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Research on the mainland has shown that sowing lentils in the inter-row in wheat stubble encourages the plant to grow taller in pursuit of sunlight, enabling easier harvest for what is normally a short crop. Although broad beans can be a tall crop, the bottom pods contain the largest beans as these set the earliest and thus have the longest time… read more
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A new project being conducted by the Irrigated Cropping Council, NSW DPI, Deakin University, Murray Local Land Service and Precision Agriculture, with financial support from GRDC, started in July 2014. The long-term objective is to ‘increase grain
production and profitability from surface irrigated soils in the GRDC Southern Region by… read more
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To determine whether crop growth and yield responses are likely from inoculating legumes on alkaline clay-loams in the Southern Mallee.
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To provide a calendar as a guide to insect pests that could be expected during each of hte major crop and pasture growing phases.
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The expected outcome of the project is that by 2021, growers in the MRZ of the South East and their advisors will have access to new relevant information on diverse crop rotations and integrated farming systems, particularity the incorporation of a pasture phase.
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The expected outcome of the project is that by 2021, growers in the MRZ of the South East and their advisors will have access to new relevant information on diverse crop rotations and integrated farming systems, particularity the incorporation of a pasture phase. This will allow for better crop sequencing decision making, with the aim of increas… read more
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To examine whether integrating row placement, stubble management, chickpea row spacing and a ground engaging tool would affect Fp incidence and grain yield in wheat in a chickpea–wheat sequence grown under a zero-tillage system.
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To give farmers a better understanding of the different pest management tools available and identify which work best in certain circumstances.
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To investigate weed suppression through cultural management practices and various crops and cultivars.
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To determine the effectiveness of weed seed set control strategies in driving down the seedbank without reducing yields in cereal-intensive cropping systems.
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To report on ian ntegrated weed management demonstration - cultural and chemical methods for controlling herbicide resistant annual ryegrass.
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To assess the effectiveness and applicability of cultural control practices prior to crop seeding in combination with pre-emergent herbicides for the management of herbicide resistant annual ryegrass in the high rainfall zone of Victoria.
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To investigate factorial combinations of sowing time, varieties and seed rate with herbicide strategies for ryegrass management.
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To investigate inter row sowing and no-till.
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To investigate inter row sowing and no-till.
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To investigate inter row sowing and no-till.
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To investigate inter row sowing and no-till.
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To examine the influence of two nitrogen timings: 40kg N/ha applied at tillering (GS22) or first node (GS31) and four fungicide strategies on levels of yellow leaf spot (YLS).
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To examine the influence of two nitrogen timings: 40kg N/ha applied at tillering (GS22) or first node (GS31) and four fungicide strategies on levels of yellow leaf spot (YLS).
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To evaluate the effect of plant growth regulator (PGR) appliaction in early-sown first wheat grown under different levels of nitrogen application.
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To examine the relationship between crop Zinc nutrition and Rhizoctonia root rot.
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To test the hypothesis that altered Mn nutrition of barley affects the development of cereal cyst nematode and damage to the host.
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To look at canopy management and its integration with disease management principles in the different climates of southern Australia.
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To examine the interaction of Nitrogen management with disease management in winter barley Inverleigh
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To quantify how “upfront” nitrogen application versus application at stem elongation (GS 30-31) influences the need for disease control in varieties of differing disease resistance.
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To look at canopy management and its integration with disease management principles in the different climates of southern Australia.
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To review of zinc and crop production on the Darling Downs.
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To report on interactions between management practices and soil biota in northern farming systems.
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This experiment has attempted to use rainfall timing (imitated by overhead irrigation) to mitigate the negative weather impacts on
dry matter production both before and after flowering in an early and late summer TOS. A wide gap between TOS was deliberately
used to create the largest contrast in weather conditions that the cro… read more
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In Western Australia, break crop options are currently limited and there is a high proportion of wheat and barley grown in rotation. Cereal crops account for 60-70% of paddocks sown in any one year, with the remaining area sown to a range of crop and pasture types including canola, lupin, clover, volunteer pasture, or left as fallow. In addition… read more
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To demonstrate the rotational benefits of a sequence of broadleaf, legume, and pasture crops for the production of wheat in the Kwinana West and East zones of WA.
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To demonstrate the rotational benefits of a sequence of broadleaf, legume, and pasture crops for the production of wheat in the Kwinana West and East zones of WA.
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The key aims of this project have been to develop agronomic guidelines and seeding technology solutions which can allow for increased stubble retention practices, thereby reducing the dependence on burning.
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The key aims of this project have been to develop agronomic guidelines and seeding technology solutions which can allow for increased stubble retention practices, thereby reducing the dependence on burning.
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To understand the impact of soil carbon and nitrogen cycling on disease suppression.
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To understand the impact of soil carbon and nitrogen cycling on disease suppression.
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To test the concept of variations in crop nitrogen dynamics in relation to soil compaction during the 2014 season.
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To test the concept of variations in crop nitrogen dynamics in relation to soil compaction during the 2014 season.
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To test the concept of variations in crop nitrogen dynamics in relation to soil compaction during the 2014 season.
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To investigate the benefits of specialty phosphorus products and liquid phosphorus
options in cereals
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The objective of the project is to support the introduction and scale up of commercial cultivation of Linseed in the Great Southern region of Western Australia and will support a larger initiative developed by Southern Dirt to develop a localised Linseed supply chain to take the crop from paddock to consumer on the back of renewed demand for Lin… read more
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To evaluate the performance of Barley varieties under irrigated conditions
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To assess the effectiveness of plant growth regulators on irrigated canola.
