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This was a small trial in which alternative break crops were sown into a deep sand.
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To evaluate the performance of new and existing field pea and lupin varieties in the HRZ at our Hamilton and Westmere sites.
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To evaluate the performance of new and existing field pea and lupin varieties in the HRZ at our Hamilton and Westmere sites.
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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:
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To answer 'where do lentils fit into a rotation?'
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To assess the advantages of new lentil varieties with current standards and a field pea at different sowing times and on varying soil types.
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To assess the advantages of new lentil varieties with current standards and a field pea at different sowing times and on varying soil types.
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To determine the best row spacing to optimise lentil production in the Southern Mallee.
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To determine the best sowing rate to optimise lentil production in the Southern Mallee.
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To evaluate the effectiveness of current and new fungicides in reducing ascochyta blight infection and maintaining grain yield and quality in lentils and chickpeas.
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To compare new lentil varieties with older standards and current field pea options.
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To compare new lentil varieties with older standards and current field pea options.
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To provide growers with the tools needed to adopt site-specific weed management (SSWM) strategies as a result of a commercially viable weed ID and mapping system being demonstrated.
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to comment on Botrytis or grey mould and compare it's action in Australia vs Canada.
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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 observe effect on lentil growth and vigour of various herbicides
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To determine whether there are differences in herbicide tolerances between the four most commonly grown lentil varieties: Digger, Cobber, Northfield and Matilda.
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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 herbicide tolerance of new lentil varieties inter-row sown into standing stubble.
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To evaluate various seed dressing and foliar nutrition products on lentils for growth and resulting yield
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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 determine optimum sowing dates and plant densities of in the new green and red lentil varieties with improved ascochyta blight and botrytis resistance.
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To determine optimum sowing dates and plant densities of in the new green and red lentil varieties with improved ascochyta blight and botrytis resistance.
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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 provide background information for the development of more detailed studies in 2008.
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To provide background information for the development of more detailed studies in 2008.
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To compare growth, development and yield of current commercial lentil varieties and advanced breeding lines sown on two dates on a red, sandy loam soil at Rankins Springs in south-western NSW
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To compare growth, development and yield of current commercial lentil varieties and advanced breeding lines sown on three dates on a red–brown earth at Wagga Wagga in southern NSW. This information will be used to confirm and update current agronomic recommendations for lentil in this region.
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To determine optimum sowing dates and plant densities for CIPAL 203.
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To determine the optimum sowing date(s) and sowing rate(s) for new lentil cultivars.
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To determine safe and effective techniques for using Trifluralin and Lexone in Digger lentils.
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To determine safe and effective techniques for using Trifluralin, Simazine and Lexone in lentils.
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To determine the optimal plant density for lentil in southern NSW cropping systems, and if the optimum plant density remains consistent accross varieties.
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To determine the optimum sowing rate and time of sowing for Digger lentils in the Southern Mallee.
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To report on lentil sowing time x row space x plant density at Curyo,Victoria.
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To report on lentil sowing time x row space x plant density at Minyip,Victoria.
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To test the yield response of current and newly released lentil varieties to changes in plant populations and sowing dates in the main lentil growing regions of SA.
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To (over a number of years and different seasons) determine the optimum sowing time of lentils (Digger).
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To establish agronomic guidelines for lentil time of sowing (TOS) and seeding rate for current commercial lentil varieties and advanced breeding lines at Wagga Wagga.
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To establish agronomic guidelines for sowing time and sowing rate for current commercial lentils varieties and advanced breeding lines at Yenda.
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To provide information about lentil varieties grown in 2010.
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To investigate yields of various lentils established across Victoria by Pulse Breeding Australia and the National Variety Testing program.
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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 conduct a lentil variety evaluation.
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To compare the performance of current and potential new lentil varieties under low rainfall Mallee conditions.
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To compare the performance of current and potential new lentil varieties in the Mallee and Wimmera regions of Victoria.
