Projects

Lower Rates of N Fertiliser in Older Ratoons & Ameliorant Management

Reduced N Fertiliser Rates in Late Ratoons & Lower Rates of Banded Mud

Reduced Rates of N Fertiliser for Late/Older Ratoons & Zonal Mill Mud Application at 75t/ha

Lower Rates of N Fertiliser in Old/Late Ratoons

Lower Rates of N Fertiliser in Old/Late Ratoons

Lower Rates of N Fertiliser in Older Ratoons & EM Mapping to Target Soil Constraints

Lower or Zonal Rates of Mill Mud & Reduced Rates of N Fertiliser After Mill Mud Application

EM Mapping to Target Soil Constraints and Reduction of N Fertiliser Application on Late Ratoons

Mixed Legume Species in Fallow and N Fertiliser Reductions in Ratoons

EM Mapping for Refining Management Zones & Reduced N Fertiliser Application on Late Ratoons

Lower Rates of N Fertiliser on Late Ratoons & EM Mapping for Zonal Applications

Lower or Zonal Rates of Mill Mud at 75T/ha Banded and Lower N Fertiliser Rates in Older Ratoons

Mixed Legume Fallow and EM Mapping to Target Soil Constraints

Lower Rates of Banded Mill Mud & EM Mapping with Variable Rate Amendments

Growing Legume Fallows and EM Mapping to Target Soil Constraints Through Ameliorates

EM Mapping for Targeted Amelioration and Legume Fallow

Application of Wood Chips to Hold Moisture, Reduce Weed Sprays and Reduce N Fertiliser Rates in Rate Ratoons

Mixed Legume Species and Lower Rates of N Fertiliser in Plant Cane

Legumes with Reduced N Fertiliser Rate Applications in Late Ratoons

Mixed Legumes and Low Rates of Banded Mill Mud

Legumes in Fallow and Variable Rate Amendments

Mixed Legumes and EM Mapping for Variable Inputs

Banded Mill Mud for Improving Soil Condition & N Fertiliser Rate Reductions in Late Ratoons

Mixed Legumes and Lower N Fertiliser Rates in Plant Cane After Well-established Legume Cover Crops

EM Mapping to Apply Variable Rates of Amendments and Lower Rates of N Fertiliser in Older Ratoons

EM Mapping to Target Soil Constraints Through Variable Rates of Ameliorants & Legume Fallow Crops

Inter-row Organic Matter and Banded Mill Mud in Combination with Reduced N Fertiliser in Late Cut Ratoons

Reduced N Fertiliser Rates After Mill Mud & Mixed Legumes to Control Pathogenic Nematodes

Low Rates of Banded Mill Mud & Zonal Planting of Mixed Legumes

75T/ha Banded Mud, Zonally Applied & Fallow Legume Crops for Soil Health Benefits

Reduce Nitrogen Application on Sugarcane Ratoon Blocks while Maintaining the Farms Productivity

Reduce Nitrogen Application on Ratoon Sugarcane Blocks while Maintaining the Farms Productivity

Reduce Nitrogen Application on Ratoon Sugarcane Blocks while Maintaining the Farms Productivity

Reduce Nitrogen Application on Ratoon Sugarcane Blocks while Maintaining the Farms Productivity

Introducing Legumes as a Fallow Cover Crop and Reduce Nitrogen Requirements to the Subsequent Sugarcane Crop

Establish Productive Legume Cover Crops and Reduce Nitrogen Application to Subsequent Sugarcane Plant Crops

Reduce Nitrogen Application on Older/Late-cut Sugarcane Ratoons while maintaining the Farms Productivity

Reduce Nitrogen Application on Older/Late-cut Sugarcane Ratoons while Maintaining the Farms Productivity

Reduce Nitrogen Application on Older/Late-cut Sugarcane Ratoons while Maintaining the Farms Productivity

Reduce Nitrogen Application on Plant Sugarcane Blocks while Maintaining the Farms Productivity

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

Establish Productive Legume Cover Crops and Reduce Nitrogen Application to Subsequent Sugarcane Plant Crops

Plant Legumes to Improve Sediment Control on Slopes and Reduce Nitrogen for Potential off-farm Losses to Waterways

Adopting a Practice Change on Farm to Plant Fallow Blocks to a Legume Cover Crop - Sunn Hemp

Establish Productive Legume Cover Crops and Reduce Nitrogen Application to Subsequent Sugarcane Plant Crops

Establish Productive Legume Cover Crops and Reduce Nitrogen Application to Subsequent Sugarcane Plant Crops

Plant Sunn Hemp to Improve Sediment Control and Reduce Nitrogen for Potential Off-farm Losses to Waterways

Plant Legume Cover Crops to Fallow Blocks to Reduce Nitrogen Fertiliser to Subsequent Sugarcane Plant Crops

Plant Legume Cover Crops to Fallow and Reduce Nitrogen Fertiliser to Subsequent Sugarcane Plant Crops

Reducing Nitrogen Application on older Ratoon Blocks while Maintaining the Farms Productivity

Reducing Nitrogen Application on Ratoon Blocks Including Old Ratoons while Maintaining the Farms Productivity

Reduce Nitrogen Fertiliser Application to Sugarcane Plant Crops Following Good Legume Crops

Reduce Nitrogen Fertiliser Application to Subsequent Sugarcane Plant Cane Following Legume Crops (Cowpea)

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

Reducing Nitrogen Application in Sugarcane Plant Crops across the Farm Following Productive Legume Crops

Reduce Nitrogen Fertiliser Application to Sugarcane Plant Crops Following Good Legume Crops

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

Nitrogen Reduction to Fallow Sugarcane Plant Following a Good Quality Soybean Crop

Improve Sugarcane Cropping by Increasing to 1.8m GPS Dual Row Zonal Beds and to Fallow Plant Legume Crops

Plant Sugarcane Fallow to Legumes Aiming to Reduce Nitrogen Application in Subsequent Plant Sugarcane Crops

Krasnozem Soil Type and Plant Available Phosphorous

Break Crop and Soil Constraints

Nitrogen Fertiliser Reduction of Low Yielding Blocks and Older Ratoons

Reduce Nitrogen Fertiliser after Legume Crop

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.