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To economically grow irrigated durum wheat
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To evaluate the potential to grow chickpeas and lentils under irrigated conditions
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To evaluate specially formulated biodegradable soil wetters ability to improve crop establishment and yields in hydrophobic (non-wetting) soils.
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Determine if there are economic and agronomic advantages with using soil ‘wetters’ at seeding to improve crop emergence of wheat (Arrino) in hydrophobic soils (non-wetting).
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To investigate whether continuous wheat is viable.
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To test the hypothesis that over time in controlled traffic farming systems the repeated uneven spreading of header residue back over the tram track width would result in changed soil conditions that would ultimately lead to different “management zones” along the tram track.
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To identify any possible impacts on crop growth in controlled traffic systems where the header residue maybe inconsistently spread back across the tram track width over a number of seasons.
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To see if disease suppression can be stimulated by increasing organic matter (i.e. carbon) inputs into farming systems under local conditions.
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To determine the competitiveness of current and new barley varieties so management packages can be developed for growers to use.
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To determine whether maintaining stubble cover in low rainfall environments increases summer moisture conservation, and, to establish the minimum stubble quantity or threshold necessary to ensure maximum moisture conservation over the summer.
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To discuss the common questions of are: ‘Is this dry spell a permanent feature? Is it just due to chance? Is it a periodic event?’
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To determine whether highly zinc responsive crops such as faba beans and lentils would respond to additional zinc when grown on a paddock which has had a good zinc history.
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To evaluate a number of winter wheat and shorter season white milling wheat varieties when sown later than the recommended sowing time.
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This trial was used to determine the efficacy and yield response of JumpStart as a seed coat on spring sown barley and to measure any residual plant available phosphorus for the following crop.
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To demonstrate the effect of applying K-Komplex liquid fertiliser to a wheat crop.
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To test eight commonly grown TT canola varieties.
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To demonstrate yield of various forage crop varieties.
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To investigate the effect of various fallow management treatments on crop establishment and yield, weed and pest management and nitrogen management in retained stubble systems in a medium rainfall zone in the South-East of South Australia.
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To investigate the effectiveness of the use of different herbicides and spraying regimes prior to sowing in controlling annual ryegrass and to increase grower awareness of rotating the various knockdown options pre-sowing.
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To measure the variation of extractable (labile) P in the crop row and inter row following drought affected cereals in 2006 & to investigate the removal of P in relation to yield.
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To assess the impact of mouldboard ploughing and clay spreading on soil water repellence and grain yield.
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To measure increases in grain protein in various barley varieties at flowering with different amounts of applied nitrogen.
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To test how late we can apply nitrogen to wheat to achieve the highest protein and yield in a milling variety.
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To investigate whether ryegrass seed set could be manipulated using alternative harvesting techniques such as windrowing and crop topping.
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To compare the tolerance of legume and canola varieties to a range of herbicides and timings.
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To demonstrate the need for innoculation with rhizobia in a range of crop legumes.
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This project set out to contribute to an understanding of legume agronomic and financial management in the Esperance Port Zone in an effort to support the decision-making process undertaken by growers in deciding the best crop sequence for their farms, including which break crop best suits their needs.
This project aims to:
<… read moreAims:
To answer 'where do lentils fit into a rotation?'
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To determine the effect of lentil yield of the four most commony used seed treatments.
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To determine the optimum disease management strategy for CIPAL 203.
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To maximise production advantages of new lentil varieties through the development of appropriate disease management strategies.
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To report on lentil disease management x time of sowing, Paskeville and Maitland, Yorke Peninsula, SA
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To determine optimum disease management strategy at different sowing times, in the new green and red lentil varieties with improved ascochyta blight and botrytis resistance.
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To determine optimum disease management strategy at different sowing times, in the new green and red lentil varieties with improved ascochyta blight and botrytis resistance.
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To recommend agronomic and fungicide management strategies to minimise botrytis grey mould infections and maximum grain yield and quality in the new lentil varieties.
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To identify crop safety levels and economic risk of pre- and post-emergent herbicide use on lentil across different soil types and environments in the southern low rainfall zone. This project builds on previous GRDC-funded projects, including DAV00113 (southern region pulse agronomy).
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To determine differences in herbicide tolerances between the four most commonly grown lentil varieties - the red types: Digger, Cobber, Northfield; and the green type: Matilda.
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To determine the optimum sowing date for lentil to reduce effects from abiotic stresses and increase grain yield. These experiments also aimed to identify phenological drivers of crop development in lentil and determine which varieties are best adapted to the target environments.
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To maximise production advantages of new lentil varieties through the identification of optimum sowing times and plant densities.
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To investigate sowing time and fungicide management aimed at optimising lentil production.
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To investigate the best time for rolling lentils. This it to ensure that the paddock surface is in a state suitable for harvest whilst miniising the imnpact of rolling operation on the crop.
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To investigate the most effective time to roll lentils to leave the paddock in a state suitable for harvest whilst minimising the impact of the rolling operation on the crop. The trial was performed under dry- and wet-sown conditions.
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To determine optimum sowing dates and plant densities for CIPAL 203.
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To provide information about lentil varieties grown in 2010.
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CIPAL aims to improve lentil profitability in Australia by developing red and green varieties that are resistant to major diseases (ascochyta blight and botrytis grey mould) and soil constraints (boron, salt and waterlogging), and have improved havestability. CIPAL also aims to develop varieties that have new sources of resistance to current dis… read more
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To investigate the effects of soil type and climate on the yield of commercial varieties and advanced breeding lines in Victoria and thereby assist in the selection of superior varieties fro farmers in this state.
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To compare the performance of current and potential new lentil varieties under low rainfall Mallee conditions.