TruBio: One test can predict pest and disease risk in your field so you can make the optimal crop plan for next season

Red Cedar Ag • October 3, 2025

EarthOptics measures the biology in the soil to predict what will happen agronomically on the field.

Analyzing soil biology, we can predict key field agronomic outcomes with over 90% confidence before the season starts. This accuracy and advanced timing unlock farm profitability by enabling precise product placement for seed and biologicals.

By Red Cedar Ag March 1, 2026
Derek Penzkover joins Red Cedar Agronomy as Sales Agronomist, bringing soil science expertise and hands-on field experience to Wisconsin growers.
By Red Cedar Ag February 19, 2026
Specialized potassium transport genes and elevated populations of K-solubilizing microbes indicate the soil system is under potassium limitation, even when standard soil tests may not flag a deficiency. This microbial response reflects low exchangeable K, triggering biological mobilization of mineral K to sustain plant and microbial growth. When these signals appear, looking for a highly available potassium source that directly impacts the crop rather than soil applied is recommended. Our Solution: NanoBond Ka: Potassium Acetate with Nanotechnology NanoBond™ Ka by Yield Innovations is a potassium acetate product powered by NanoBond™ 4Z nanotechnology, designed to efficiently build plant potassium levels as part of a The Agronomic Profit System. Because potassium acetate stays soluble with less soil moisture, it can help keep K available in drier conditions compared to traditional potash sources, supporting stronger nutrient uptake and overall plant function. It is positioned for foliar, in-furrow, and UAN applications (2x2, sidedress, Y-drop), with a 0-0-25 analysis derived from potassium acetate. Contact RCA for more information.
Plant Growth Promoters
By Red Cedar Ag January 29, 2026
Plant growth-promoting fungi such as specific Trichoderma species support plant health through metabolite and enzyme production that enhances growth, stress tolerance, and pathogen resistance.