Trial | Contributor Funding sources |
Year | Trial site |
---|---|---|---|
2016 Lentil in Esperance regionThere appears to be renewed interest from growers and the agricultural community in legume break crops to complement canola and cereals in the rotation. For example in the Esperance region a number of farmers bulked up lentil seed in 2016 in anticipation of sowing larger areas in 2017. This paper summarises some of the experiments conducted in 2016 by DAFWA in partnership with the GRDC via the Tactical Break Crop Agronomy Project DAW00227 which supports the growing interest in legume crops. |
Department of Agriculture and Food WA
GRDC |
2016 | Grass Patch WA |
Research organisaton
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Agronomy for early sown canolaTo consolidate information and provide guidelines for best bet management of canola sown at or before mid-April. |
Department of Agriculture and Food WA
GRDC |
2015 | Binnu WA |
Research organisaton
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Agronomy for early sown canolaTo consolidate information and provide guidelines for best bet management of canola sown at or before mid-April. |
Department of Agriculture and Food WA
GRDC |
2016 | Wongan Hills WA |
Research organisaton
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Are low fertiliser inputs a viable option for canola in low rainfall areas?To evaluate the response of canola to low fertiliser inputs |
Department of Agriculture and Food WA
GRDC |
2016 | Grass Patch WA |
Research organisaton
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Can agronomy overcome yield penalty of retained (F2) hybrid TT canola in the low rainfall zone?To investigate whether agronomy can overcome the yield penalty of retained (F2) TT hybrid canola compared with purchased (F1) hybrid seed by using;
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Department of Agriculture and Food WA
GRDC |
2015 | Grass Patch WA |
Research organisaton
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Canola variety by time of sowing in the northern region
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Department of Agriculture and Food WA
GRDC |
2015 | Binnu WA |
Research organisaton
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Canola yield loss to green peach aphidTo better determine the impact of green peach aphid feeding damage in the absence of virus on canola yield and seed quality. |
Department of Agriculture and Food WA
GRDC |
2016 | Geraldton WA |
Research organisaton
|
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Chickpea variety specific Ascochyta managementTo develop variety specific management packages for ascochyta blight of chickpea. |
Department of Agriculture and Food WA
GRDC |
2016 | Yandanooka WA |
Research organisaton
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Comparison of canola varieties with delayed direct harvest at GibsonTo determine if canola cultivars vary in their rates of shedding |
Department of Agriculture and Food WA
GRDC |
2015 | Gibson WA |
Research organisaton
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Comparison of canola varieties with delayed direct harvest at GibsonTo determine if canola cultivars vary in their rates of shedding |
Department of Agriculture and Food WA
GRDC |
2014 | Gibson WA |
Research organisaton
|
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Copper residual for clover grown on brown very gravelly sand/loamy sand at North BannisterCopper,required and residual effects required for maximum clover ley grown on brown very gravelly sand/loamy sand |
Department of Agriculture and Food WA
|
1968 | North Bannister WA |
Research organisaton
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Copper, zinc and nitrogen for barley following clover ley on new light land at IndarraCopper, Zinc and nitrogen required for maximum grain yield of barley following clover ley grown on new light land at Indarra |
Department of Agriculture and Food WA
|
1959 | Indarra WA |
Research organisaton
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Copper, zinc and nitrogen for oats following clover ley on brown sandy loam at KalannieCopper, Zinc and nitrogen required for maximum grain yield of wheat following clover ley grown on brown sand loam at Kalannie |
Department of Agriculture and Food WA
|
1959 | Kalannie WA |
Research organisaton
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Copper, zinc and nitrogen for oats following clover ley on sand over brown sandy clay at NewdegateCopper, Zinc and nitrogen required for maximum grain yield of wheat following clover ley grown on sand 15 -30 cm) over orange brown sandy clay at Newdegate demonstration farm. |
Department of Agriculture and Food WA
|
1959 | Newdegate Demonstration farm WA |
Research organisaton
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Copper, zinc and nitrogen for wheat following clover ley on orange brown gravelly loamy sand over consolidated ironstone country at NewdegateCopper, Zinc and nitrogen required for maximum grain yield of wheat following clover ley grown on orange brown gravellysand over consolidated ironstone |
Department of Agriculture and Food WA
|
1959 | Newdegate WA |
Research organisaton
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Copper, zinc and nitrogen for wheat following clover ley on acidic yellow sandplain 'wodgil' country at HydenCopper, Zinc and nitrogen required for maximum grain yield of wheat following clover ley grown on yellow acidic sand "wodgil" at Hyden |
Department of Agriculture and Food WA
|
1959 | Hyden-1 WA |
Research organisaton
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Copper, zinc and nitrogen for wheat following clover ley on brown gravelly loamy sand over consolidated ironstone country at KondininCopper, Zinc and nitrogen required for maximum grain yield of wheat following clover ley grown on brown gravelly loamy sand over consolidated ironstone |
Department of Agriculture and Food WA
|
1959 | Kondinin WA |
Research organisaton
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Copper, zinc and nitrogen for wheat following clover ley on brown loamy sand at South StirlingsCopper, Zinc and nitrogen required for maximum grain yield of wheat following clover ley at Dandaragan. |
