Projects: Farming Systems
Sustainable Agriculture: Driving growth through innovation and climate responsive practices.
The Eyre Peninsula Sustainable Agriculture Program brings together Agricultural Innovation & Research Eyre Peninsula (AIR EP), the EP Landscape Board, key researchers, industry specialists, and local organisations to deliver a coordinated, evidence-based approach to improving the productivity and resilience of farming systems across the region. Working in partnership, the program focuses on priority soil and…
Improving crop phosphorus supply on highly calcareous soils using novel sources
This project will develop integrated solutions to improve the delivery of P in challenging calcareous soils with multiple constraints. Those solutions will be developed in a farming systems context so that practical and profitable management options can be provided to farmers and advisers. Specifically, the project will identify the impact of CCM and other comparable…
Carbon Outreach Project
The Eyre Peninsula Landscape Board (EPLB) is one of eight regional Boards collaborating to deliver the overarching project titled SA Carbon Outreach: Trusted advisors empower all SA land managers. The project will deliver training and advice to empower Eyre Peninsula farmers and land managers to be informed on carbon markets and options for incorporating low…
Building resilience – Break Crop Suitability Across Landscapes 2024
Upper North Farming Systems, Murray Plains Farmers, and AIR EP join forces to bring this common theme across the 3 farming groups and 4 Node regions together into the one project. It is proposed to establish several paddock scale demonstration sites, tailoring each to the needs of the group region. The activities are designed to…
Retaining soil water in farming systems using strip & disc machinery 2024
This project has enabled one demonstration site to be conducted in 2024 in a low rainfall farming system at Buckleboo to enable extension of past EP demonstration site results and results from other regions, and to further investigate: What are the measurable differences in stripper stubble vs conventional draper stubble sown using a disc seeding…
A needs analysis for the barriers to adoption of strip and disc systems on Eyre Peninsula
This project aims to Identify the risks and opportunities (including a cost benefit analysis) faced by growers using Strip and Disc systems to determine any gaps in knowledge to be addressed for this practice to be adopted in current farming systems. Produce a project needs analysis to direct future investment in RD&E activities for strip…
SA Young Farmer – Facilitated Peer to Peer Learning
PROJECT AIM To share innovative ways to build drought resilience and build local leadership, networks, and social support. In Ceduna and Rudall locations, AIR EP will offer field events for young farmers focussing on young people aged 18-35 years. The Rudall young farmers group first met in December 2023 to commence prioritisation of subjects they…
De-risking the seeding program 2024
Aim of the project Adoption of key management practices for the success of dry early sown crops. On Eyre Peninsula, trials comparing fertiliser placement, use of long coleoptile varieties. will be sown at two locations on northern Eyre Peninsula. These will follow on from trials conducted under the SA Drought Hub early sowing project at…
Matching soil performance indicators to farming systems
The Soil CRC Scoping Study on soil performance indicators (Project 2.1.01) concluded that there was no universal suite of indicators that could measure soil performance, but rather that indicators should be matched to their intended purpose (‘horses-for-courses’). This project will use social research, data analytics and soil indicator domain expertise to determine how commonly used…
Retaining soil water in farming systems using strip/disc machinery 2023
SA Drought Hub – Minnipa Node: Retaining soil water in farming systems using strip/disc machinery DN1_23_02 AIR EP, Buckleboo Farm Improvement Group and SARDI Minnipa Agricultural Centre Demonstration sites were established in low rainfall farming systems to determine: Can we measure increased stored soil water in strip/disc vs conventional no-till knife point systems? Are there…