Agriculture & Soil Health
Reduce input costs and maximize yields with naturally-derived microbial solutions
Reduce input costs and maximize yields with naturally-derived microbial solutions
Rising synthetic fertilizer costs are squeezing margins for farmers across the country. Tightening sustainability regulations and soil depletion from intensive farming are making biological alternatives more attractive than ever.
Our integrated biologic + biochar approach improves crop yields, reduces input costs, and restores soil health — our microbial consortia drive nutrient cycling and biocontrol while biochar improves water retention, carbon sequestration, and provides a permanent habitat for microbes to thrive.
Active N cycling converts bound nitrogen into plant-available forms, reducing fertilizer dependency.
Proven in controlled trials: Olsen P increased from 7.0 ppm to 101.3 ppm—14x more plant-available phosphorus.
Auxins (58%), cytokinins (59%), gibberellins (45%) naturally stimulate root development and crop vigor.
Up to 63% fungicide activity and 45% bactericide activity suppresses harmful pathogens without chemicals.
72% exopolysaccharide production and 66% salt tolerance (ACC deaminase) help crops withstand drought and salinity.
Enhanced organic matter cycling improves water retention, reducing irrigation needs and drought stress.
* Results represent the best performance across our biological platforms. Individual results may vary based on soil conditions and application.
Controlled pivot trial, Utah, 2021. Independent field verification of microbial treatment effectiveness.
| Metric | Treated | Untreated | Advantage |
|---|---|---|---|
| Height at Day 33 | 19.3 inches | 17.55 inches | +10% taller |
| Total Nitrogen (petiole) | 3,317 ppm | 2,777 ppm | +19% uptake |
| Calcium (petiole) | 3,256 ppm | 3,152 ppm | +3% uptake |
| Phosphorus (soil, Olsen P) | 101.3 ppm | 7.0 ppm | 14x availability |
| Maturity | Flowered 8 days earlier | — | Faster harvest cycle |
| Soil Moisture Retention | Lower evaporation at 1' & 2' | Higher evaporation | Less water needed |
$100–$200+
per acre annually (synthetic fertilizer)
Up to 50% Savings
on input costs
We'd like to collect soil samples from your operation and run a targeted analysis.
Request Soil Sample AnalysisContact us today to learn how our microbial solutions can help improve your agricultural operations.
Based in Utah · Serving Clients Nationwide