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 indicators, or suites of indicators (‘horses’) can best be matched to landscapes, climates, ecosystems and land management goals (‘courses’). It will also explore whether alternative indicators might be more successful in matching the expectations of the end-users. Apart from the research discoveries related to the extent of indicator use, end-user expectations, and matching suites of indicators to regional agricultural and land management, it is envisaged that the outcomes of this project will provide valuable information and guidance for growers to pick the best ‘horses’ for their
production system.
Share this project:
You Might Also Like
Retaining soil water in farming systems using strip & disc machinery 2024
This project would enable one demonstration site to be conducted in low rainfall farming systems at Buckleboo to enable extension of past EP demonstration site results and results from other…
Learn MoreFurther tactics to minimise frost damage on the Eyre Peninsula
Previous frost work on the EP has been well received and has assisted in filling key agronomic knowledge gaps around frost mitigation in crop, however, it has been identified that…
Learn MoreSilicon: a novel solution to reduce water use and pest damage in wheat
Quantify how silicon fertilisation increases water use efficiency and pest resistance in wheat at the field scale with agronomic practices in place, including farm settings with contrasting agricultural landscapes.…
Learn MoreA needs analysis for the barriers to adoption of strip and disc systems on Eyre Peninsula
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…
Learn MoreDelivery of the Sustainable Agriculture Facilitator (SAF)
The Sustainable Agriculture Facilitator (SAF) is a designated central contact point for farmers, landholders, industry, and community groups and will aim to support sustainable agriculture practices in Eyre Peninsula. The…
Learn MoreVirtual Fencing for improved climate resilience on South Australian farms
This project will continue the work of initial trials to look at the use of virtual fencing technology in a new field site on the Eyre Peninsula to look at…
Learn MoreSA Young Farmer – Facilitated Peer to Peer Learning
To share innovative ways to build drought resilience and build local leadership, networks, and social support In Ceduna and Cleve locations AIR EP will offer four field events for young…
Learn MoreSA Eyre Peninsula Coordination FRRR Community Impacts Grants
To strengthen drought preparedness and drive local action in the Eyre Peninsula region through the coordination of Community Impact Program activities and evaluation administration. Bi-monthly meetings between key delivery partners,…
Learn MoreImproving the climate resilience of the Australian Sheep Flock
Project activities include • Demonstration of practical strategies which improve the fertility of sheep joined during summer • Collation and communication of results from management trials • Demonstration of the…
Learn MoreBuilding farming systems resilience and future proofing the impacts of drought through accelerating the adoption of proven cost-effective and yield responsive soil and fertiliser management practices by farmers across southern Australia
The project focuses on accelerating adoption of proven soil resource management practices offering significant opportunity to build farming systems drought resilience, reduce yield variability, increase sustainability and profitability. These practices…
Learn More