Lucerne has been an important pasture species in Australia for over 40 years, and the cornerstone of the industry has been innovation through development and release of new varieties. The environment ensures that the 250 growers who grow lucerne for seed production can produce low dormancy to highly winteractive varieties. In Australia, a mix of Australian bred and imported varieties are grown but increasingly, US bred varieties are being introduced under seed multiplication contracts. Due to the nature of seed production it is an expensive and longterm process for individual growers to undertake lucerne variety research independently. Before committing to a new variety, seed growers consistently request variety trial data from within Australian conditions. Results from a previous variety trial (RIRDC PRJ005348) and anecdotal evidence suggest that in recent years, imported genetics have struggled to produce consistent seed yield in Australian conditions. According to the ASF seed database, more than 50 lucerne varieties marketed in Australia in 2015, most in the 8–11 dormancy range. This project will generate and communicate independent seed and herbage data of newer proprietary lucerne varieties. As a variety trial with a replicated element and modified irrigation system, this project has the following objectives: Measure herbage and seed yield of a range of lucerne varieties. Compare varieties under modified irrigation management systems specifically for seed yield. Evaluate the effect varying irrigation management will have with gross margin analysis. Evaluate the effect of controlled water stress on seed yield over a range of seasonal conditions. The final output of data will demonstrate which varieties perform better under a higher rate of moisture stress, giving growers guidance on which varieties to use high in stress watering systems.
Lucerne Australia Inc.
This project will generate and communicate independent data of the value of newer proprietary lucerne varieties grown in Australian conditions. The outcome will be a final output of data which will demonstrate which varieties perform better under a higher rate of moisture stress, giving growers guidance on which varieties to use in high stress watering systems. Objectives: Measure herbage and seed yield of a range of lucerne varieties. Compare varieties under modified irrigation management systems specifically for seed yield. Evaluate the effect varying irrigation management will have with gross margin analysis. Evaluate the effect of controlled water stress on seed yield over a range of seasonal conditions. This project follows three out of four of the objectives in the Pasture Seeds R&D Program Five Year R&D Plan 20132018, specifically, Objective 1: Focus on growth of domestic and export pasture seeds markets. This project will assist to grow the domestic market by communicating research data that establishes the benefits of growing temperate legumes from both Australian and US bred varieties. Objective 3: Production and processing efficiency and improved sustainability. This project will increase profitability of pasture seed production, decrease risk and improve environmental sustainability by providing new varieties, agronomic recommendations, sustainability measures and production and processing best practices. Objective 4: Improved industry knowledge with data, extension and communication. This project will improve industry knowledge through the provision of accurate data, the identification of key industry influence agents and delivery of extension through communications. This project will ensure that the Australian lucerne seed industry can create an environment with comprehensive engagement between supply chain participants for the purpose of building a sustainable and profitable industry for all.
Project Start Date
Tuesday, May 8, 2018
Project Completion Date
Thursday, September 30, 2021
Journal Articles From Project
Frontier technologies for building and transforming Australian industries
Adoption of R&D
PSE-Increase production and processing efficiency and profitability