Department of Agriculture and Food WA
|
1959 | South Stirlings WA |
Research organisaton
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Copper, zinc and nitrogen for wheat following clover ley on Esperance sand plainCopper, Zinc and nitrogen required for maximum grain yield of wheat following clover ley at Esperance Plain Research Station. |
Department of Agriculture and Food WA
|
1959 | Gibson WA |
Research organisaton
|
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Copper, zinc and nitrogen for wheat following clover ley on light land at KellerberrinCopper, Zinc and nitrogen required for maximum grain yield of wheat following clover ley at Kellerberrin |
Department of Agriculture and Food WA
|
1959 | Kellerberrin WA |
Research organisaton
|
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Copper, zinc and nitrogen for wheat following clover ley on orange brown gravelly loamy sand over consolidated ironstone country at NewdegateCopper, Zinc and nitrogen required for maximum grain yield of wheat following clover ley grown on orange brown gravellysand over consolidated ironstone |
Department of Agriculture and Food WA
|
1959 | Newdegate_2 WA |
Research organisaton
|
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Copper, zinc and nitrogen for wheat following clover ley on red brown loamy sand at DandaraganCopper, Zinc and nitrogen required for maximum grain yield of wheat following clover ley at Dandaragan. |
Department of Agriculture and Food WA
|
1959 | Dandaragan WA |
Research organisaton
|
|||
Copper, zinc and nitrogen for wheat following clover ley on sand over brown sandy clay at NewdegateCopper, Zinc and nitrogen required for maximum grain yield of wheat following clover ley grown on sand 15 -30 cm) over orange brown sandy clay at Newdegate demonstration farm. |
Department of Agriculture and Food WA
|
1959 | Newdegate Demonstration Farm _2 WA |
Research organisaton
|
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Copper, zinc and nitrogen for wheat following clover ley on yellow sand at ArdathCopper, Zinc and nitrogen required for maximum grain yield of wheat grown on yellow sand following clover ley at Ardath |
Department of Agriculture and Food WA
|
1959 | Ardath WA |
Research organisaton
|
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Copper, zinc and nitrogen for wheat following clover ley on yellow sand plainCopper, Zinc and nitrogen required for maximum grain yield of wheat following clover ley at Wongan hills Station. |
Department of Agriculture and Food WA
|
1959 | Wongan Hills WA |
Research organisaton
|
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Critical level for copper deficiency of wheat grown on mallee soils of Esperance region of Western AustraliaDiagnosing copper deficiency by plant analyses for wheat under field conditions. |
Department of Agriculture and Food WA
|
1987 | Mount Ridley WA |
Research organisaton
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Critical level for copper deficiency of wheat grown on soils of the lake Grace - Newdegate districit of Western AustraliaDiagnosing zinc deficiency by plant analyses for wheat under field conditions. |
Department of Agriculture and Food WA
|
1987 | Lake Grace district WA |
Research organisaton
|
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Critical level for zinc deficiency of wheat grown on mallee soils of esperance region of Western AustraliaDiagnosing zinc deficiency by plant analyses for wheat under field conditions. |
Department of Agriculture and Food WA
|
1986 | Scaddan WA |
Research organisaton
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Critical level for zinc deficiency of wheat grown on soils of Western AustraliaDiagnosing zinc deficiency by plant analyses for wheat under field conditions. |
Department of Agriculture and Food WA
|
1986 | Lake Grace 3 WA |
Research organisaton
|
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Critical level for Zn deficiency of field-grown wheat at Newdegate-Lake GraceCalibration of plant test for diagnosing zinc deficiency in wheat grown on Zn responsive soils in the Newdegate -Lake Grace district |
Department of Agriculture and Food WA
|
1988 | Newdegate WA |
Research organisaton
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Critical level for Zn deficiency of field-grown wheat on Esperance sandplainCalibration of plant test for diagnosing zinc deficiency in wheat grown on responsive soils of the Esperance sandplain |
Department of Agriculture and Food WA
|
1989 | Esperance WA |
Research organisaton
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Critical level for Zn deficiency of wheat grown on soils of the West MidlandsCalibration of plant test for diagnosing zinc deficiency in wheat grown on responsive soils under field condition |
Department of Agriculture and Food WA
|
1990 | West Midlands WA |
Research organisaton
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Developing and testing innovative, practical and reliable methods for incorporating lime into acidic sand plain top and subsoils in the eastern wheatbeltTo provide an overview and improve understanding of the range of tillage implements available to growers to incorporate lime, their respective costs and benefits and to assess novel options. |
Department of Agriculture and Food WA
GRDC |
2014 | Dandaragan WA |
Research organisaton
|
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Early seeding - a climate change adaptation method in the North Eastern (NE) Agricultural Region of Western Australia (WA).Compare the yield responses of wheat varieties sown at three sowing dates (9 April, 23 April and 12 May) and two plant densities. |
Department of Agriculture and Food WA
DAFWA |
2015 | Western Australia WA |
Research organisaton
|
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Early seeding - a climate change adaptation method in the North Eastern (NE) Agricultural Region of Western Australia (WA).Compare the yield responses of canola varieties sown at three sowing dates (9 April, 23 April and 12 May). |
Department of Agriculture and Food WA
DAFWA GRDC |
2015 | Pindar WA |
