Soil Conditioning Program

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Access full nutrient potential from your crop residue. Post-harvest residue contains valuable nutrients that can be utilized in the soil for your crops.

Plan

Post-harvest residue contains valuable nutrients that can be utilized in the soil for your crops. Ensure your crops reach their full potential by extracting the nutrients while adding organic matter to the soil.

The Right Fertilizer

Application of a soil conditioning blend will accelerate residue breakdown and maximize release back into the soil.

Contact us to find out more about creating a customized program for your winter wheat.

Soil Conditioning Program

Step 1: SeaPack
SeaPack - Apply at 4-8 L per acre

SeaPack is an excellent food source for probiotics and mycorrhizae that aid roots in nutrient and water absorption. It increases organic matter, improves germination and root development. SeaPack also builds trace minerals in the soil and replenishes microbiology that has been reduced by pesticides, herbicides and chemical fungicides.
Step 2: Molasses
Molasses - Apply at 2-4 L per acre

Molasses can boost carbon levels quickly, increasing Carbon:Nitrogen ratio to optimize nitrogen. It contains beneficial bacteria which can lead to faster residual breakdown and increases soil immunity.
Step 3: TrueHume 80P
TrueHume 80P - Apply at 0.5-2 kg per acre

TrueHume 80P improves soil structure by increasing nutrients, water and mineral retention. It buffers pH, breaks down organic matter, and stimulates plant yield and growth. TrueHume 80P increases effectiveness of herbicides, pesticides and fungicides by immobilizing and reducing harmful residues.
Step 4: Acterra
Acterra - Apply at 0.5-1 L per acre

Acterra is a living microbial concentrate. It is ready to use with no brewing required. Acterra contains beneficial facultative anaerobic microorganisms, they can survive with or without oxygen and are remarkably effective in nature soil environments.
RESULTS!
RESULTS!

- Increased soil nutrient retention

- Increased biodiversity and soil fertility

- Faster crop decomposition and nutrient retention

- Maximum nutrient release from residue breakdown - Easier planting conditions in spring

- Increased crop emergence