Speeding up the development of pulse seeds

Wednesday, 01 April, 2020

Speeding up the development of pulse seeds

A research collaboration led by The University of Western Australia (UWA) has created a new technique that speeds up the development of seeds, producing better quality and more abundant pulse crops as a result.

Scientists from UWA’s Centre for Plant Genetics and Breeding developed the pulse-breeding platform to allow seeds to develop faster by rapidly accelerating the plant life cycle. The research was supported by the Grains Research and Development Corporation.

Australia produces around 2.25 million tonnes of pulses annually; however, changes in the production environment such as climate, new pests, water shortages and higher farming costs have led to pulse breeders looking for better strategies to ensure their crop material can adapt to changing conditions.

The accelerated-Single-Seed-Descent (aSSD) platform uses LED technology to encourage the plants to flower quickly and develop their seeds faster. The resultant crops are said to be more resilient, to require fewer chemical treatments and to have reduced running costs.

Lead researcher Dr Janine Croser said the research was carried out in response to feedback from farmers about practical problems on the land. “As we move into more instability in our regions, we will be able to respond more quickly to emerging issues and address these through our breeding platforms,” she said.

UWA researcher Dr Federico Ribalta added that the team has extended the research to investigate the development of key breeding populations for Australian-grown legumes. He said, “Working in close collaboration with breeders means that there is a faster release of new varieties for farmers.”

Image caption: Dr Federico Ribalta.

Please follow us and share on Twitter and Facebook. You can also subscribe for FREE to our weekly newsletters and bimonthly magazine.

Related News

Climate change driving Aus bushfire activity: CSIRO

Climate change has driven a significant increase in Australia's bushfire activity over the...

Diagnostic test for schistosomiasis on the horizon

To interrupt the spread of the disease, a test needs to be sensitive enough to identify people...

Bacteria engage sulfur to enable plant salt tolerance

A bacterium living inside the roots of some plants enables them to grow well despite salty...

  • All content Copyright © 2022 Westwick-Farrow Pty Ltd