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Barley yields in excess of 10 t/ha have been recorded at Field Applied Research (FAR) Australia’s
SA Crop Technology Centre, home to the Grains Research and Development Corporation’s (GRDC)
Hyper Yielding Crops research project in South Australia.

The project, led by Field Applied Research (FAR) Australia is a four-year project spanning the high
productivity regions of five states, and aims to push what are believed to be the economically
attainable yield boundaries of wheat, barley and canola.

Over the term of the investment, the project team is focussing on supporting growers and advisers
by identifying high yielding potential cultivars which are best suited to individual environments, and
then recognising the most appropriate agronomic management strategies to assist with future
decision making.

Dr Kenton Porker, FAR Australia’s Research Director leads the HYC barley research portfolio.

“We wanted to increase the yield potential benchmarks of barley in the high rainfall zones, we
therefore compared new winter and spring germplasm grown under HYC management packages
against spring and winter controls in the traditional late April/early May sowing window,” says Dr
Porker.

“At the core of increasing yield potential was early sowing, slower developing varieties and have
included a new range of two and six row winter barleys, never before tested in the HRZ regions of
Australia.”

Sown on 21stApril and topping the yield chart was the French barley cultivar Pixel developed by
SECOBRA, a six row winter barley which recorded a yield of 10.4 t/ha closely followed by Newton, a
two row winter barley with a yield of 9.7 t/ha.

Maximum yields achieved in the early sown spring cultivars were 8 t/ha in the current high rainfall
control cultivars Planet and Rosalind among some other experimental spring lines. Mechanical
defoliation (mower) to delay development did not increase yield on these cultivars.

The trial, identified by FAR Australia as the ‘elite screen time of sowing (TOS) 1 barley trial’ was sown
on 21st April at its SA Crop Technology Centre in Millicent, SA, following faba beans. The site is kindly
hosted by local grower Brett Gilberston and sits on a neutral-slightly alkaline Organosol (Peat soil)
with high organic matter.

Mr Porker said these results are an exciting development in earlier sowing barley systems and it’s
encouraging to see that introductions from international collaborators may be better suited to the
longer cooler environments when managed correctly.

These results also suggest different management is required, and current and experimental spring
cultivars may be less suited to earlier sowing. Other research results from the centre will be released
over the next month and will focus on the management to surpass 10 t/ha from earlier sowing as it’s
different to spring barley, particularly the fact it requires less fungicide inputs, but likely to require
more active management to keep the crop standard and support higher yield potentials.

“We are currently developing the research protocols for the 2022 season and look forward to using
these findings to produce yields in excess of these numbers in the coming years of the project.”

For further details on the results of this trial, including final yields, inputs and grain quality, a copy of
FAR Australia’s ‘Harvest Yield Results’ can be downloaded at:
https://faraustralia.com.au/wp-content/uploads/2022/01/220111-SA-HYC-Express-Results-Barley-
Elite-Screen-TOS-1_Final.pdf