To report on a long-term soil amelioration trial established at the Gunning Gap CWFS regional site.

To compare the response of H45 and Bowerbird when treated with a range of fungicide treatments.

To compare the response of H45 and Bowerbird when treated with a range of fungicide treatments.

To provide guidelines to developing a robust leasing or share farming system.

To present options and guidelines for chemical insect control.

To determine whether in the high rainfall areas of the Wimmera the use of growth regulators would be beneficial.

To identify whether growth regulators reduce lodging in canola and increase in higher yields.

• To determine growth regulants can be used to modify canopy architecture of bean.

The aim of this trial was to compare the performance of very early sown wheat varieties, their early grazing potential and ability to recover from grazing.

• How will the barley and wheat perform side by side after a serradella phase?
• How much N do we need to apply to each crop type after a serradella phase, and which is the most profitable?
• Will there be Imazethapyr residue from April 2017, and will it affect the non-CL® variety?

To investigate the impacts burying at depth organic matter (using a Neutrog product Bounce Back) and gypsum using the subsoiler machine.

To investigate the impacts burying at depth organic matter (using a Neutrog product Bounce Back) and gypsum using the Sub Soiler machine.

To investigate the question of 'what if there was a simple way to improve the topsoil depth to
encourage plants to grow deeper root systems?'

To investigate the questions:

• What if there was a simple way to improve the top soil depth to encourage plants to grow deeper root systems?
• Could we grow the massive crops you seen grown overseas where they measure top soil in feet not inches?

• To investigate the impacts burying organic matter at depth.

To answer the question 'Growing season rainfall at Birhcip - is there any pattern'.

To demonstrate the potential of pulse crops on soil that was previously only capable of producing lupins.

To determine how productive and profitable high value pulse crops are on soils that have been ameliorated. Paddock scale demonstration. Possibly with small plot demonstrations of weed control options on ameliorated soils. 

To determine how productive and profitable high value pulse crops are on soils that have been ameliorated. Paddock scale demonstration. Possibly with small plot demonstrations of weed control options on ameliorated soils. 

To report on a grower experience of growing pulse crops in NSW.

To evaluate 4 new durum wheats under irrigated conditions 

To evaluate several strategies to achieve high yielding irrigated durum wheat under overhead spray irrigation

To test several agronomic strategies designed to maximise yield and achieve DR1 specifications under surface irrigated conditions

To economically grow irrigated wheat to meeet DR1 specifications

In these trials Corrigin Farm Improvement Group aimed to test the benefits of growing crops on chemical fallowed soil. The trials specifically compared which crop species were most profitable under a chemical fallowing regime. In season 2013 barley was most profitable and in 2014 albus lupins were the most profitable crop grown on chemical fallow.

This project was designed to test the relative benefit of chemical fallow with a range of different crop types. The trials compared different crop types on chemical fallow with the aim to identify which crop is likely to produce the highest return. The trials was a joint effort with Pulse Australia with the aim also to demonstrate and test pulse species in the Corrigin district.

To determine the agronomic conditions required to grow a quality barley product suitable for malting.

The aim of this trial is to assess the viability of long season wheat in the HRZ. 

To identify the agronomic practices which lead to the production of high quality hard and durum wheat. 

To grow chickpeas on eastern Eyre Peninsula.

The aim of this trial was to investigate managmeent practices for groin canola after cereal.

To investigate available technology tools for farmers to make in-season management decisions for grain farming in the Esperance Port Zone (EPZ). Until recently, Yield Prophet was the most well-known yield estimation tool, however there are now other options becoming available. SEPWA looked at how other in-season management tools measure up in a comparability study, looking predominately at five tools used to forecast yield and manage inputs.

To investigate available technology tools for farmers to make in-season management decisions for grain farming in the Esperance Port Zone (EPZ). Until recently, Yield Prophet was the most well-known yield estimation tool, however there are now other options becoming available. SEPWA looked at how other in-season management tools measure up in a comparability study, looking predominately at five tools used to forecast yield and manage inputs.

To investigate available technology tools for farmers to make in-season management decisions for grain farming in the Esperance Port Zone (EPZ). Until recently, Yield Prophet was the most well-known yield estimation tool, however there are now other options becoming available. SEPWA looked at how other in-season management tools measure up in a comparability study, looking predominately at five tools used to forecast yield and manage inputs.

To investigate available technology tools for farmers to make in-season management decisions for grain farming in the Esperance Port Zone (EPZ). Until recently, Yield Prophet was the most well-known yield estimation tool, however there are now other options becoming available. SEPWA looked at how other in-season management tools measure up in a comparability study, looking predominately at five tools used to forecast yield and manage inputs.

To evaluate a range of Group G herbicide ‘spikes’ to better understand there market fit prior to sowing broadacre crops.

To compare Triflur 480 versus Stomp, in relation to traditional use and minimum cultivation, on wheat and canola.

To evaluate the effect of group C and G herbicides on lentil in a sandy dry seeding situation

• To compare the tolerance of the new crop varieties to a range of group B herbicides relative to conventional non-tolerant varieties.
• To also measure the efficacy of herbicides for controlling crop volunteers with group B tolerance.

• To compare the tolerance of new crop varieties to a range of group B herbicides relative to conventional non-tolerant varieties.
• To also measure the efficacy of herbicides for controlling crop volunteers with group B tolerance.

• To compare the tolerance of the new varieties to a range of group B herbicides relative to conventional non tolerant varieties.
• To also measure the efficacy of herbicides for controlling crop volunteers with group B tolerance.

• To assess the effect of various residual group B chemistries on growth and yield of tolerant and susceptible lentil varieties, and
• To confirm in-crop tolerance of some group B chemistries applied post-emergence on Group B herbicide improved XT varieties and advanced lentil breeding lines compared with conventional standards.

• To identify levels of tolerance to a range of group B herbicides, as preliminary work for the application of a registration for post-emergent use in this variety.

To make full use of in-crop rainfall, stored soil moisture and nutrients, and prevent weed seed contamination, the control of weeds in a pulse break crop phase is essential. Currently, herbicides are the primary method of weed control in broadacre cropping systems. However, there are limited options for broadleaf weed control in pulse crops, as there are few effective broadleaf post emergent herbicides available for use in faba bean and lentil. Along with limited control options, the presence of possible herbicide residues, such as sulfonylureas (SU), from previous crops are major deterrents for including pulses in a cropping rotation where there is an increased risk of herbicide damage. In recent years, Group B herbicide tolerant (HT) lentil and faba bean varieties have been released to Australian growers and have proven very popular for giving more flexible weed control options, particularly for late emerging broadleaf weeds. The Group B herbicide tolerance traits not only provide growers with in-crop options for broadleaf weed control, but also allow these pulse crops to be grown on Group B (including SU) herbicide residues, which can persist from previous crop applications for up to 24 months or longer, depending on rainfall (minimum of 700 mm) and soil pH (as per DuPont^™ Glean^® and Tackle^® WG product labels).

The aim of these trials was to evaluate the levels of tolerance to simulated residues and post-emergent applications of Group B herbicides in lentil XT varieties, and a faba bean mutant derived line with Group B herbicide tolerance traits.

To compare the efficacy of different group B herbicides.

To assess the relative plantback safety of Group A herbicides in wheat.

To compare a range of Group A herbicides for plantback crop safety in wheat.

To assess the relative plantback safety of Group A herbicides in wheat.

To compare a range of Group A herbicides for plantback crop safety in wheat.

To assess the relative plantback safety of Group A herbicides in wheat.

To compare a range of Group A herbicides for plantback crop safety in wheat.