The demonstration compared different management strategies that could assist in preparing for and responding to drought, including:

- Maximise production when irrigation water is available to enable building of cash reserves

- Flexible farming, where we "pull the pin” to use less irrigation water and harvest crops as fodder to enable the building of on farm fodder reserves or its cash sale.

This project is supported by funding from the Australian Government’s Future Drought Fund.

This project is a result of a successful application to the Australian Government's Future Drought Fund's - Extensions and Adoption of Drought Resilient Practices Grants Program

This project aims to demonstrate flexible farming systems management including agronomic techniques that allow us to react to seasonal forecasting and variability. The goal is to create a flexible irrigated farming system that can react to an un-forecasted poor season by adjusting inputs or targets to deliver the greatest profitability; plan for a forecasted poor season by adopting practices to reduce the risk of failed crops; and when seasons are good, maximise production to allow for the building of cash and fodder reserves.

Barley was one of the four crops to be sown as part of this project. 2023 topdressing rates and timings were based on gut feel and the trial was revisited in 2024 but included a topdressing rate calculated on soil nitrogen assessed by soil test results from cores taken to 60cm in mid-June, once the crop was established.

This project is supported by funding from the Australian Government’s Future Drought Fund.

This project is a result of a successful application to the Australian Government's Future Drought Fund's - Extensions and Adoption of Drought Resilient Practises Grants Program

This project aims to demonstrate flexible farming systems management including agronomic techniques that allow us to react to seasonal forecasting and variability. The goal is to create a flexible irrigated farming system that can react to an un-forecasted poor season by adjusting inputs or targets to deliver the greatest profitability; plan for a forecasted poor season by adopting practices to reduce the risk of failed crops; and when seasons are good, maximise production to allow for the building of cash and fodder reserves.

Faba beans was one of the four crops to be sown as part of this project. The trial was sown as if it were for grain and samples taken for dry matter and quality assessments from late October onwards when the beans had begun to firm up.

This project is supported by funding from the Australian Government’s Future Drought Fund.

This project is a result of a successful application to the Australian Government's Future Drought Fund's - Extensions and Adoption of Drought Resilient Practices Grants Program

The De-Risking the Seeding project aims to increase adoption of key management practices for the success of dry and early sown crops, by investigating key aspects of sowing such as

• Variety Selection
• Opportunities for long coleoptile wheats
• Seed placement / optimising sowing depth
• Seeding rates
• Fertiliser placement
• Pre-emergent herbicide selection and timing
• Optimal soil moisture and nutrient levels
• The benefits of early groundcover

In this podcast we are speaking with Research Manager from Irrigation Farmers network Damian Jones to learn more about this project in irrigated farm systems and the key messages that growers can use to de-risk the seeding.

The De-Risking the Seeding project is supported by Ag Excellence Alliance Inc, through funding from the Australian Government’s Future Drought Fund.

More details and results from this project can be found on the IFN website

The optimising irrigated grains research was a 3 year investment by GRDC. Irrigation Farmers Network in collaboration with FAR Australia developed a research program to evaluate crop specific agronomic management practices in irrigated environments in order to determine their effects on system productivity and profitability.

The research focused on maximising system profitability through:

1. Understanding the yield potential of irrigated crops
2. Understanding how to consistently optimise yield for the crops.
3. Optimising the return on nitrogen through improved nitrogen use efficiency

Today we are speaking with Research Manager from Irrigation Farmers network Damian Jones to learn more about the key messages from this work that growers can use to optimise their Canola crops.

The optimising irrigated grains research was a 3 year investment by GRDC. Irrigation Farmers Network in collaboration with FAR Australia developed a research program to evaluate crop specific agronomic management practices in irrigated environments in order to determine their effects on system productivity and profitability.

The research focused on maximising system profitability through:

1. Understanding the yield potential of irrigated crops
2. Understanding how to consistently optimise yield for the crops.
3. Optimising the return on nitrogen through improved nitrogen use efficiency

Today we are speaking with Research Manager from Irrigation Farmers network Damian Jones to learn more about the key messages from this work that growers can use to optimise their Faba Bean crops.

We spoke to Luke about marketing options for grain maize in 2024 as part of the Optimising Irrigated Grains Project, funded by GRDC