Liebe Group trials

To determine if there are benefits from the application of the cereal seed treatment, Zorro in Wyalkatchem wheat.

To assess whether Zen noodle wheat has a place in rotation when yield and quality are compared to Mace Australian hard wheat.

To evaluate the relative yield loss (tolerance) of commonly grown and newly released wheat and barley varieties to Fusarium crown rot.

To develop systems to protect grain quality and yield in a low rainfall area. Trying wider rows to conserve moisture instead of fallow.

To establish wheat yield variation through wide row spacing and seeding rate in the low rainfall zone.

To evaluate the effectiveness of wide row spacing in Arrino wheat in a low rainfall environment with limited inputs.

To examine the potential for crop yield in the northern sandplain systems and explore practices that will allow the potential to be approached.

To examine the potential for crop yield in the northern sandplain systems and explore practices that will allow the potential to be approached

To explore the yield potential for wheat in the northern sandplain region and to identify the main constraints to achieving this potential.

To support growers with agronomic decisions such as sowing time and variety selection to enhance industry profitability through improved wheat yields and grain quality.

To compare wheat varieties and effect of nitrogen on yield and quality.

To evaluate wheat varieties grown on acid soils.

To identify differences between commonly grown wheat varieties in their ability to emerge from very deep sowing (100mm) and relate to coleoptile lengths and to quantify the effects of deep sowing on grain yield.

To compare new and existing wheat variety yields within the grain testing area Agzone 2.

Compare the new IGW3526 imidazolinone tolerant wheat with Justica in a farm scale demonstration to gauge variety performance.

To evaluate the performance of new variety Cobra under farmer practice.

To evaluate the performance of new variety Cobra under farmer practice.

To determine yield and quality of three new wheat varieties, sown using farmer equipment.

Comparison of the new APW wheat Hydra (IGW3422) to Emu Rock and Mace in a farm scale demonstration to evaluate performance.

• Compare the new noodle wheat variety Supreme (IGW6042) against Calingiri to gauge variety performance.
• Compare noodle wheat to Mace in order to determine the economic viability of growing noodle wheat.

Compare the new IGW3526 imidazolinone wheat with Mace in a farm scale demonstration to compare variety performance.

To assess the yield and quality of a range of wheat varieties in the L2 rainfall zone.

To assess the potential of two new Durum varieties and a new hard wheat in the L2 rainfall zone.

To assess the potential of new and existing wheat varieties east of Buntine.

To demonstrate the potential of some new wheat varieties in the L2 rainfall zone.

To compare the yield and quality of five commonly grown and new wheat varieties.

To determine the yield and quality performance of different wheat varieties when sown on a small paddock scale using farmer equipment.

To determine the yield and quality performance of different wheat varieties when sown on a small paddock scale using farmer equipment.

To compare three different sowing rates (in a low rainfall zone) in a farmer sized trial and monitor these plots throughout the growing season.

To assess the impact of rotary spading non-wetting sandplain soil on soil properties, crop growth and productivity.

To examine the effect of increasing inputs to four commonly grown wheat varieties on profitability for growers.

To demonstrate the tolerance of new and existing wheat varieties on acid soils.

To conduct further testing of future and existing wheat lines on acid soils.

To conduct further testing of future and existing wheat lines on acid soils.

To conduct an evaluation of the ability of wheat varieties to tolerate acid/aluminum.

To evaluate and compare the genetic potential of a range of new and soon to be released local and interstate wheat varieties in the Wubin region.

To compare the performance of wheat varieties in the M2 rainfall zone.

To establish and manipulate 3 varieties of pasture and determine their effect on the following wheat crop.

To demonstrate the benefit of WALAN2141 for croptopping.

To quantify the benefits of very wide rows for wheat quality and yield.

To test the effect of very deep ripping to 500mm with shallow leading tines and incorporation of limesand on a very deeply compacted acid sand plain soil.

To assess and demonstrate the benefits of varying fertiliser inputs across a range of productivity zones from a poor performing shallow gravel to a good performing loamy earth.

This demonstration was designed to determine the relative resistance of a range of wheat varieties to stripe rust with and without a seed treatment.

To evaluate the economics of a variable rate approach to fertiliser applications over the 2011 growing season. This trial was also designed as a proof of concept trial for CSBP’s Fertlogic Variable Rate Technology (VRT) platform

To evaluate the economics of a variable rate approach to fertiliser applications over the 2012 growing season. This trial was also designed as a proof of concept trial for CSBP’s Fertlogic Variable Rate Technology platform.

To demonstrate the value of NUlogic soil and plant testing and the importance of reviewing fertiliser strategies in season

To determine the effects of variable rate technology (VRT) through variable nutrient management across high, medium and low performing soil types, and also the effects of seeding rate across these soil types

To evaluate the effect various rates of granular urea spread 3-4 weeks post of seeding has on the yield and profitability of wheat.

To determine the response of wheat to different Flexi-N strategies at two seeding rates, i.e. canopy management.

To establish the fit for calcium ammonium nitrate (CAN) as a topdressed fertiliser in wheat in a low rainfall situation and on an N responsive site.