Viterra has released the results of its 2022/23 planting survey and subsequent segregation plan, as growers across South Australia and western Victoria prepare for the upcoming harvest season.
The data collected in this year’s planting survey has highlighted an increase in Commodus and Maximus barley varieties, while planting of Spartacus and Compass has decreased across the board.
Viterra can also report a rise in genetically modified (GM) canola planting from 23% of total canola planted in 2021/22, to 31% for 2022/23.
Overall plantings of wheat and canola were slightly up, while barley and lentils were among the crops reported to be down.
Based on this data and individual grower consultations, Viterra has released its 2022/23 segregation plan to meet the needs of growers at its storage and handling sites.
One of the changes Viterra has flagged this season is potential segregations for Commodus at Port Pirie, Ardrossan, and Pinnaroo.
Confirmation of these segregations requires further consultation about the demand of the variety in malt markets which Viterra will conduct with domestic buyers and export customers as this variety is not yet malt accredited.
Meanwhile, segregations for Maximus will continue to be available at Port Pirie and Ardrossan.
More consultation is also required to understand any further demand for Maximus in malt markets, as it is understood that international markets for the varietal are currently still at the testing stage.
Viterra has added GM canola segregations at both Cummins and Balaklava to match planting survey results, and the company has also added a durum segregation at Port Pirie.
A full overview of changes made to the 2022/23 segregation plan, as well as up to date plans for western, central, and eastern regions can be found on the Viterra website.
Customers can also access a break down of data collected from the planting survey online at Viterra.com.au.
Viterra is appreciative of all growers and customers who responded to this season’s planting survey for their time and feedback.