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Compatibility of Axial with various broadleaf herbicides for early wild oat and wild radish control in wheat

2009
CC BY 4.0

Research organisaton
Liebe Group

Trial details

Researcher(s) Richard Devlin (Living Farm)
Ian Macdonald (Syngenta)
Jason Sabeeny (Living Farm)
Year(s) 2009
Contributor Liebe Group
Trial location(s) Pithara, WA
Compatibility of Axial with various broadleaf herbicides for early wild oat and wild radish control in wheat locations
Aims

The objective of this demonstration was to evaluate the biological compatibility and crop safety of Axial compared with Achieve or Wildcat, when applied alone or in mixtures with common broadleaf herbicides for early wild oat and wild radish control in wheat.

Key messages

Note: This trial was an unreplicated demonstration with observations/assesments based on one plot per treatment only, and as such results may not be definitive.

Lead research organisation N/A
Host research organisation N/A
Related program N/A
Acknowledgments

Paper reviewed by Ben Parker (Living Farm).
Other trial partners Not specified
Download the trial report to view additional trial information

Method

Crop type Forage: Oats
Treatment type(s)
  • Herbicide: Rate
  • Herbicide: Type
Trial type Demonstration
Trial design Unreplicated

Pithara 2009

Sow date 6 June 2009
Harvest date Not specified
Plot size 18m x 1.25m
Plot replication 1
Fertiliser

06/06/09: 75 kg/ha DAP drilled at seeding
Herbicide

06/06/09: 2 L/ha Spray.Seed pre seeding,22/07/09: Spray treatments applied with water volume of 80 L/ha with Hardi flat fan 110001 nozzles.
Download the trial report to view additional method/treatment information

Download results

Trial results Table 1

# Treatment 1
Treatment 2
Treatment 3
Wild oats control (%) Wild radish control (%)
1 █ Achieve ® 380 g █ Bromicide® MA 1.4 L █ Supercharge® 0.75% 100 80
2 █ Achieve ® 380 g █ Bromicide® 200 2.1 L █ Supercharge® 0.75% 90 80
3 █ Achieve ® 380 g █ Jaguar 1.0 L █ Supercharge® 0.75% 95 85
4 █ Achieve ® 380 g █ Logran® 15 g + MCPA LVE 500 mL █ Supercharge® 0.75% 40 95
5 █ Achieve ® 380 g █ MCPA LVE 500 500 mL █ Supercharge® 0.75% 100 75
6 █ Achieve ® 380 g █ Paragon® MA150 mL + Bromicide® 750 mL █ Adigor® 0.75% 60 100
7 █ Achieve ® 380 g █ Paragon® 250 mL █ Supercharge® 0.75% 100 70
8 █ Achieve ® 380 g █ Precept® 2.0 L █ Supercharge® 0.75% 100 95
9 █ Achieve ® 380 g █ Precept® 1.0 L + MCPA LVE 500 mL █ Supercharge® 0.75% 95 100
10 █ Achieve ® 380 g █ Tigrex 750 mL █ Supercharge® 0.75% 100 95
11 █ Achieve ® 380 g █ Velocity® 500 mL █ Supercharge® 0.75% 50 60
12 █ Achieve® WG 380 g █ Nil █ Supercharge® 0.75% 100 0
13 █ AXIAL® 200 mL █ Bromicide MA 1.4 L █ Adigor® 0.5% 70 90
14 █ AXIAL® 200 mL █ Nil █ Adigor® 0.5% 100 0
15 █ AXIAL® 200 mL █ Nil █ Adigor® 0.5% 100 0
16 █ AXIAL® 200 mL █ Bromicide 200 2.1 L █ Adigor® 0.5% 60 100
17 █ AXIAL® 200 mL █ Jaguar 1.0 L █ Adigor® 0.5% 100 95
18 █ AXIAL® 200 mL █ Logran® 15 g + MCPA LVE 500 mL █ Adigor® 0.5% 70 70
19 █ AXIAL® 200 mL █ MCPA LVE 500 500 mL █ Adigor® 0.5% 100 80
20 █ AXIAL® 200 mL █ Paragon 250 mL █ Adigor® 0.5% 100 90
21 █ AXIAL® 200 mL █ Paragon 150mL + Bromicide MA 750mL █ Adigor® 0.5% 95 90
22 █ AXIAL® 200 mL █ Precept 2.0 L █ Adigor® 0.5% 100 100
23 █ AXIAL® 200 mL █ Precept® 1.0 L + MCPA LVE 0.5% █ Adigor® 0.5% 100 95
24 █ AXIAL® 200 mL █ Tigrex 750 mL █ Adigor® 0.5% 100 95
25 █ AXIAL® 200 mL █ Velocity 500 mL █ Adigor® 0.5% 90 90
26 █ Nil █ Nil █ Nil 0 0
27 █ Nil █ Nil █ Nil 0 0
28 █ Nil █ Nil █ Nil 0 0
29 █ Wildcat® 300 mL █ █ Adigor® 0.5% 100 0
30 █ Wildcat® 300 mL █ Bromicide® 200 2.1 L █ Adigor® 0.5% 70 60
31 █ Wildcat® 300 mL █ Bromicide® MA 1.4 L █ Adigor® 0.5% 80 90
32 █ Wildcat® 300 mL █ Jaguar® 1.0 L █ Adigor® 0.5% 75 100
33 █ Wildcat® 300 mL █ Logran® 15 g + MCPA LVE 500 mL █ Adigor® 0.5% 60 80
34 █ Wildcat® 300 mL █ MCPA LVE 500 500 mL █ Adigor® 0.5% 95 80
35 █ Wildcat® 300 mL █ Paragon® 300 mL + Adigor® 250 mL █ Adigor® 0.5% 90 90
36 █ Wildcat® 300 mL █ Paragon® 150 mL + Bromicide® MA 750 mL █ Adigor® 0.5% 70 85
37 █ Wildcat® 300 mL █ Precept® 300 mL + Adigor® 2.0 L █ Adigor® 0.5% 90 100
38 █ Wildcat® 300 mL █ Precept® 1.0 L + MCPA LVE® 500 mL █ Adigor® 0.5% 80 90
39 █ Wildcat® 300 mL █ Tigrex® 750 mL █ Adigor® 0.5% 100 90
40 █ Wildcat® 300 mL █ Velocity® 500 mL █ Adigor® 0.5% 100 100

