Projects

Explaining the advantages of Nitrification Inhibitors, which slow the conversion of ammonium to nitrate in urea fertiliser.

High Efficiency Phosphorus fertiliser products are more expensive than traditional phosphorus products due to higher manufacturing costs but most also have very important trace elements or growth promotants which are an added benefit to the crop and support productivity.

Plant Legume Cover Crops to Yield Benefits of Soil Health and Reduce Nitrogen to the Subsequent Plant Crop

Nutrient Management Following a Legume Fallow

Fertiliser Reductions Following a Legume Crop

Irrigation Efficiency with G-Dot Scheduling and Timed Actuators

Irrigation Efficiency with G-Dot Scheduling and Timed Actuators

Irrigation Efficiency with G-Dot Scheduling and Timed Actuators

Plant Soybean Cover Crops and Adopt Benefits of Soil Health and Reduce Nitrogen to the Subsequent Plant Crop

Reduce Nitrogen Fertiliser Application to Sugarcane Plant Crops Following a Short Fallow Period of 3 to 5 Months

Reduce Nitrogen Fertiliser Application to Sugarcane Plant Crops Following a Short Fallow Period of 3 to 5 Months

Reduce Nitrogen Application by Introducing an Enhanced Efficiency Fertiliser to the Farm

Root Growth Stimulators Effect on Sugarcane Nutrient Uptake

Optimising Irrigation Scheduling with Infield Sensors to Minimise Excess Nitrogen Loss and Increase Profitability

A healthy soil is productive, sustainable, and profitable.

Normalised Difference Vegetation Index (NDVI) is a measure of the amount of living green vegetation.

Taking advantage of mill mud and ash by-products

Reducing Nitrogen Application Rates on Ratoons Including Older Ratoons While Maintaining the Farms Productivity

Reducing Nitrogen Application Rates on Ratoons Including Older Ratoons While Maintaining the Farms Productivity

Reducing Nitrogen Application Rates on Older Ratoons While Maintaining the Farms Productivity

Reducing Nitrogen Application Rates on Older Ratoons While Maintaining the Farms Productivity

Root Growth Stimulators Effect on Sugarcane Nutrient Uptake

Reducing Nitrogen Rates in Response to High Groundwater Nitrate Irrigation Water in the Burdekin

Reduce Nitrogen Application in Sugarcane Plant Crops Across the Farm Following Productive Legume Cover Crops

Reduce Nitrogen Application in Sugarcane Plant Crops Following Well Established and Productive Cover Crops

Reduce Nitrogen Application in Sugarcane Plant Crops Across the Farm Following Productive Legume Cover Crops

Reduce Nitrogen Application in Sugarcane Plant Crops Across the Farm Following Productive Legume Cover Crops

Reduce Nitrogen Application on Old Ratoon and Lower Yielding Blocks While Maintaining the Farms Productivity

Reduced Nitrogen Application on Old Sugarcane Ratoons and Plant Blocks Following Legume Cover Crops

Planting of Legume Cover Crops Reducing Nitrogen Requirements to Subsequent Sugarcane Plant Crops

Planting of Legume Cover Crops Reducing Nitrogen Requirements to Subsequent Sugarcane Plant Crops

Reducing Nitrogen Application on Old/late cut Ratoon Blocks while maintaining the Farms Productivity

Reducing Nitrogen Application on Old/late cut Ratoon Blocks while maintaining the Farms Productivity

Reduce Nitrogen Application in Sugarcane Plant Crops Across the Farm Following Productive Legume Cover Crops

Reduced Nitrogen Application on Old Sugarcane Ratoons While Maintaining Farms Productivity

Moddus is a foliar absorbed plant growth regulator.

Herbert Region fallow legume crops.

Growing legume and mixed species fallow crops.

Electromagnetic induction (EM) mapping is a form of precision agriculture that uses a sensor to measure electrical conductivity in soils at various depths.

Assessing the use of precision agriculture technique of variable rate technology

Smarter weed control through the use of drone technology.

Prescription (zonal) application of Imidacloprid.

Dynamic nutrient planning - getting nitrogen right in time and place.

Match variety to soil type.

Two year fallow versus traditional one year legume fallow.

Low risk strategy for growing legume crops and transitioning back to cane.

Mixed species fallow into sugarcane.

Groundwater nitrate monitoring and reduced nitrogen rate trial.

Investigating the effect of various nitrogen rates following a harvested legume crop.

Refining Whole Farm Nutrient Management Planning

Assessing Direct Drill Mixed Species Cover Crops

Refining Nutrient Management in Late Harvest Ratoons

Mixed Legume Fallows and Lower N Rates in Plant Cane After a Successful Legume Crop

Mixed Legume Fallow and EM Mapping to Apply Variable Rates of Gypsum

Mixed Legume Follows and Lower N Rates in Plant Cane After a Successful Legume Crop

Wider Row Spacing and Mixed Species Fallow

Wider Row Spacing and Variable Rate Application

Direct Drill Legume Fallow

Integrated Weed & Pest Management Planning

Refining Whole Farm Nutrient Management Planning

Assessing Banded Chicken Manure in Plant Cane

Bare Fallow to Legume Fallow

Bare Fallow to Legume Fallow

Bare Fallow to Legume Fallow

EM Mapping to Support Implementing Precision Farm Management & Installing Irrigation Scheduling Tools

EM Mapping to Support Implementing Precision Farm Management & Installing Irrigation Scheduling Tools

EM Mapping to Support Implementing Precision Farm Management & Installing Irrigation Scheduling Tools

Monitoring In-Field Soil Moisture of Varying Growth Zones to Accurately Schedule Irrigation Events

Reducing Nitrogen Application on Older Ratoons

Reducing Nitrogen Application on Ratoon Blocks and Planting of Legume Crops to Fallow Blocks

Reducing Nitrogen Application on Older Ratoons

Reducing Nitrogen Application on Older Ratoons

Reducing Nitrogen Application on Older Ratoons

Reducing Nitrogen Application on Incoming Season by Planting Legume Crops to Fallow Blocks

Reducing Nitrogen Application on Older Ratoons

Reducing Nitrogen Application on Older Ratoons

Reducing Nitrogen Application on Older Ratoons

Reducing Nitrogen Application on Poor Varietal Performance Blocks

Reducing nitrogen application on older ratoons Calen

Reducing nitrogen application on older ratoons

Reducing nitrogen application on older ratoons

A practice fact sheet for calibrating bean planters.

A practice fact sheet for types of inoculants and things to consider when using them.

This is a summary of the Project Catalyst Full Economics Analysis Report.

You can read all about the fourteen trials here.

Trial of the application of varied nitrogen rates.

Trial of varied nitrogen rates.

Trial to compare liquid fertiliser with granular fertiliser applied via side dress and stool splitting.

Trial and surface and subsurface application methods of BioDunder fertiliser.

Trial of the application of reduced nitrogen rates to account for nitrates in irrigation water.

Trial of the application of a reduced nitrogen rate to account for the nitrates supplied through irrigation water.

Trial of the application of different forms of soil ameliorants.

Trial of surface and subsurface application methods of mill mud and ash.

Trial of subsurface mill mud application and reduced nitrogen rates.

Trial of the subsurface application of mill mud.

Trial of regenerative agriculture practices of RegenAG including a multi-species fallow.

Trial of a number of legume and multi-species fallows.

Trial of a low-cost legume versus bare fallow strategy.

Alternate row irrigation economics

To develop a site-specific nitrogen reduction rate that the grower can implement on their blocks that are irrigated with underground water high in nitrates.