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To provide information regardin the most important selection criteria (grain yield, disease resistance, maturity, standing ability, shattering and seed type/quality) for a number of lentil varieties.
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Identify suitable lentil varieties for WA growers.
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Identify suitable lentil varieties for WA growers.
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To identify suitable Lentil varities for WA growers.
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Identify suitable lentil varieties for Western Australian farming systems.
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Identify suitable lentil varieties for Western Australian farming systems.
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To demonstrate tolerance of latest lentil varieties to herbicides.
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To evaluate effects of soil amendments on yields of pulses grown in nutrient deficient soils
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Assess the performance of a range of lentil, faba Bean, field pea and vetch varieties and breeding lines on acidic soils in the North Central region of Victoria.
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To understand the impact of frost, and the interaction of stubble management, ripping and frost on pulses
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To identify the best adapted lentil varieties to the variable soil types encountered in Mallee paddocks.
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To identify the best adapted lentil varieties to the variable soil types encountered in Mallee paddocks.
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To evaluate the adaptability of a range of lentil varieties and breeding lines in the low rainfall zone.
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To investigate the adaptability of a range of lentil varieties and breeding lines, specifically on the more acidic soils of the Dookie region.
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To identify Pulse Breeding Australia (PBA) lentil genotypes which may offer yield improvements over current varieties grown in the low rainfall northern Mallee environment.
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To identify the best adapted lentil varieties to the variable soil types encountered in Mallee paddocks.
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To evaluate herbicides options for the pre-harvest desiccation of lentils in the low rainfall Northern Mallee.
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To evaluate the efficacy of different herbicides to control radish in pulses.
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To evaluate the response of the new ‘imi’ tolerant variety PBA Hallmark XT and the breeding line with improved tolerance to Group C herbicides, SP1333, to novel herbicide strategies involving Group B and C herbicide products.
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To confirm crop safety of different group B and group C herbicides in PBA Hurricane XT and PBA Jumbo 2 lentils on an acid soil.
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To evaluate imidazolinone herbicide tolerant varieties of lentil, field pea and faba bean to simulated residues of Group B herbicide.
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To evaluate the tolerance of PBA Hurricane XT to post sowing pre-emergent and in-crop application timings of Group B herbicides in comparison with PBA Jumbo2.
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To evaluate enhanced tolerance of PBA Hallmark XT compared to PBA Jumbo2 to Group B herbicides applied post sowing pre emergence (PSPE) or at different in-crop application timings.
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To evaluate the impact of rate and application timing on tolerance of PBA Hurricane XT to a range of Group C herbicide on deep sandy soils in the Mallee.
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To determine the effects of a group C herbicide (Metribuzin) in a Group C tolerant breeding line (‘LGPC’) and PBA Jumbo2 on Mallee soils (sand dune and swale).
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To evaluate the effectiveness of agronomic practices and varietal tolerance to improve the safety of group C herbicide application to lentils grown on Mallee sands.
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To investigate the tolerance of a new genotype ‘LGPC’ to post emergent application of various Group C herbicides and Group C & F mixes in comparison with PBA Jumbo2.
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To compare the level of herbicide tolerance in SP1333 (a new genotype with improved tolerance to Group C herbicides) against PBA Hallmark XT to pre- and post-emergent applications of ‘Gp C’ at various rates.
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To investigate the tolerance of a new genotype ‘LGPC’ with improved tolerance to Group C herbicide to post emergence application of various Group C herbicides and Group C & F mixes in comparison with PBA Jumbo2.
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To evaluate Group B herbicide tolerance in lentil XT varieties in response to simulated residues and postemergent herbicide applications.
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To evaluate agronomic strategies to overcome constrained soils where lentil is grown in high intensity production zones of the Yorke Peninsula.
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To promote early vigour to improve biomass and yield partitioning in lentil
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To investigate the response of lentil to application of macro and micro-nutrients on a sandhill and swale soil.
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To identify nutrient inputs that will improve growth and yield of lentil on the variable soil types encountered in Mallee paddocks.