The project aim is to characterise the environmental differences across the Mid North and South Australian Mallee regions and the subsequent effect on planting time and variety selections for cereals. This aim will be achieved by utilising the Mesonet weather network to ground truth wheat and barley flowering time.
Articles Posted by Bridget Penna
Profitable vetch – agronomy, breeding and market development (SAR2223)
Nov 22, 2023 | Current Projects
This project will develop a multi-faceted role for a research officer looking into vetch production, agronomy and breeding. The project will: 1) consolidate current and previous agronomic research conducted in vetch; 2) produce updated agronomy recommendations; 3) leverage outcomes from oaten hay research to improve vetch hay production, and 4) integrate new breeding technology into the National Vetch Breeding Program.
SA Crop Variety Sowing Guide publication (SAR1023)
Nov 22, 2023 | Current Projects
The aim of this project is to continue producing the annual SA Sowing Guide for growers and advisers. The SA Sowing Guide communicates the most up-to-date information on new and current varieties across a range of crop types. It combines the most recent yield results from the National Variety Trials with the most relevant varieties for SA as well as agronomic and pathology information.
Extension support for SA Drought Hub internship program (S/UA721)
Nov 22, 2023 | Current Projects
This project links to the Federal Government Future Drought Fund which has a South Australian Hub, to demonstrate and increase grower adoption of innovative drought resilience tools, technologies and practices. The SA Drought Hub extension intern will run a series of workshops to extend the outcomes of previous SAGIT investments aligned to the Hub.
Measuring and managing yield loss caused by Phoma root in lentil and faba bean (S/UA421)
Nov 22, 2023 | Current Projects
The effect of Phoma root rot on yield in lentil and faba bean is to be measured in a series of field trials which are inoculated with varying rates of the pathogen. Trials are subjected to various levels of soil water via supplementary irrigation to investigate the role of soil water in the root rot disease. A range of chemical options are tested for disease control.
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