Riverine Plains Inc is a not for profit, farming systems research and extension organisation that services cropping and mixed farmers in north east Victoria and southern NSW.
We have a membership base of over 315 farming families spread across a wide geographical area. Our members farm as far north as Lockhart and Henty in NSW and as far south as Euroa and Shepparton in Victoria. The majority of our members are dryland farmers though a number also have access to irrigation.
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The aim of this work is to understand the impact of stubble retention on in-canopy temperatures and associated risk of frost in cropping environments with high yields and high stubble loads.
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To quantify the within-paddock variability of yields using records from paddocks in the Yarrawonga and Dookie areas and to quantify the impact of VRT-nitrogen on longterm, whole-farm financial risk.
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The aim of this work is to understand if growers can reduce soil weed seedbanks in high-yielding high-rainfall zones by adopting harvest weed seed control (HWSC) practices.
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The aims of the PA component of the GRDC Stubble project were to:
• deliver a pilot project to understand how soil parameters, including PAW, vary across a paddock and understand
whether current PA datasets can correlate with PAW
• connect variations in soil moisture with nitrogen supply
• demonstrate t… read more
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This project aims to determine if nitrogen supply is limiting uptake of sulphur in canola crops grown in the Riverine Plains region and whether sulphur uptake and yield is increased in canola when nitrogen is available in non-limiting quantities.
The 2017 project trial assessed the response to nitrogen and sulphur in canola crops of the R… read more
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This project aims to determine if nitrogen supply is limiting uptake of sulphur in canola crops grown in the Riverine Plains region and whether sulphur uptake and yield is increased in canola when nitrogen is available in non-limiting quantities.
The 2017 project trial assessed the response to nitrogen and sulphur in canola crops of the R… read more
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The aim of this work was to determine if differences in early crop growth and development of crops under different stubble management strategies was due to differences in early-season nitrogen (N) supply.
William Buckland Foundation
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The project seeks to:
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The aim of this work was to better understand the impact of stubble management on in-canopy temperatures and the associated risk of frost in cropping environments with high yields and high stubble loads.
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To investigate the interaction between early sowing and row spacing and variety in first wheat crops under full stubble retention.
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To investigate the interaction between early sowing and row spacing and variety in first wheat crops under full stubble retention.
Aims:
The aim of this work is to understand if growers can reduce soil weed seedbanks in high-yielding high-rainfall zones by adopting harvest weed seed control (HWSC) practices.
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To examine the influence of two nitrogen timings: 40kg N/ha applied at tillering (GS22) or first node (GS31) or third node (GS 33) 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) or third node (GS 33) and four fungicide strategies on levels of yellow leaf spot (YLS).
Aims:
To examine the influence of two nitrogen timings: 40kg N/ha applied at tillering (GS22) or first node (GS31) or third node (GS 33) and four fungicide strategies on levels of yellow leaf spot (YLS).
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To monitor the performance of nitrogen application to wheat under full stubble retention.
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To monitor the performance of nitrogen application to wheat under full stubble retention.
Aims:
To monitor the performance of nitrogen application to wheat under full stubble retention.
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To monitor the performance of nitrogen application to wheat under full stubble retention.
Aims:
The aim of this work was to determine if differences in early crop growth and development of crops under different stubble management strategies was due to differences in early-season nitrogen (N) supply.
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To investigate the interaction between plant growth regulator (PGR) and nitrogen application in early-sown first wheat.
Aims:
To investigate the interaction between plant growth regulator (PGR) and nitrogen application in early-sown first wheat.
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The project seeks to:
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The project seeks to:
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The project seeks to:
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The project seeks to:
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To investigate the interaction between early sowing and row spacing and variety in first wheat crops under full stubble retention.
Aims:
To investigate the interaction between early sowing and row spacing and variety in first wheat crops under full stubble retention.
Aims:
To investigate the interaction between early sowing and row spacing and variety in first wheat crops under full stubble retention.
Aims:
To investigate the interaction between early sowing and row spacing and variety in first wheat crops under full stubble retention.
Aims:
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).
Aims:
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).
Aims:
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).
Aims:
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).
Aims:
To monitor the performance of nitrogen application to wheat under full stubble retention.
Aims:
To monitor the performance of nitrogen application to wheat under full stubble retention.
Aims:
To monitor the performance of nitrogen application to wheat under full stubble retention.
Aims:
To monitor the performance of nitrogen application to wheat under full stubble retention.
Aims:
To investigate the interaction between plant growth regulator (PGR) and nitrogen application in early-sown first wheat.
