The South Australian Research and Development Institute (SARDI) provides research and development services to the state government, commercial clients and research partners to help make South Australia’s primary industries and regions internationally competitive and ecologically sustainable.
SARDI’s programs are designed to increase the productivity, sustainability and adaptability of the state’s agriculture, food and wine, fisheries and aquaculture and bioscience enterprises, create opportunities for market growth, address barriers to growth and provide applied solutions.
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
D R Agriculture Pty Ltd
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
D R Agriculture Pty Ltd
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
D R Agriculture Pty Ltd
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
Aims:
To asses the effect on crop yield of multiple rates and application strategies of micronutrient fertilizers in soils deficient in the target micronutrients (copper, zinc, manganese, boron and molybdenum)
Aims:
To produce Endnote generated txt file database of research on trace elements in cropping systems of south eastern Australia.
Aims:
To test the benefits of fluid delivery systems in relation to the effects of trace elements, macro nutrients and fungicides on control of cereal root and leaf diseases and grain yield.
Aims:
To assess the extent and severity of trace element deficiencies on Eyre Peninsula and if existing guidelines developed some 20-40 years ago for trace element management packages need adapting for current farming systems.
Aims:
To report on the outcomes of the nutrition experiments across northern NSW.
Aims:
To develop a method to visualize diffusion of zinc from fertilizers.
Aims:
An exploration of the relationships between zinc deficiency crown rot in general type in durum wheat
Aims:
To test the benefits of fluid delivery systems in relation to the effects of trace elements, macro nutrients and fungicides on control of cereal root and leaf diseases and grain yield.
Aims:
To establish which of the following components has the greater effect on yield: liquid, granular or combined liquid/granular forms of fertiliser nitrogen, phosphorus and trace elements, and in-furrow fungicide.
Aims:
To discuss how a slow release boron phosphate to mitigate boron deficiency in high rainfall environments.
Aims:
To establish whether the efficacy of fertilizers, which are usually simultaneously placed below the seed at planting, is influenced by being in contact with the dry soil for a period of time before seed germination and crop emergence.
Aims:
Examine the availability of zinc fertiliser under dry sowing conditions
Aims:
Strategies for improving zinc nutrition with zinc oxide fertilisers
Aims:
To discuss how placement influences the efficacy of zinc oxide and zinc sulfate fertilisers.
Aims:
To compare crop performance and gross margin returns for a range of fluid and granular nitrogen and phosphorus fertiliser treatments in conjunction with trace elements and in-furrow fungicide.
Aims:
To test for crop response to the application of manganese fertiliser and for any interaction with nitrogen.
Aims:
To investigate what macro and micro nutrients are required in order to increase grain yield using a fluid system.
Aims:
To test for crop response to the application of manganese fertiliser forms and rates.
Aims:
To compare the zinc efficiency, root growth and production characteristics of 2 cultivars of wheat
Aims:
Examine the effective Zn concentration required for different wheat genotypes
Aims:
To investigate the economical viability of trace nutrient (Zn) application.
Aims:
Explore the effectiveness of trace elements when applied with fluid nitrogen and phosphorus fertiliser.
Aims:
To present a review of trace element disorders in South Australian agriculture.
Aims:
Quantify the relative effects of different mechanisms of zinc efficiency in bread wheat.
Aims:
To investigate wheat and canola response to secondary and trace nutrients
Aims:
To investigate potential long term negative effects on crop yield of interactions between clay spreading or delving with subsoil nutrition (micronutrients).
Aims:
To determine rate and timing of zinc for durum wheat.
Aims:
To overcome subsoil constraints to crop growth.
Aims:
To explain why some micronutrient fertilisers perform better than others in specific soil types.
Aims:
To evaluate the yield response to trace elements using a fluid delivery system compared to other techniques.
Aims:
To clarify the role of micronutrients in suspension on crop yield increases.
Aims:
To compare the movement and potential availability of Mn, Zn and P when supplied as granular or fluid products in a calcareous and non-calcareous soil.
Aims:
To determine rate and timing of zinc for filed pea.
Aims:
Examine relationships between zinc sufficiency and tolerance to heat stress in wheat
Aims:
To compare form and timing for micronutrient fertiliser application.
Aims:
Demonstrate the long term production and associated economic benefits from ameliorating soil sodicity