Research organisaton
|
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Effect of boron on canola on brown sands of the Great SouthernTo determine the rates and form of boron required for maximum grain yield of canola & lupin grown on acidic low organic matter and low clay soils sands across 3 seasons. |
Department of Agriculture and Food WA
|
1994 | Katanning WA |
Research organisaton
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Effect of boron on canola on grey sands of the Southern region of WATo determine the rates of boron required for maximum grain yield of canola grown on acidic low organic matter sands across 3 seasons. |
Department of Agriculture and Food WA
|
1994 | Neridup WA |
Research organisaton
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Effect of boron on canola on soils of the Bindoon district of WATo determine the rates of boron required for maximum grain yield of canola grown on soils of the Bindoon area (gravelly soils).. Canola was thought to have a high B requirement so a range of sites were selected to determine any response incanola to B applications. |
Department of Agriculture and Food WA
|
1994 | Bindoon District WA |
Research organisaton
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Effect of boron on canola on soils of the Corrigin district of WATo determine the rates of boron required for maximum grain yield of canola grown on soils of the Corrgin area. Canola was thought to have a high B requirement so a range of sites were selected to determine any response incanola to B applications. |
Department of Agriculture and Food WA
|
1994 | Corrogin WA |
Research organisaton
|
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Effect of boron on canola on soils of the lakes district of WATo determine the rates of boron required for maximum grain yield of canola grown on soils of the Lakes area. Canola was thought to have a high B requirement so a range of sites were selected to determine any response incanola to B applications. |
Department of Agriculture and Food WA
|
1995 | Lake Grace WA |
Research organisaton
|
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Effect of boron on canola on soils of the lakes district of WATo determine the rates of boron required for maximum grain yield of canola grown on soils of the SE wheat belt [Lakes area] area. Canola was thought to have a high B requirement so a range of sites were selected to determine any response incanola to B applications. |
Department of Agriculture and Food WA
|
1995 | Pingrup WA |
Research organisaton
|
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Effect of boron on canola on soils of the north east wheatbelt region of WATo determine the rates of boron required for maximum grain yield of canola grown on soils of the north east wheat belt area. Canola was thought to have a high B requirement so a range of sites were selected to determine any response incanola to B applications. |
Department of Agriculture and Food WA
|
1996 | Three Springs area WA |
Research organisaton
|
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Effect of boron on canola on soils of the south coast region of WATo determine the rates of boron required for maximum grain yield of canola grown on soils of the south coast area. Canola was thought to have a high B requirement so a range of sites were selected to determine any response incanola to B applications. |
Department of Agriculture and Food WA
|
1995 | South Stirling WA |
Research organisaton
|
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Effect of boron on canola on soils of the South Stirlings district of WATo determine the rates of boron required for maximum grain yield of canola grown on soils of the south coast area. Canola was thought to have a high B requirement so a range of sites were selected to determine any response incanola to B applications. |
Department of Agriculture and Food WA
|
1994 | Kojoneerup region WA |
Research organisaton
|
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Effect of boron on canola on soils of the upper great Southern region of WATo determine the rates of boron required for maximum grain yield of canola grown on soils of the Wickepin area. Canola was thought to have a high B requirement so a range of sites were selected to determine any response incanola to B applications. |
Department of Agriculture and Food WA
|
1996 | Wickepin area WA |
Research organisaton
|
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Effect of boron on canola on sandy soils of the Dowerin areaTo determine the rates of boron required for maximum grain yield of canola grown on sandy soils across seasons. |
Department of Agriculture and Food WA
|
1995 | Dowerin WA |
Research organisaton
|
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Effect of boron on canola on sandy soils of the Esperance sandplainTo determine the rates of boron required for maximum grain yield of canola grown on sandy soils of the Esperance sandplain across seasons. |
Department of Agriculture and Food WA
|
1995 | Munglinup WA |
Research organisaton
|
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Effect of boron on canola on sandy soils of the Geraldton districtTo determine the rates of boron required for maximum grain yield of canola grown on acidic low organic matter and low clay soils across seasons. |
Department of Agriculture and Food WA
|
1995 | Nanson area WA |
Research organisaton
|
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Effect of boron on canola on sandy soils of the Geraldton districtTo determine the rates of boron required for maximum grain yield of canola grown on acidic low organic matter and low clay soils across seasons. |
Department of Agriculture and Food WA
|
1996 | Nanson area WA |
Research organisaton
|
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Effect of boron on canola on sandy soils of the Jerramungup districtTo determine the rates of boron required for maximum grain yield of canola grown on acidic low organic matter and low clay soils across 2 seasons. |
Department of Agriculture and Food WA
|
1994 | Jerramungup District WA |
Research organisaton
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