More on our materials:

Our granular applications (except the corn gluten, which is non-GMO but not organic) are OMRI-listed organic and provide significant quantities of organic slow-release nitrogen with low burn potential. These applications replenish the soil with a rich supply of humus (stabilized organic matter) and all primary, secondary, and minor nutrients essential for quality growth. Derived from biologically stable compost, natural sulfate of potash, feather meal, etc. these applications provide dense plant nutrients and organic material.

• Formulated to deliver an optimal mix of macronutrients

• Supplies a balanced mix of secondary and micronutrients 

• Adds approximately 6% humic acid for enhanced cation exchange capacity and a source of carbon

• Increases nutrient and water holding capacity of the soil

• Enhances plant stress tolerance in any environment or soil type

• Formulated with aerobic compost to support natural soilborne disease suppression 

• Supports soil particle aggregation, increasing permeability and nutrient cycling

• Improves soil health

Safe for Plants, People and the Environment. Our granular applications are manufactured in the USA at an EPA-permitted composting site following an OMRI-approved manufacturing process. They are fully tested and compliant with the Food Safety Modernization Act requirements for fresh fruit and vegetable production and they are formulated for high nutrient use efficiency and reduced risk of nutrient runoff.

Our compost tea applications are brewed fresh using water free of chlorine and chloramines (we want to protect all of the beneficial microbes) + vermicompost (worm castings) + kelp extract + unsulphured molasses + fish hydrolysate + mycorrhizae fungi and nitrifying bacteria chosen for their beneficial properties with turf-type tall fescue, aerated & brewed at application temp, then applied within 24 hours to maximize the density and vitality of benificial microbes as they are watered into the root zone of your lawn and/or gardens.

• Improved Growth and Density: The growth hormones and nutrient availability provided by benificial microbes can enhance root development and shoot density, leading to a thicker, more resilient turf. This is particularly beneficial for areas with heavy foot traffic, where tall fescue's durability is tested.

• Enhanced Nutrient Uptake: Tall fescue's deep root system benefits from increased nitrogen and phosphorus availability, facilitated by nitrogen-fixing and phosphate-solubilizing bacteria, reducing the need for frequent fertilization and supporting sustainable turf management.

• Disease Resistance: Tall fescue is susceptible to diseases such as brown patch, dollar spot, and Fusarium patch, especially in wet, humid conditions. Some microbes can suppress these pathogens, reducing disease incidence and severity, as seen in studies on other plants. (https://www.sciencedirect.com/science/article/abs/pii/S1878818124003049)

• Soil Health and Sustainability: Vermicompost tea improves soil fertility and structure, which is essential for maintaining healthy tall fescue turf. Enhanced water retention and aeration support the grass's drought resistance, while nutrient cycling ensures long-term soil health, reducing maintenance costs.

We use only organic, unsulfured, or chemical-free ingredients to avoid harming soil microbes or tall fescue.

• Sea kelp provides trace minerals, growth hormones (auxins, cytokinins), and amino acids that stimulate root development, stress resistance, and chlorophyll production in tall fescue.

• Molasses feeds beneficial aerobic microbes (bacteria and fungi) in the vermicompost tea during brewing. This boosts microbial populations, which, when applied to the soil, improves nutrient cycling and the decomposition of organic matter, making nutrients more available to tall fescue roots. The increased microbial activity helps build soil structure, improving aeration and water retention. This creates a better root environment for tall fescue, which thrives in well-drained, fertile soils. By fostering a diverse microbial community, molasses indirectly supports tall fescue’s resilience to environmental stresses like drought or heat, as microbes produce compounds that aid plant health. The enhanced nutrient availability (especially nitrogen and micronutrients) promotes lush, green foliage, improving the aesthetic quality of the turf.

• Fish hydrolysate is rich in nitrogen, phosphorus, amino acids, and trace minerals. The organic compounds in fish hydrolysate serve as an additional food source for soil microbes, further enhancing the tea’s microbial diversity and activity. This leads to better soil fertility and nutrient release over time. Fish hydrolysate contains natural growth-promoting compounds, encouraging deeper roots, denser shoots, and supporting long-term soil microbial activity, ensuring sustained benefits.

• Mycorrhizal fungi form symbiotic relationships with tall fescue roots, extending the root system via hyphae (fungal filaments). This increases the lawn’s ability to absorb water, phosphorus, and micronutrients from the soil. The extended root network also improves water access, helping tall fescue withstand drought and heat stress. Mycorrhizal fungi also produces a sticky substance called “glomalin” that binds soil particles together, enhancing soil aggregation. This improves aeration, water infiltration, and root penetration, creating an ideal environment for tall fescue. By colonizing root surfaces, mycorrhizal fungi can also benefit your lawn by outcompeting pathogenic fungi, reducing the risk of root diseases. Once applied, the fungi inoculate the soil and roots, establishing a long-term partnership that enhances plant health and soil quality.

In addition to their individual benefits, many of the ingredients have synergistic effects, magnifying the impact of the tea applications.

• Molasses and fish hydrolysate work together to supercharge microbial activity in the tea. Molasses provides quick-energy carbohydrates, while fish hydrolysate adds complex nutrients, creating a robust microbial population that improves soil fertility and nutrient delivery to tall fescue.

• The nutrients in fish hydrolysate (especially phosphorus) support mycorrhizal colonization, as these fungi thrive in nutrient-rich environments. This enhances the fungi’s ability to improve tall fescue’s nutrient and water uptake.

• The microbial boom from molasses creates a diverse soil ecosystem that supports mycorrhizal fungi, as they coexist with beneficial bacteria and other microbes in the rhizosphere.

The synergistic effects of the materials used and the ingredients within those materials combine to create an environment in wich turf-type tall fescue can thrive naturally, providing a beautiful outdoor space for your friends and family to enjoy year-round.

Exact materials applied may vary according to seasonal needs and/or product availability.