RD&E Plan Snapshot
Workshops with members of the GRDC’s Board, advisory panels and representative organisations identified 36 KITs that contribute to the GRDC’s purpose and related objectives. The 36 KITs were rationalised to 30, after consultation with researchers, growers and industry. GRDC staff and advisory panels categorised those KITs in terms of primary (green ), secondary (yellow ) and tertiary (grey ) emphasis. Primary KITS will be targeted for development of business cases and strategies based on program logic techniques. Secondary and tertiary KITS will be targeted as primary KIT strategies are completed. This will not preclude ongoing investment aligned to KITs during the development of strategies.
Purpose: To invest in research, development and extension to create enduring profitability for Australian grain growers Key performance indicator: Minimum 6.0% rate of return by 2023
Kit Objectives and key performance indicators
Minimum yield increases equivalent to 1% per annum for cereals, 2% per annum for pulses and 1.5% per annum for oilseeds, achieved while identifying and investing in technology for transformational improvement in yield potential and yield stability. Minimum 20% closure of the gap between potential and achieved yield over five years.
- Minimise the impact of high temperature at flowering and grain fill on grain yield and stability.
- Minimise the impact of spring radiation frost on grain yield and stability.
- Change fundamental plant architecture, physiology and/or biochemistry to maximise water-limited yield potential in wheat, barley, canola and sorghum.
- Improve the potential and actual grain yields of high-value pulses, oilseeds (other than canola) and oats in profitable farming systems.
Reduce the gap between actual and potential grain yield through more informed and timely decision-making on:
- planting time
- crop/variety choice
- weed management
- pest and disease control
- crop nutrition.
- Reduce the impacts of water repellence, compaction, hard-pans and other barriers to the capture and storage of water in soils.
- Reduce the impacts of soil salinity and sodicity on plant water uptake to improve grain yield and stability.
- Reduce the impacts of low pH, aluminium toxicity and other nutrient toxicities on plant water uptake to improve grain yield and stability.
- Reduce the impact of waterlogging to improve grain yield and stability.
Identification of potential new products and investments where a supportive business case can be established. Support for and enhancement of current products through identification of opportunities for differentiation and maintenance of current market access programs.
Expand the area of high-value crops to boost average prices and profitability of farming systems, specifically:
- oats for food or industrial uses
- linseed for industrial uses
- sorghum for food
- soybeans for food and/or animal feed.
Maintain and/or improve the price of Australian grain through differentiation based on:
- food safety and traceability
- sustainability of production
- reduced downgrading
- new and/or enhanced grain classification processes
- optimal management of biosecurity issues
- Improve wheat grain protein through increased availability of nitrogen and better nitrogen use efficiency.
Develop new, novel, high-value uses of products and by-products targeted at:
- human health, nutrition and allergenicity
- high-value feed uses
- new industrial uses
- Improve processing efficiencies through a better understanding of current and novel grain functionality aligned with innovative processing technology.
- Improve processing efficiency by developing novel grain functionality aligned with innovations in processing technologies.
Maintenance of chemicals costs below the forecast trend for 2018–23, equivalent to $85.50/ha or a ratio of input costs:crop revenue of 0.166. Maintenance of fertiliser costs below the forecast trend for 2018–23, equivalent to $84.30/ha or a ratio of input costs:crop revenue of 0.164.
- Develop and implement management options to minimise the cost of effectively and sustainably managing weeds.
- Generate more informed, accurate and timely input for decision-making (e.g. sensor/monitoring technology or decision support models).
- Develop and implement management options to minimise the cost of effectively and sustainably managing diseases.
- Develop and implement management options to minimise the cost of effectively and sustainably managing vertebrate and invertebrate pests.
- Develop technology to reduce fertiliser manufacture and/or application costs and improve fertiliser use efficiency.
Improve nitrogen and phosphorus availability by:
- greater capture of value from soil biota
- optimisation of nitrogen-fixing legumes in rotations
- soil amelioration to improve nutrient availability.
- Identify engineering solutions to reduce labour costs and/or improve the efficiency of repetitive tasks (including automation and robotics).
- Identify engineering and novel business model solutions to reduce capital costs and running costs.
Timely RD&E-based submissions to government to support policy decision-making. Timely addressing of technical barriers to trade issues.
- Support research to advise policy and investment decisions that lead to reduced post-farm-gate costs.
- Invest in R&D that informs industry and government approaches to trade and market access for Australian grain into export markets.
- Improve the reliability and cost effectiveness of on-farm grain storage to reduce handling costs and capture market opportunities.
- Improve automation of transport and handling activities and/or alternative logistics and distribution models to realise greater value capture by growers.
The number of growers undertaking business training. Establishment of a behavioural economics initiative to research grower decision-making.
- Improve the accuracy of short-range and medium-range weather forecasting.
- Understand grain grower decision-making and the drivers for adoption of new technology.
- Support grain growers to acquire business management skills.
Key Investment Targets (KITs)
Consultation with growers, researchers and the wider grains industry has identified 30 KITs that underpin the delivery of the GRDC’s purpose. A full strategy for the delivery of each KIT will be developed over the period of this RD&E plan. The GRDC has worked with a range of stakeholders to determine the relative urgency of developing and implementing each KIT strategy.
Utilising a program logic framework, each strategy will clearly outline:
Current data from ABARES surveys provides valuable insights into the performance of grain growers at a national scale but does not allow for more localised assessments and comparisons of performance. The GRDC is working with a range of stakeholders to determine the level of support and most appropriate methodology required for the collation of more localised farm performance data. Ultimately, analysis of more localised data over multiple years would allow not only a more informed assessment of farm performance but also the identification of new investments required to create enduring profitability and the exposure of gaps in adoption of new knowledge.
Objectives will be monitored over a longer timeframe, as the cumulative impacts of KITs. The GRDC will utilise a combination of data from the Australian Bureau of Statistics and ABARES, information from industry and other survey data to track improvements and/or declines in achieving objectives, but will need to make assumptions to attribute effects to RD&E outputs and outcomes.Measures will make wide use of case studies to describe the links between RD&E and practice change at the farm or industry levels.
For example, it is well established that planting at the optimum time has a major impact on grain yield potential but the time of planting is constrained by the need to manage the risk of frost (in sowing earlier) and the risk of heat and terminal drought (in sowing later). RD&E investments to expand the frost and heat tolerances of crops could deliver crop varieties that can facilitate both earlier and later plantings, to manage risk and maximise yield. However, it is difficult to accurately quantify the exact improvement that investment in tolerance of extreme heat has had on yield, given that a range of other factors also influence yield. Case studies provide an important tool for inferring or estimating the impact of such RD&E and demonstrating its adoption.
The ultimate way to assess the GRDC’s performance in delivering on its purpose is to measure the impact of the GRDC’s RD&E investments on Australian grain growers’ profitability.
However, this is complicated by factors such as the following:
The GRDC will aim to develop new impact assessment tools during the life of this five-year plan. Of major importance will be the establishment of farm performance data sets that allow the collection of data from like farms (e.g. based on region, enterprise mix or size) for analysis of trends in yield, price, input costs and management of risk that will inform future RD&E priorities. Aggregation of the data will also allow for more accurate assessment of the impact of GRDC RD&E investments.
The GRDC’s performance measurement framework will be dynamic, and will be continually reviewed and updated as new information is generated and new learnings on best practice are adopted. The GRDC aims to work with industry to develop performance measures that are relevant locally, regionally and nationally.
The performance framework is split into three broad sections: KITs, objectives and purpose (Figure 15).
Last Updated: 21 Aug 2018 | Created: 03 Jul 2018