Lower Inputs, Increase Yields

Good land management starts with basics: cover crops return nutrients and organic matter to the soil, leaving litter keeps the soil covered and conserves moisture, and minimal tillage preserves microbial structure and prevents carbon loss.

Lowering inputs while increasing yields involves improving fertilizer utilization so that farmers only use what the plant truly needs. MycorrPlus forms an aerobic net in the soil to hold nutrients until the plant needs them, saving money on fertilizer. Learn more about lowering inputs and sustainable agriculture from the USDA NRCS.

A Better Nematode & Pesticide Solution

In healthy soils, beneficial nematodes can outcompete harmful ones. In contrast, nematicides kill both, leaving fewer beneficial organisms. MycorrPlus helps restore soil life by devouring toxins, flushing excess salts, balancing nutrients, and highly structuring the soil. It also minimizes pesticide damage by restoring beneficial microbes.

Reducing Weed Pressure

Weeds are a reflection of underlying soil problems. When soil issues such as compaction, imbalanced pH, and low calcium are corrected with MycorrPlus, weeds that thrive in such conditions diminish.

Lower Inputs by Healing the Soil

The proven strategy for lowering inputs and increasing yields is simply to conquer nature by cooperating with it. MycorrPlus creates an aerobic net that latches onto nutrients, heals the soil so that beneficial nematodes and microbes can thrive, and quickly restores life in the soil.

This approach works even without excellent conservation methods, though it becomes even more effective when combined with cover crops and minimal or no-tillage practices.

Keys to Best Use

MycorrPlus works best when given time to transform the soil:

• Be patient: Soil transformation takes time—broadcast 2 quarts in the fall or early spring, then use a quart as a pop-up.
• Consistent Application: One customer in northern Florida applied it in March, noticed no difference initially, but by July and November significant improvement was observed.
• Improved Root Structure: Treated fields show larger root systems with better rhizomes and a 15% yield increase, as seen in comparative tests.