Wild oats control %

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Wild radish control %

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Observed trial site soil information
Trial site soil testing
Site Depth Type pH EC P K N A OC CAT
Pithara, WA 0 - 10cm Sandy loam
Pithara, WA 10 - 30cm Sandy loam
Soil conditions
Trial site Soil texture
Pithara, WA Sandy loam
Derived trial site soil information
Australian Soil Classification Source: ASRIS
Trial site Soil order
Pithara, WA Kandosol
Soil Moisture Source: BOM/ANU
Average amount of water stored in the soil profile during the year, estimated by the OzWALD model-data fusion system.
Year Pithara WA
2009 229.6mm
2008 250.4mm
2007 210.2mm
2006 224.5mm
2005 206.2mm
2004 203.9mm
2003 223.2mm
2002 165.8mm
2001 186.6mm
2000 261.6mm
National soil grid Source: CSIRO/TERN
NOTE: National Soil Grid data is aggregated information for background information on the wider area
Actual soil values can vary significantly in a small area and the trial soil tests are the most relevant data where available

Soil properties

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Climate

Pithara WA 2009

Observed climate information

Rainfall trial gsr (mm) 201mm

Derived climate information

Pithara WA

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Some data on this site is sourced from the Bureau of Meteorology

SILO weather estimates sourced from https://www.longpaddock.qld.gov.au/silo/
Jeffrey, S.J., Carter, J.O., Moodie, K.B. and Beswick, A.R. (2001). Using spatial interpolation to construct a comprehensive archive of Australian climate data , Environmental Modelling and Software, Vol 16/4, pp 309-330. DOI: 10.1016/S1364-8152(01)00008-1.

Trial report and links

2009 trial report



Trial last modified: 02-07-2019 10:02am AEST