ROOTERRA in 3 jugs

Research shows that fertilizer alone isn’t the complete answer to better crops or increased yields. Plant roots have a complex relationship with the soil. The porosity, the organic and inorganic matter content, the pH and the microbial activity in the soil are all important. Our proprietary formulation amplifies the utilization of mineral nutrients for root development and plant growth, enhances microbial activity, supports micronutrient uptake, and improves overall plant nutrition to support consistent yields, year after year.

ROOTERRA™ 9-3-7 is designed to provide essential nutrients, improve micronutrient uptake, help plants resist environmental stresses and stimulate soil microorganisms making nutrients more available. Our proprietary formulation amplifies the natural action of mineral nutrients on root development and plant growth.

ROOTERRA contains synergistic natural compounds, trace elements, and essential nutrients to promote the rapid establishment of new plantings.  The combination of nutrients in ROOTERRA is intended to stimulate early root development, plant vigor and growth to maximize crop yield and quality.

Download ROOTERRA Tomato Information

Download ROOTERRA Potato Information

Download ROOTERRA Onion Information

Download ROOTERRA Non-Pareil Almond Information

Download ROOTERRA Midwest Corn & Soybean Information


ROOTERRA™ is a New Generation Bio-Based Fertilizer 

    • Rapid establishment of new plantings
    • Humic acids improve mineral uptake in soils 
    • Proprietary compounds stimulate growth and root development 
    • Improves resistance to environmental stresses 
    • Aids in nutrient uptake supporting increased yields

The Nutrient TECH BioSolutions Strategy:  To fertilize, nourish, stimulate and protect the plant from seed to harvest with natural solutions

Contains 2.5% Humic Acids derived from leonardite 

pH Range: 10

10.55 lbs./gal


Derived from: Urea, Potassium Phosphate, Potassium Hydroxide.

CONTAINS NON-PLANT FOOD INGREDIENTS: 2.5% Humic Acid from leonardite.