Aims:
To assess the yield of a range of barley varieties.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To evaluate a range of commercially available varieties. These reflect the most widely grown varieties in the area and include others that may be considered in the future. They include a number of different grades, reflecting market options in Southern Victoria.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To evaluate a range of commercially available varieties. These reflect the most widely grown varieties in the area and include others that may be considered in the future. They include a number of different grades, reflecting market options in Southern Victoria.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To condcut a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
To conduct a barley variety trial.
Aims:
The objective of these trials was to evaluate the yield and quality of a range of barley varieties and breeders lines.
Aims:
To assess the range of barley varieties available.
Aims:
To assess the yield of a range of barley varieties at several sites.
Aims:
To investigate and identify potential new malting varieties for Victorian growers.
Aims:
To provide a barley variety update.
Aims:
To compare new and existing barley varieties and their response to different fungicides.
Aims:
What can we learn from Barley Waterlogging damage?
Aims:
To compare barley yield and quality with no fungicide application (Treatment 1) to barley yield and quality with fungicide application (Treatment 2) (Table 1). Treatment 2, fungicide application, mimics standard practice in the South East.
Aims:
To compare barley yield and quality with no fungicide application (Treatment 1) to barley yield and quality with fungicide application (Treatment 2) (Table 1). Treatment 2, fungicide application, mimics standard practice in the South East.
Aims:
The barley X fungicide trials were established to compare barley yield and quality with no fungicide application to barley yield and quality with fungicide application
Aims:
To assess the benefit of early aphid management and BYDV control through the use of seed applied insecticides
Aims:
To assess the value of an insecticide programme on the control of barley yellow dwarf virus in wheat.
Aims:
To evaluate the timing of insecticide treatments on deterring aphids from feeding on newly sown wheat and how this impacts on final wheat yield and to evaluate the use of an insecticide seed dressing to give early aphid control.
Aims:
The aim of this trial is to evaluate the timing of insecticide treatments and the use of insecticide seed dressings on deterring aphids from feeding on newly sown wheat.
Aims:
Aims:
To assess the natural incidence of two BYD strains (PAV and RPV) in an insecticide treated field and to evaluate the effects of diseasse 'hot spots' (infected plots with BYD) and infection rate on neighbouring plants.
Aims:
To provide growers with the tools needed to adopt site-specific weed management (SSWM) strategies as a result of a commercially viable weed ID and mapping system being demonstrated.
Aims:
To demonstrate the performance and effectiveness of new pre-emergen chemistry, Bayer 191, in reducing resistant ryegass populations in winter cereals.
Aims:
Aims:
To increase the awareness of grain marketing tools available to grain growers and to demonstrate how they can be utilised.
Aims:
To increase the awareness of grain marketing tools available to grain growers and to demonstrate how they can be utilised.
Aims:
To test the accuracy of alkaline and acid tests on soil labs.
Aims:
To determine optimum sowing dates and sowing densities for maximising yield of new faba bean varieties in high rainfall areas.
Aims:
Maximise Faba bean productivity and benchmark Faba bean production (Biomass and N fixation) with other higher value crops such as Broad beans
Aims:
To report on a bean variety trial.
Aims:
To explore bean varieties.
Aims:
This app was developed for weather-based irrigation scheduling using a crop coefficient (Kc) estimated from satellite observations and reference crop evapotranspiration (ETo) estimated from scientific information for landowners (SILO) grids (Jeffery et al. 2001).
Aims:
To include the Minnipa flock within the program to help:
Aims:
This research aims to determine in which situations extra fertilisation can bring benefits to growers in 14 different Eyre Peninsula (EP) environments.
Every season, growers need to make choices over limited resources in order to optimise their profitability. Soil type and water represent two of the key limiting resources which define … read more
Aims:
To determine yield and quality benefits from irrigation of high value grain legumes. Further studies will determine the most appropriate timing of irrigation.
Aims:
To determine if inclusion of Bentonite clay improves crop yields on sandy soils.
Aims:
To determine if the inclusion of Bentonite clay improves crop yields on non-wetting sandy soils and their ability to store more carbon.
Aims:
To determine the best way to apply nutrients and increase nutrient uptake on non-wetting soils after amelioration in the Geraldton port zone.
Aims:
To determine the most effective way to apply nutrients (granular, banded, top dressed or liquid) on non-wetting soils after amelioration, in the Geraldton Port Zone.
Aims:
To determine the most effective way to apply nutrients (granular, banded, top dressed or liquid) on non-wetting soils after amelioration, in the Geraldton Port Zone.
Aims:
Demonstrate best practice phalaris establishment and management at the PPS/EverGraze site at Mooneys Gap which should provide information to producers to give them confidence to increase phalaris use.
Aims:
Aims:
Compare varying rates of N on wheat after applying BEST TM21 against a control area of no post nitrogen application.
Aims:
The experience from trial work with TM21 in Canada and Vietnam has been that farmers have been able to reduce some of their inputs as well as maintain or increase their yield. BEST Australia set up a long-term trial at the Liebe Group Long Term Trial Site (LTRS) comparing fertiliser rates at three different input levels. This trial will continue… read more
Aims:
Aims:
To build resilience into EP farms by understanding the interactions between soil potential, climate and management.
Aims:
The aim of better grazing systems in the low rainfall wheat/sheep zone should be to increase pasture returns without negative effects on the cropping phase.
Aims:
The aim of this project is to improve the capacity of growers to identify and manage subsurface acidity on the Northern Yorke Peninsula. Soil testing and pH mapping for acidity has become common practice in the district. However, this sampling and mapping has focused on the top 0-10 cm of soil. Recent reports and preliminary work have confirmed … read more
Aims:
To assess the potential of a range of multi-trait breeders’ lines for commercial development.
Aims:
To improve the long term control of Rhizoctonia by increasing the understanding of the interactions between disease inoculum and natural soil suppressive activity and to improve the prediction and management of disease.