
New research shows how complex the genomes of plants really are. This research can help us grow better and more sustainable crops.
We’re using gaming platforms, sensor technologies and next-gen data interaction techniques to help prawn farmers make decisions. Check out what we did at the recent D61+Live to demo the tech.
Our scientists are involved in ground-breaking research into self-destructing cells. Their new findings could help us to develop disease-resistant plants.
Our insect behaviour experts have gone under the sheets to find out what gets flies in the mood in a bid to produce more eggs for food waste management.
New research shows not enough fruit and vegetables are available for people to meet dietary recommendations.
This thought leadership essay from CSIRO Agriculture and Food discusses future livestock production trends in Australia.
Farmers looking to respond to the Australian National Outlook can start adapting today.
We’re taking an Avengers approach — we’ve combined several super-powered, rust-resistance genes together to fight wheat stem rust. Who will win the battle?
Get all the latest science news delivered straight to your inbox, in whatever way suits you.
