This project will evaluate and compare the safety of various herbicide treatments and use-patterns on lentils on typical Upper South East (SE) and Murray Mallee soils. The aim is to determine the viability of lentils as a legume rotation option in cereal-canola dominant cropping systems, and soil types where faba bean and lupin rotations are limited by profitability, marketability and scalability. The research will also investigate the yield comparison between lentil varieties at Malinong to address the lack of NVT data relevant to the Upper SE. This project is a co-investment, with GRDC providing 50% of the total funding.
Posts Tagged - lentil
Optimising lentil yields through rotation intransient salinity soils (NEW0224)
Jul 11, 2024 | Current Projects
This project aims to make transient saline soils more productive again for growing lentils through the use of a chemical fallow phase of the rotation. The fallow allows both soil moisture to be conserved through stubble load, helping for lentil establishment, and will also aim to reduce the area of saline affected soil for the following crops.
Appropriate fertiliser strategies for on-row lentil sowing in saline soils (CAS5724)
Jul 11, 2024 | Current Projects
This project aims to determine the residual benefit of on-row and off-row sowing and appropriate fertiliser strategies for sensitive lentil crops in phosphorus deficient and moderately saline calcareous soil types of Yorke Peninsula. Research will investigate management techniques of utilising residual phosphorous in a cereal phase along with phosphorous placement at seeding to optimise lentil grain yields and economic returns. This project is a co-investment, with GRDC providing 50% of the total funding.
Measuring and managing yield loss caused by Phoma root in lentil and faba bean (S/UA421)
Nov 22, 2023 | Current Projects
The effect of Phoma root rot on yield in lentil and faba bean is to be measured in a series of field trials which are inoculated with varying rates of the pathogen. Trials are subjected to various levels of soil water via supplementary irrigation to investigate the role of soil water in the root rot disease. A range of chemical options are tested for disease control.
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